*/
package jalview.fts.service.pdb;
+import java.io.File;
+import java.io.FileInputStream;
+import java.io.FileReader;
import java.net.URI;
+import java.nio.CharBuffer;
import java.util.ArrayList;
import java.util.Collection;
import java.util.Iterator;
*
* @author tcnofoegbu
*/
-public class PDBFTSRestClient extends FTSRestClient implements StructureFTSRestClientI
+public class PDBFTSRestClient extends FTSRestClient
+ implements StructureFTSRestClientI
{
private static FTSRestClientI instance = null;
// Build request parameters for the REST Request
- // BH 2018 the trick here is to coerce the classes in Javascript to be
- // different from the ones in Java yet still allow this to be correct for Java
+ // BH 2018 the trick here is to coerce the classes in Javascript to be
+ // different from the ones in Java yet still allow this to be correct for
+ // Java
Client client;
Class<ClientResponse> clientResponseClass;
if (Platform.isJS())
URI uri = webResource.getURI();
System.out.println(uri);
- ClientResponse clientResponse =null;
- int responseStatus = -1;
+ ClientResponse clientResponse = null;
+ int responseStatus = -1;
// Get the JSON string from the response object or directly from the
// client (JavaScript)
Map<String, Object> jsonObj = null;
}
break;
case 400:
- throw new Exception(isMocked() ? "400 response (Mocked)" : parseJsonExceptionString(responseString));
+ throw new Exception(isMocked() ? "400 response (Mocked)"
+ : parseJsonExceptionString(responseString));
default:
throw new Exception(
getMessageByHTTPStatusCode(responseStatus, "PDB"));
return parsePDBJsonResponse(responseString, jsonObj, pdbRestRequest);
} catch (Exception e)
{
- if (e.getMessage()==null)
+ if (e.getMessage() == null)
{
- throw(e);
+ throw (e);
}
String exceptionMsg = e.getMessage();
if (exceptionMsg.contains("SocketException"))
* @return the processed error message from the JSON string
*/
@SuppressWarnings("unchecked")
-public static String parseJsonExceptionString(String jsonErrorResponse)
+ public static String parseJsonExceptionString(String jsonErrorResponse)
{
StringBuilder errorMessage = new StringBuilder(
"\n============= PDB Rest Client RunTime error =============\n");
-
-// {
-// "responseHeader":{
-// "status":0,
-// "QTime":0,
-// "params":{
-// "q":"(text:q93xj9_soltu) AND molecule_sequence:['' TO *] AND status:REL",
-// "fl":"pdb_id,title,experimental_method,resolution",
-// "start":"0",
-// "sort":"overall_quality desc",
-// "rows":"500",
-// "wt":"json"}},
-// "response":{"numFound":1,"start":0,"docs":[
-// {
-// "experimental_method":["X-ray diffraction"],
-// "pdb_id":"4zhp",
-// "resolution":2.46,
-// "title":"The crystal structure of Potato ferredoxin I with 2Fe-2S cluster"}]
-// }}
-//
+ // {
+ // "responseHeader":{
+ // "status":0,
+ // "QTime":0,
+ // "params":{
+ // "q":"(text:q93xj9_soltu) AND molecule_sequence:['' TO *] AND status:REL",
+ // "fl":"pdb_id,title,experimental_method,resolution",
+ // "start":"0",
+ // "sort":"overall_quality desc",
+ // "rows":"500",
+ // "wt":"json"}},
+ // "response":{"numFound":1,"start":0,"docs":[
+ // {
+ // "experimental_method":["X-ray diffraction"],
+ // "pdb_id":"4zhp",
+ // "resolution":2.46,
+ // "title":"The crystal structure of Potato ferredoxin I with 2Fe-2S
+ // cluster"}]
+ // }}
+ //
try
{
- Map<String, Object> jsonObj = (Map<String, Object>) JSONUtils.parse(jsonErrorResponse);
- Map<String, Object> errorResponse = (Map<String, Object>) jsonObj.get("error");
+ Map<String, Object> jsonObj = (Map<String, Object>) JSONUtils
+ .parse(jsonErrorResponse);
+ Map<String, Object> errorResponse = (Map<String, Object>) jsonObj
+ .get("error");
Map<String, Object> responseHeader = (Map<String, Object>) jsonObj
.get("responseHeader");
- Map<String, Object> paramsObj = (Map<String, Object>) responseHeader.get("params");
+ Map<String, Object> paramsObj = (Map<String, Object>) responseHeader
+ .get("params");
String status = responseHeader.get("status").toString();
String message = errorResponse.get("msg").toString();
String query = paramsObj.get("q").toString();
{
if (jsonObj == null)
{
- jsonObj = (Map<String, Object>) JSONUtils.parse(pdbJsonResponseString);
+ jsonObj = (Map<String, Object>) JSONUtils
+ .parse(pdbJsonResponseString);
}
- Map<String, Object> pdbResponse = (Map<String, Object>) jsonObj.get("response");
- String queryTime = ((Map<String, Object>) jsonObj.get("responseHeader"))
- .get("QTime").toString();
+ Map<String, Object> pdbResponse = (Map<String, Object>) jsonObj
+ .get("response");
+ String queryTime = ((Map<String, Object>) jsonObj
+ .get("responseHeader")).get("QTime").toString();
int numFound = Integer
.valueOf(pdbResponse.get("numFound").toString());
List<Object> docs = (List<Object>) pdbResponse.get("docs");
- result = new ArrayList<FTSData>();
+ result = new ArrayList<FTSData>();
if (numFound > 0)
{
- for (Iterator<Object> docIter = docs.iterator(); docIter
- .hasNext();)
+ for (Iterator<Object> docIter = docs.iterator(); docIter.hasNext();)
{
Map<String, Object> doc = (Map<String, Object>) docIter.next();
result.add(getFTSData(doc, pdbRestRequest));
}
}
- // this is the total number found by the query,
+ // this is the total number found by the query,
// rather than the set returned in SearchSummary
searchResult.setNumberOfItemsFound(numFound);
searchResult.setResponseTime(queryTime);
for (FTSDataColumnI field : diplayFields)
{
- //System.out.println("Field " + field);
+ // System.out.println("Field " + field);
String fieldData = (pdbJsonDoc.get(field.getCode()) == null) ? ""
: pdbJsonDoc.get(field.getCode()).toString();
- //System.out.println("Field Data : " + fieldData);
+ // System.out.println("Field Data : " + fieldData);
if (field.isPrimaryKeyColumn())
{
primaryKey = fieldData;
}
private Collection<FTSDataColumnI> allDefaultDisplayedStructureDataColumns;
+
@Override
public Collection<FTSDataColumnI> getAllDefaultDisplayedStructureDataColumns()
{
}
return allDefaultDisplayedStructureDataColumns;
}
+
@Override
- public String[] getPreferencesColumnsFor(PreferenceSource source) {
+ public String[] getPreferencesColumnsFor(PreferenceSource source)
+ {
String[] columnNames = null;
switch (source)
{
}
return columnNames;
}
-
- public static void setMock()
- {
- String[][] mocks= {{ "https://www.ebi.ac.uk/pdbe/search/pdb/select?wt=json&fl=pdb_id,title,experimental_method,resolution&rows=500&start=0&q=(4igk+OR+1t15+OR+4ifi+OR+1t29+OR+3pxb+OR+4y2g+OR+1y98+OR+1jnx+OR+3pxa+OR+3k0h+OR+3k0k+OR+1n5o+OR+3pxc+OR+3pxd+OR+1t2u+OR+3k15+OR+3pxe+OR+3k16+OR+4ofb+OR+3coj+OR+7lyb+OR+1t2v+OR+4y18+OR+4jlu+OR+4u4a+OR+2ing+OR+7jzv+OR+6g2i+OR+1jm7+OR+1oqa)+AND+molecule_sequence:%5B''+TO+*%5D+AND+status:REL&sort=",
- "{\n"
- + " \"responseHeader\":{\n"
- + " \"status\":0,\n"
- + " \"QTime\":0,\n"
- + " \"params\":{\n"
- + " \"q\":\"(4igk OR 1t15 OR 4ifi OR 1t29 OR 3pxb OR 4y2g OR 1y98 OR 1jnx OR 3pxa OR 3k0h OR 3k0k OR 1n5o OR 3pxc OR 3pxd OR 1t2u OR 3k15 OR 3pxe OR 3k16 OR 4ofb OR 3coj OR 7lyb OR 1t2v OR 4y18 OR 4jlu OR 4u4a OR 2ing OR 7jzv OR 6g2i OR 1jm7 OR 1oqa) AND molecule_sequence:['' TO *] AND status:REL\",\n"
- + " \"fl\":\"pdb_id,title,experimental_method,resolution\",\n"
- + " \"start\":\"0\",\n"
- + " \"sort\":\"\",\n"
- + " \"rows\":\"500\",\n"
- + " \"wt\":\"json\"}},\n"
- + " \"response\":{\"numFound\":64,\"start\":0,\"docs\":[\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"4ofb\",\n"
- + " \"resolution\":3.05,\n"
- + " \"title\":\"Crystal structure of human BRCA1 BRCT in complex with nonphosphopeptide inhibitor\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"3pxe\",\n"
- + " \"resolution\":2.85,\n"
- + " \"title\":\"Impact of BRCA1 BRCT domain missense substitutions on phospho-peptide recognition: E1836K\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"4jlu\",\n"
- + " \"resolution\":3.5,\n"
- + " \"title\":\"Crystal structure of BRCA1 BRCT with doubly phosphorylated Abraxas\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"4y2g\",\n"
- + " \"resolution\":2.5,\n"
- + " \"title\":\"Structure of BRCA1 BRCT domains in complex with Abraxas single phosphorylated peptide\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"Solution NMR\"],\n"
- + " \"pdb_id\":\"1oqa\",\n"
- + " \"title\":\"Solution structure of the BRCT-c domain from human BRCA1\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"4u4a\",\n"
- + " \"resolution\":3.51,\n"
- + " \"title\":\"Complex Structure of BRCA1 BRCT with singly phospho Abraxas\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"1t2v\",\n"
- + " \"resolution\":3.3,\n"
- + " \"title\":\"Structural basis of phospho-peptide recognition by the BRCT domain of BRCA1, structure with phosphopeptide\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"3k15\",\n"
- + " \"resolution\":2.8,\n"
- + " \"title\":\"Crystal Structure of BRCA1 BRCT D1840T in complex with a minimal recognition tetrapeptide with an amidated C-terminus\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"1t15\",\n"
- + " \"resolution\":1.85,\n"
- + " \"title\":\"Crystal Structure of the Brca1 BRCT Domains in Complex with the Phosphorylated Interacting Region from Bach1 Helicase\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"3k16\",\n"
- + " \"resolution\":3.0,\n"
- + " \"title\":\"Crystal Structure of BRCA1 BRCT D1840T in complex with a minimal recognition tetrapeptide with a free carboxy C-terminus\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"1t29\",\n"
- + " \"resolution\":2.3,\n"
- + " \"title\":\"Crystal structure of the BRCA1 BRCT repeats bound to a phosphorylated BACH1 peptide\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"1y98\",\n"
- + " \"resolution\":2.5,\n"
- + " \"title\":\"Structure of the BRCT repeats of BRCA1 bound to a CtIP phosphopeptide.\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"4ifi\",\n"
- + " \"resolution\":2.2,\n"
- + " \"title\":\"Structure of human BRCA1 BRCT in complex with BAAT peptide\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"3k0k\",\n"
- + " \"resolution\":2.7,\n"
- + " \"title\":\"Crystal Structure of BRCA1 BRCT in complex with a minimal recognition tetrapeptide with a free carboxy C-terminus.\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"3k0h\",\n"
- + " \"resolution\":2.7,\n"
- + " \"title\":\"The crystal structure of BRCA1 BRCT in complex with a minimal recognition tetrapeptide with an amidated C-terminus\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"3pxd\",\n"
- + " \"resolution\":2.8,\n"
- + " \"title\":\"Impact of BRCA1 BRCT domain missense substitutions on phospho-peptide recognition: R1835P\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"3pxc\",\n"
- + " \"resolution\":2.8,\n"
- + " \"title\":\"Impact of BRCA1 BRCT domain missense substitutions on phospho-peptide recognition: R1699Q\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"3pxa\",\n"
- + " \"resolution\":2.55,\n"
- + " \"title\":\"Impact of BRCA1 BRCT domain missense substitutions on phospho-peptide recognition: G1656D\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"1jnx\",\n"
- + " \"resolution\":2.5,\n"
- + " \"title\":\"Crystal structure of the BRCT repeat region from the breast cancer associated protein, BRCA1\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"4igk\",\n"
- + " \"resolution\":1.75,\n"
- + " \"title\":\"Structure of human BRCA1 BRCT in complex with ATRIP peptide\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"Solution NMR\"],\n"
- + " \"pdb_id\":\"1jm7\",\n"
- + " \"title\":\"Solution structure of the BRCA1/BARD1 RING-domain heterodimer\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"4jlu\",\n"
- + " \"resolution\":3.5,\n"
- + " \"title\":\"Crystal structure of BRCA1 BRCT with doubly phosphorylated Abraxas\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"Electron Microscopy\"],\n"
- + " \"pdb_id\":\"6g2i\",\n"
- + " \"resolution\":5.9,\n"
- + " \"title\":\"Filament of acetyl-CoA carboxylase and BRCT domains of BRCA1 (ACC-BRCT) at 5.9 A resolution\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"3coj\",\n"
- + " \"resolution\":3.21,\n"
- + " \"title\":\"Crystal Structure of the BRCT Domains of Human BRCA1 in Complex with a Phosphorylated Peptide from Human Acetyl-CoA Carboxylase 1\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"3pxb\",\n"
- + " \"resolution\":2.5,\n"
- + " \"title\":\"Impact of BRCA1 BRCT domain missense substitutions on phospho-peptide recognition: T1700A\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"1t2u\",\n"
- + " \"resolution\":2.8,\n"
- + " \"title\":\"Structural basis of phosphopeptide recognition by the BRCT domain of BRCA1: structure of BRCA1 missense variant V1809F\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"1n5o\",\n"
- + " \"resolution\":2.8,\n"
- + " \"title\":\"Structural consequences of a cancer-causing BRCA1-BRCT missense mutation\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"4u4a\",\n"
- + " \"resolution\":3.51,\n"
- + " \"title\":\"Complex Structure of BRCA1 BRCT with singly phospho Abraxas\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"4y2g\",\n"
- + " \"resolution\":2.5,\n"
- + " \"title\":\"Structure of BRCA1 BRCT domains in complex with Abraxas single phosphorylated peptide\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"3pxe\",\n"
- + " \"resolution\":2.85,\n"
- + " \"title\":\"Impact of BRCA1 BRCT domain missense substitutions on phospho-peptide recognition: E1836K\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"4ofb\",\n"
- + " \"resolution\":3.05,\n"
- + " \"title\":\"Crystal structure of human BRCA1 BRCT in complex with nonphosphopeptide inhibitor\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"4y18\",\n"
- + " \"resolution\":3.5,\n"
- + " \"title\":\"Structure of BRCA1 BRCT domains in complex with Abraxas double phosphorylated peptide\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"2ing\",\n"
- + " \"resolution\":3.6,\n"
- + " \"title\":\"X-ray Structure of the BRCA1 BRCT mutant M1775K\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"1t29\",\n"
- + " \"resolution\":2.3,\n"
- + " \"title\":\"Crystal structure of the BRCA1 BRCT repeats bound to a phosphorylated BACH1 peptide\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"1t2v\",\n"
- + " \"resolution\":3.3,\n"
- + " \"title\":\"Structural basis of phospho-peptide recognition by the BRCT domain of BRCA1, structure with phosphopeptide\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"1t15\",\n"
- + " \"resolution\":1.85,\n"
- + " \"title\":\"Crystal Structure of the Brca1 BRCT Domains in Complex with the Phosphorylated Interacting Region from Bach1 Helicase\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"Solution NMR\"],\n"
- + " \"pdb_id\":\"1jm7\",\n"
- + " \"title\":\"Solution structure of the BRCA1/BARD1 RING-domain heterodimer\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"4ifi\",\n"
- + " \"resolution\":2.2,\n"
- + " \"title\":\"Structure of human BRCA1 BRCT in complex with BAAT peptide\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"4igk\",\n"
- + " \"resolution\":1.75,\n"
- + " \"title\":\"Structure of human BRCA1 BRCT in complex with ATRIP peptide\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"1y98\",\n"
- + " \"resolution\":2.5,\n"
- + " \"title\":\"Structure of the BRCT repeats of BRCA1 bound to a CtIP phosphopeptide.\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"3k15\",\n"
- + " \"resolution\":2.8,\n"
- + " \"title\":\"Crystal Structure of BRCA1 BRCT D1840T in complex with a minimal recognition tetrapeptide with an amidated C-terminus\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"3k0k\",\n"
- + " \"resolution\":2.7,\n"
- + " \"title\":\"Crystal Structure of BRCA1 BRCT in complex with a minimal recognition tetrapeptide with a free carboxy C-terminus.\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"3k16\",\n"
- + " \"resolution\":3.0,\n"
- + " \"title\":\"Crystal Structure of BRCA1 BRCT D1840T in complex with a minimal recognition tetrapeptide with a free carboxy C-terminus\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"3k0h\",\n"
- + " \"resolution\":2.7,\n"
- + " \"title\":\"The crystal structure of BRCA1 BRCT in complex with a minimal recognition tetrapeptide with an amidated C-terminus\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"4y18\",\n"
- + " \"resolution\":3.5,\n"
- + " \"title\":\"Structure of BRCA1 BRCT domains in complex with Abraxas double phosphorylated peptide\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"3coj\",\n"
- + " \"resolution\":3.21,\n"
- + " \"title\":\"Crystal Structure of the BRCT Domains of Human BRCA1 in Complex with a Phosphorylated Peptide from Human Acetyl-CoA Carboxylase 1\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"Electron Microscopy\"],\n"
- + " \"pdb_id\":\"7jzv\",\n"
- + " \"resolution\":3.9,\n"
- + " \"title\":\"Cryo-EM structure of the BRCA1-UbcH5c/BARD1 E3-E2 module bound to a nucleosome\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"Electron Microscopy\"],\n"
- + " \"pdb_id\":\"7jzv\",\n"
- + " \"resolution\":3.9,\n"
- + " \"title\":\"Cryo-EM structure of the BRCA1-UbcH5c/BARD1 E3-E2 module bound to a nucleosome\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"Electron Microscopy\"],\n"
- + " \"pdb_id\":\"7lyb\",\n"
- + " \"resolution\":3.28,\n"
- + " \"title\":\"Cryo-EM structure of the human nucleosome core particle in complex with BRCA1-BARD1-UbcH5c\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"Electron Microscopy\"],\n"
- + " \"pdb_id\":\"7lyb\",\n"
- + " \"resolution\":3.28,\n"
- + " \"title\":\"Cryo-EM structure of the human nucleosome core particle in complex with BRCA1-BARD1-UbcH5c\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"Electron Microscopy\"],\n"
- + " \"pdb_id\":\"7lyb\",\n"
- + " \"resolution\":3.28,\n"
- + " \"title\":\"Cryo-EM structure of the human nucleosome core particle in complex with BRCA1-BARD1-UbcH5c\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"Electron Microscopy\"],\n"
- + " \"pdb_id\":\"7jzv\",\n"
- + " \"resolution\":3.9,\n"
- + " \"title\":\"Cryo-EM structure of the BRCA1-UbcH5c/BARD1 E3-E2 module bound to a nucleosome\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"Electron Microscopy\"],\n"
- + " \"pdb_id\":\"7lyb\",\n"
- + " \"resolution\":3.28,\n"
- + " \"title\":\"Cryo-EM structure of the human nucleosome core particle in complex with BRCA1-BARD1-UbcH5c\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"Electron Microscopy\"],\n"
- + " \"pdb_id\":\"7jzv\",\n"
- + " \"resolution\":3.9,\n"
- + " \"title\":\"Cryo-EM structure of the BRCA1-UbcH5c/BARD1 E3-E2 module bound to a nucleosome\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"Electron Microscopy\"],\n"
- + " \"pdb_id\":\"7lyb\",\n"
- + " \"resolution\":3.28,\n"
- + " \"title\":\"Cryo-EM structure of the human nucleosome core particle in complex with BRCA1-BARD1-UbcH5c\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"Electron Microscopy\"],\n"
- + " \"pdb_id\":\"7jzv\",\n"
- + " \"resolution\":3.9,\n"
- + " \"title\":\"Cryo-EM structure of the BRCA1-UbcH5c/BARD1 E3-E2 module bound to a nucleosome\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"Electron Microscopy\"],\n"
- + " \"pdb_id\":\"7lyb\",\n"
- + " \"resolution\":3.28,\n"
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- + " \"wt\":\"json\"}},\n"
- + " \"response\":{\"numFound\":638,\"start\":0,\"docs\":[\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"2ws6\",\n"
- + " \"resolution\":1.5,\n"
- + " \"title\":\"Semi-synthetic analogue of human insulin NMeTyrB26-insulin in hexamer form\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"2ws6\",\n"
- + " \"resolution\":1.5,\n"
- + " \"title\":\"Semi-synthetic analogue of human insulin NMeTyrB26-insulin in hexamer form\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"2ws6\",\n"
- + " \"resolution\":1.5,\n"
- + " \"title\":\"Semi-synthetic analogue of human insulin NMeTyrB26-insulin in hexamer form\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"Solution NMR\"],\n"
- + " \"pdb_id\":\"1hit\",\n"
- + " \"title\":\"Receptor binding redefined by a structural switch in a mutant Human Insulin\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"Solution NMR\"],\n"
- + " \"pdb_id\":\"1his\",\n"
- + " \"title\":\"Structure and dynamics of des-pentapeptide-insulin in solution: the molten-globule hypothesis.\"},\n"
- + " {\n"
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- + " \"pdb_id\":\"1his\",\n"
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- + " {\n"
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- + " \"pdb_id\":\"6k59\",\n"
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- + " \"title\":\"Receptor binding redefined by a structural switch in a mutant Human Insulin\"},\n"
- + " {\n"
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- + " \"pdb_id\":\"2m2o\",\n"
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- + " {\n"
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- + " {\n"
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- + " {\n"
- + " \"experimental_method\":[\"Solution NMR\"],\n"
- + " \"pdb_id\":\"1hiq\",\n"
- + " \"title\":\"PARADOXICAL STRUCTURE AND FUNCTION IN A MUTANT HUMAN INSULIN ASSOCIATED WITH DIABETES MELLITUS\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"Solution NMR\"],\n"
- + " \"pdb_id\":\"1hiq\",\n"
- + " \"title\":\"PARADOXICAL STRUCTURE AND FUNCTION IN A MUTANT HUMAN INSULIN ASSOCIATED WITH DIABETES MELLITUS\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"2c8q\",\n"
- + " \"resolution\":1.95,\n"
- + " \"title\":\"insuline(1sec) and UV laser excited fluorescence\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"2c8q\",\n"
- + " \"resolution\":1.95,\n"
- + " \"title\":\"insuline(1sec) and UV laser excited fluorescence\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"6o17\",\n"
- + " \"resolution\":1.58,\n"
- + " \"title\":\"Recombinant Human Insulin\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"6o17\",\n"
- + " \"resolution\":1.58,\n"
- + " \"title\":\"Recombinant Human Insulin\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"7nhu\",\n"
- + " \"resolution\":1.4,\n"
- + " \"title\":\"Crystal structure of desB30 insulin produced by cell free protein synthesis\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"7nhu\",\n"
- + " \"resolution\":1.4,\n"
- + " \"title\":\"Crystal structure of desB30 insulin produced by cell free protein synthesis\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"Solution NMR\"],\n"
- + " \"pdb_id\":\"2mvd\",\n"
- + " \"title\":\"Solution structure of [GlnB22]-insulin mutant at pH 1.9\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"Solution NMR\"],\n"
- + " \"pdb_id\":\"2mvd\",\n"
- + " \"title\":\"Solution structure of [GlnB22]-insulin mutant at pH 1.9\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"Solution NMR\"],\n"
- + " \"pdb_id\":\"2mvc\",\n"
- + " \"title\":\"Solution structure of human insulin at pH 1.9\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"Solution NMR\"],\n"
- + " \"pdb_id\":\"2m1e\",\n"
- + " \"title\":\"Biosynthetic engineered B28K-B29P human insulin monomer structure in in water solutions.\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"Solution NMR\"],\n"
- + " \"pdb_id\":\"2m2p\",\n"
- + " \"title\":\"Structure of [D-HisB24] insulin analogue at pH 8.0\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"2ws4\",\n"
- + " \"resolution\":1.9,\n"
- + " \"title\":\"Semi-synthetic analogue of human insulin ProB26-DTI in monomer form\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"Solution NMR\"],\n"
- + " \"pdb_id\":\"2m2o\",\n"
- + " \"title\":\"Structure of [D-HisB24] insulin analogue at pH 1.9\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"Solution NMR\"],\n"
- + " \"pdb_id\":\"2m1d\",\n"
- + " \"title\":\"Biosynthetic engineered B28K-B29P human insulin monomer structure in in water/acetonitrile solutions.\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"Solution NMR\"],\n"
- + " \"pdb_id\":\"2m1e\",\n"
- + " \"title\":\"Biosynthetic engineered B28K-B29P human insulin monomer structure in in water solutions.\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"Solution NMR\"],\n"
- + " \"pdb_id\":\"1sjt\",\n"
- + " \"title\":\"MINI-PROINSULIN, TWO CHAIN INSULIN ANALOG MUTANT: DES B30, HIS(B 10)ASP, PRO(B 28)ASP, NMR, 20 STRUCTURES\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"Solution NMR\"],\n"
- + " \"pdb_id\":\"1vkt\",\n"
- + " \"title\":\"HUMAN INSULIN TWO DISULFIDE MODEL, NMR, 10 STRUCTURES\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"3ilg\",\n"
- + " \"resolution\":1.9,\n"
- + " \"title\":\"Crystal structure of humnan insulin Sr+2 complex\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"Solution NMR\"],\n"
- + " \"pdb_id\":\"1lkq\",\n"
- + " \"title\":\"NMR STRUCTURE OF HUMAN INSULIN MUTANT ILE-A2-GLY, VAL-A3-GLY, HIS-B10-ASP, PRO-B28-LYS, LYS-B29-PRO, 20 STRUCTURES\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"Solution NMR\"],\n"
- + " \"pdb_id\":\"1k3m\",\n"
- + " \"title\":\"NMR STRUCTURE OF HUMAN INSULIN MUTANT ILE-A2-ALA, HIS-B10-ASP, PRO-B28-LYS, LYS-B29-PRO, 15 STRUCTURES\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"Solution NMR\"],\n"
- + " \"pdb_id\":\"1k3m\",\n"
- + " \"title\":\"NMR STRUCTURE OF HUMAN INSULIN MUTANT ILE-A2-ALA, HIS-B10-ASP, PRO-B28-LYS, LYS-B29-PRO, 15 STRUCTURES\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"Solution NMR\"],\n"
- + " \"pdb_id\":\"1lkq\",\n"
- + " \"title\":\"NMR STRUCTURE OF HUMAN INSULIN MUTANT ILE-A2-GLY, VAL-A3-GLY, HIS-B10-ASP, PRO-B28-LYS, LYS-B29-PRO, 20 STRUCTURES\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"Solution NMR\"],\n"
- + " \"pdb_id\":\"5mwq\",\n"
- + " \"title\":\"Biosynthetic engineered A21K-B31K-B32R human insulin monomer structure in water/acetonitrile solution\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"5ena\",\n"
- + " \"resolution\":1.35,\n"
- + " \"title\":\"Xray crystal structure of isotope-labeled human insulin\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"5viz\",\n"
- + " \"resolution\":1.7,\n"
- + " \"title\":\"X-Ray structure of Insulin Glargine\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"5viz\",\n"
- + " \"resolution\":1.7,\n"
- + " \"title\":\"X-Ray structure of Insulin Glargine\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"Solution NMR\"],\n"
- + " \"pdb_id\":\"2mvc\",\n"
- + " \"title\":\"Solution structure of human insulin at pH 1.9\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"5en9\",\n"
- + " \"resolution\":1.5,\n"
- + " \"title\":\"High resolution x-ray crystal structure of isotope-labeled ester-insulin\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"Solution NMR\"],\n"
- + " \"pdb_id\":\"2m2p\",\n"
- + " \"title\":\"Structure of [D-HisB24] insulin analogue at pH 8.0\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"Solution NMR\"],\n"
- + " \"pdb_id\":\"2jum\",\n"
- + " \"title\":\"ThrA3-DKP-insulin\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"Solution NMR\"],\n"
- + " \"pdb_id\":\"2jum\",\n"
- + " \"title\":\"ThrA3-DKP-insulin\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"Solution NMR\"],\n"
- + " \"pdb_id\":\"2kjj\",\n"
- + " \"title\":\"Dynamics of insulin probed by 1H-NMR amide proton exchange anomalous flexibility of the receptor-binding surface\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"Solution NMR\"],\n"
- + " \"pdb_id\":\"2kjj\",\n"
- + " \"title\":\"Dynamics of insulin probed by 1H-NMR amide proton exchange anomalous flexibility of the receptor-binding surface\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"Solution NMR\"],\n"
- + " \"pdb_id\":\"2jv1\",\n"
- + " \"title\":\"NMR structure of human insulin monomer in 35% CD3CN zinc free, 50 structures\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"Solution NMR\"],\n"
- + " \"pdb_id\":\"2kju\",\n"
- + " \"title\":\"NMR structure of human insulin mutant glu-b21-d-glu, his-b10 asp pro-b28-lys, lys-b29-pro, 20 structures\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"Solution NMR\"],\n"
- + " \"pdb_id\":\"2juu\",\n"
- + " \"title\":\"allo-ThrA3 DKP-insulin\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"2wrw\",\n"
- + " \"resolution\":2.41,\n"
- + " \"title\":\"Semi-synthetic highly active analogue of human insulin D-ProB26-DTI- NH2\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"2wrw\",\n"
- + " \"resolution\":2.41,\n"
- + " \"title\":\"Semi-synthetic highly active analogue of human insulin D-ProB26-DTI- NH2\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"2ws4\",\n"
- + " \"resolution\":1.9,\n"
- + " \"title\":\"Semi-synthetic analogue of human insulin ProB26-DTI in monomer form\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"2r34\",\n"
- + " \"resolution\":2.25,\n"
- + " \"title\":\"Crystal structure of MN human arg-insulin\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"Solution NMR\"],\n"
- + " \"pdb_id\":\"2l1z\",\n"
- + " \"title\":\"NMR Structure of human insulin mutant GLY-B20-D-ALA, GLY-B23-D-ALA PRO-B28-LYS, LYS-B29-PRO, 20 Structures\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"Solution NMR\"],\n"
- + " \"pdb_id\":\"2l1z\",\n"
- + " \"title\":\"NMR Structure of human insulin mutant GLY-B20-D-ALA, GLY-B23-D-ALA PRO-B28-LYS, LYS-B29-PRO, 20 Structures\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"2qiu\",\n"
- + " \"resolution\":2.0,\n"
- + " \"title\":\"Structure of Human Arg-Insulin\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"1os4\",\n"
- + " \"resolution\":2.25,\n"
- + " \"title\":\"Dehydrated T6 human insulin at 295 K\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"Solution NMR\"],\n"
- + " \"pdb_id\":\"1t1k\",\n"
- + " \"title\":\"NMR STRUCTURE OF HUMAN INSULIN MUTANT HIS-B10-ASP, VAL-B12-ALA, PRO-B28-LYS, LYS-B29-PRO, 15 STRUCTURES\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"Solution NMR\"],\n"
- + " \"pdb_id\":\"1t1k\",\n"
- + " \"title\":\"NMR STRUCTURE OF HUMAN INSULIN MUTANT HIS-B10-ASP, VAL-B12-ALA, PRO-B28-LYS, LYS-B29-PRO, 15 STRUCTURES\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"3ilg\",\n"
- + " \"resolution\":1.9,\n"
- + " \"title\":\"Crystal structure of humnan insulin Sr+2 complex\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"3i40\",\n"
- + " \"resolution\":1.85,\n"
- + " \"title\":\"Human insulin\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"Solution NMR\"],\n"
- + " \"pdb_id\":\"1xgl\",\n"
- + " \"title\":\"HUMAN INSULIN DISULFIDE ISOMER, NMR, 10 STRUCTURES\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"Solution NMR\"],\n"
- + " \"pdb_id\":\"1xgl\",\n"
- + " \"title\":\"HUMAN INSULIN DISULFIDE ISOMER, NMR, 10 STRUCTURES\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"Solution NMR\"],\n"
- + " \"pdb_id\":\"1iog\",\n"
- + " \"title\":\"INSULIN MUTANT A3 GLY,(B1, B10, B16, B27)GLU, DES-B30, NMR, 19 STRUCTURES\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"Solution NMR\"],\n"
- + " \"pdb_id\":\"1jco\",\n"
- + " \"title\":\"Solution structure of the monomeric [Thr(B27)->Pro,Pro(B28)->Thr] insulin mutant (PT insulin)\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"Solution NMR\"],\n"
- + " \"pdb_id\":\"1kmf\",\n"
- + " \"title\":\"NMR STRUCTURE OF HUMAN INSULIN MUTANT ILE-A2-ALLO-ILE, HIS-B10-ASP, PRO-B28-LYS, LYS-B29-PRO, 15 STRUCTURES\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"Solution NMR\"],\n"
- + " \"pdb_id\":\"1kmf\",\n"
- + " \"title\":\"NMR STRUCTURE OF HUMAN INSULIN MUTANT ILE-A2-ALLO-ILE, HIS-B10-ASP, PRO-B28-LYS, LYS-B29-PRO, 15 STRUCTURES\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"Solution NMR\"],\n"
- + " \"pdb_id\":\"1hui\",\n"
- + " \"title\":\"INSULIN MUTANT (B1, B10, B16, B27)GLU, DES-B30, NMR, 25 STRUCTURES\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"Solution NMR\"],\n"
- + " \"pdb_id\":\"1hui\",\n"
- + " \"title\":\"INSULIN MUTANT (B1, B10, B16, B27)GLU, DES-B30, NMR, 25 STRUCTURES\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"Solution NMR\"],\n"
- + " \"pdb_id\":\"1a7f\",\n"
- + " \"title\":\"INSULIN MUTANT B16 GLU, B24 GLY, DES-B30, NMR, 20 STRUCTURES\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"Solution NMR\"],\n"
- + " \"pdb_id\":\"1ioh\",\n"
- + " \"title\":\"INSULIN MUTANT A8 HIS,(B1, B10, B16, B27)GLU, DES-B30, NMR, 26 STRUCTURES\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"Electron Microscopy\"],\n"
- + " \"pdb_id\":\"6jr3\",\n"
- + " \"resolution\":14.5,\n"
- + " \"title\":\"Crystal structure of insulin hexamer fitted into cryo EM density map where each dimer was kept as rigid body\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"Electron Microscopy\"],\n"
- + " \"pdb_id\":\"6jr3\",\n"
- + " \"resolution\":14.5,\n"
- + " \"title\":\"Crystal structure of insulin hexamer fitted into cryo EM density map where each dimer was kept as rigid body\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"Solution NMR\"],\n"
- + " \"pdb_id\":\"5mwq\",\n"
- + " \"title\":\"Biosynthetic engineered A21K-B31K-B32R human insulin monomer structure in water/acetonitrile solution\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"Solution NMR\"],\n"
- + " \"pdb_id\":\"6x4x\",\n"
- + " \"title\":\"B24Y DKP insulin\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"Solution NMR\"],\n"
- + " \"pdb_id\":\"6x4x\",\n"
- + " \"title\":\"B24Y DKP insulin\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"5t7r\",\n"
- + " \"resolution\":1.55,\n"
- + " \"title\":\"A6-A11 trans-dicarba human insulin\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"5t7r\",\n"
- + " \"resolution\":1.55,\n"
- + " \"title\":\"A6-A11 trans-dicarba human insulin\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"5ena\",\n"
- + " \"resolution\":1.35,\n"
- + " \"title\":\"Xray crystal structure of isotope-labeled human insulin\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"3zi3\",\n"
- + " \"resolution\":1.7,\n"
- + " \"title\":\"Crystal structure of the B24His-insulin - human analogue\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"3zi3\",\n"
- + " \"resolution\":1.7,\n"
- + " \"title\":\"Crystal structure of the B24His-insulin - human analogue\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"3u4n\",\n"
- + " \"resolution\":1.98,\n"
- + " \"title\":\"A novel covalently linked insulin dimer\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"3u4n\",\n"
- + " \"resolution\":1.98,\n"
- + " \"title\":\"A novel covalently linked insulin dimer\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"2r35\",\n"
- + " \"resolution\":2.08,\n"
- + " \"title\":\"Crystal structure of RB human arg-insulin\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"5en9\",\n"
- + " \"resolution\":1.5,\n"
- + " \"title\":\"High resolution x-ray crystal structure of isotope-labeled ester-insulin\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"Solution NMR\"],\n"
- + " \"pdb_id\":\"2h67\",\n"
- + " \"title\":\"NMR structure of human insulin mutant HIS-B5-ALA, HIS-B10-ASP PRO-B28-LYS, LYS-B29-PRO, 20 structures\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"Solution NMR\"],\n"
- + " \"pdb_id\":\"2kju\",\n"
- + " \"title\":\"NMR structure of human insulin mutant glu-b21-d-glu, his-b10 asp pro-b28-lys, lys-b29-pro, 20 structures\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"Solution NMR\"],\n"
- + " \"pdb_id\":\"2hho\",\n"
- + " \"title\":\"NMR structure of human insulin mutant GLY-B8-SER, HIS-B10-ASP PRO-B28-LYS, LYS-B29-PRO, 20 structures\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"Solution NMR\"],\n"
- + " \"pdb_id\":\"2juv\",\n"
- + " \"title\":\"AbaA3-DKP-insulin\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"Solution NMR\"],\n"
- + " \"pdb_id\":\"2juv\",\n"
- + " \"title\":\"AbaA3-DKP-insulin\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"Solution NMR\"],\n"
- + " \"pdb_id\":\"2jv1\",\n"
- + " \"title\":\"NMR structure of human insulin monomer in 35% CD3CN zinc free, 50 structures\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"Solution NMR\"],\n"
- + " \"pdb_id\":\"2juu\",\n"
- + " \"title\":\"allo-ThrA3 DKP-insulin\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"Solution NMR\"],\n"
- + " \"pdb_id\":\"2h67\",\n"
- + " \"title\":\"NMR structure of human insulin mutant HIS-B5-ALA, HIS-B10-ASP PRO-B28-LYS, LYS-B29-PRO, 20 structures\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"2ws0\",\n"
- + " \"resolution\":2.1,\n"
- + " \"title\":\"Semi-synthetic analogue of human insulin NMeAlaB26-insulin at pH 7.5\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"Solution NMR\"],\n"
- + " \"pdb_id\":\"2rn5\",\n"
- + " \"title\":\"Humal Insulin Mutant B31Lys-B32Arg\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"Solution NMR\"],\n"
- + " \"pdb_id\":\"2rn5\",\n"
- + " \"title\":\"Humal Insulin Mutant B31Lys-B32Arg\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"2qiu\",\n"
- + " \"resolution\":2.0,\n"
- + " \"title\":\"Structure of Human Arg-Insulin\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"Solution NMR\"],\n"
- + " \"pdb_id\":\"2lgb\",\n"
- + " \"title\":\"Modified A22Gly-B31Arg Human Insulin\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"Solution NMR\"],\n"
- + " \"pdb_id\":\"2lgb\",\n"
- + " \"title\":\"Modified A22Gly-B31Arg Human Insulin\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"1os4\",\n"
- + " \"resolution\":2.25,\n"
- + " \"title\":\"Dehydrated T6 human insulin at 295 K\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"Solution NMR\"],\n"
- + " \"pdb_id\":\"1t1p\",\n"
- + " \"title\":\"NMR STRUCTURE OF HUMAN INSULIN MUTANT HIS-B10-ASP, VAL-B12-THR, PRO-B28-LYS, LYS-B29-PRO, 15 STRUCTURES\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"Solution NMR\"],\n"
- + " \"pdb_id\":\"1t1p\",\n"
- + " \"title\":\"NMR STRUCTURE OF HUMAN INSULIN MUTANT HIS-B10-ASP, VAL-B12-THR, PRO-B28-LYS, LYS-B29-PRO, 15 STRUCTURES\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"Solution NMR\"],\n"
- + " \"pdb_id\":\"2aiy\",\n"
- + " \"title\":\"R6 HUMAN INSULIN HEXAMER (SYMMETRIC), NMR, 20 STRUCTURES\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"Solution NMR\"],\n"
- + " \"pdb_id\":\"1sf1\",\n"
- + " \"title\":\"NMR STRUCTURE OF HUMAN INSULIN under Amyloidogenic Condition, 15 STRUCTURES\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"Solution NMR\"],\n"
- + " \"pdb_id\":\"1sf1\",\n"
- + " \"title\":\"NMR STRUCTURE OF HUMAN INSULIN under Amyloidogenic Condition, 15 STRUCTURES\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"Solution NMR\"],\n"
- + " \"pdb_id\":\"1t1q\",\n"
- + " \"title\":\"NMR STRUCTURE OF HUMAN INSULIN MUTANT HIS-B10-ASP, VAL-B12-ABA, PRO-B28-LYS, LYS-B29-PRO, 15 STRUCTURES\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"Solution NMR\"],\n"
- + " \"pdb_id\":\"1t1q\",\n"
- + " \"title\":\"NMR STRUCTURE OF HUMAN INSULIN MUTANT HIS-B10-ASP, VAL-B12-ABA, PRO-B28-LYS, LYS-B29-PRO, 15 STRUCTURES\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"3i3z\",\n"
- + " \"resolution\":1.6,\n"
- + " \"title\":\"Human insulin\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"3i3z\",\n"
- + " \"resolution\":1.6,\n"
- + " \"title\":\"Human insulin\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"3i40\",\n"
- + " \"resolution\":1.85,\n"
- + " \"title\":\"Human insulin\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"Solution NMR\"],\n"
- + " \"pdb_id\":\"1iog\",\n"
- + " \"title\":\"INSULIN MUTANT A3 GLY,(B1, B10, B16, B27)GLU, DES-B30, NMR, 19 STRUCTURES\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"1mso\",\n"
- + " \"resolution\":1.0,\n"
- + " \"title\":\"T6 Human Insulin at 1.0 A Resolution\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"Solution NMR\"],\n"
- + " \"pdb_id\":\"1jco\",\n"
- + " \"title\":\"Solution structure of the monomeric [Thr(B27)->Pro,Pro(B28)->Thr] insulin mutant (PT insulin)\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"Solution NMR\"],\n"
- + " \"pdb_id\":\"1a7f\",\n"
- + " \"title\":\"INSULIN MUTANT B16 GLU, B24 GLY, DES-B30, NMR, 20 STRUCTURES\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"Solution NMR\"],\n"
- + " \"pdb_id\":\"1hls\",\n"
- + " \"title\":\"NMR STRUCTURE OF THE HUMAN INSULIN-HIS(B16)\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"Solution NMR\"],\n"
- + " \"pdb_id\":\"1hls\",\n"
- + " \"title\":\"NMR STRUCTURE OF THE HUMAN INSULIN-HIS(B16)\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"Solution NMR\"],\n"
- + " \"pdb_id\":\"1ioh\",\n"
- + " \"title\":\"INSULIN MUTANT A8 HIS,(B1, B10, B16, B27)GLU, DES-B30, NMR, 26 STRUCTURES\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"4iyd\",\n"
- + " \"resolution\":1.66,\n"
- + " \"title\":\"Insulin glargine crystal structure 1\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"4iyd\",\n"
- + " \"resolution\":1.66,\n"
- + " \"title\":\"Insulin glargine crystal structure 1\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"6s34\",\n"
- + " \"resolution\":1.35,\n"
- + " \"title\":\"Zinc free, dimeric human insulin determined to 1.35 Angstrom resolution\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"6s34\",\n"
- + " \"resolution\":1.35,\n"
- + " \"title\":\"Zinc free, dimeric human insulin determined to 1.35 Angstrom resolution\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"6ves\",\n"
- + " \"resolution\":1.85,\n"
- + " \"title\":\"Human insulin analog: [GluB10,HisA8,ArgA9]-DOI\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"6ves\",\n"
- + " \"resolution\":1.85,\n"
- + " \"title\":\"Human insulin analog: [GluB10,HisA8,ArgA9]-DOI\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"4unh\",\n"
- + " \"resolution\":2.75,\n"
- + " \"title\":\"Human insulin B26Gly mutant crystal structure\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"4unh\",\n"
- + " \"resolution\":2.75,\n"
- + " \"title\":\"Human insulin B26Gly mutant crystal structure\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"Solution NMR\"],\n"
- + " \"pdb_id\":\"2mpg\",\n"
- + " \"title\":\"Solution structure of the [AibB8,LysB28,ProB29]-insulin analogue\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"3w7y\",\n"
- + " \"resolution\":0.92,\n"
- + " \"title\":\"0.92A structure of 2Zn human insulin at 100K\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"3w7y\",\n"
- + " \"resolution\":0.92,\n"
- + " \"title\":\"0.92A structure of 2Zn human insulin at 100K\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"3w7z\",\n"
- + " \"resolution\":1.15,\n"
- + " \"title\":\"1.15A structure of human 2Zn insulin at 293K\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"3w7z\",\n"
- + " \"resolution\":1.15,\n"
- + " \"title\":\"1.15A structure of human 2Zn insulin at 293K\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"4ak0\",\n"
- + " \"resolution\":2.28,\n"
- + " \"title\":\"Ligand controlled assembly of hexamers, dihexamers, and linear multihexamer structures by an engineered acylated insulin\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"4ak0\",\n"
- + " \"resolution\":2.28,\n"
- + " \"title\":\"Ligand controlled assembly of hexamers, dihexamers, and linear multihexamer structures by an engineered acylated insulin\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"5uoz\",\n"
- + " \"resolution\":1.1746387,\n"
- + " \"title\":\"Insulin with proline analog FyP at position B28 in the T2 state\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"5uoz\",\n"
- + " \"resolution\":1.1746387,\n"
- + " \"title\":\"Insulin with proline analog FyP at position B28 in the T2 state\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"4ung\",\n"
- + " \"resolution\":1.81,\n"
- + " \"title\":\"Human insulin B26Asn mutant crystal structure\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"2r35\",\n"
- + " \"resolution\":2.08,\n"
- + " \"title\":\"Crystal structure of RB human arg-insulin\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"Solution NMR\"],\n"
- + " \"pdb_id\":\"2hiu\",\n"
- + " \"title\":\"NMR STRUCTURE OF HUMAN INSULIN IN 20% ACETIC ACID, ZINC-FREE, 10 STRUCTURES\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"Solution NMR\"],\n"
- + " \"pdb_id\":\"2hiu\",\n"
- + " \"title\":\"NMR STRUCTURE OF HUMAN INSULIN IN 20% ACETIC ACID, ZINC-FREE, 10 STRUCTURES\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"Solution NMR\"],\n"
- + " \"pdb_id\":\"2m2m\",\n"
- + " \"title\":\"Structure of [L-HisB24] insulin analogue at pH 1.9\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"Solution NMR\"],\n"
- + " \"pdb_id\":\"2m2m\",\n"
- + " \"title\":\"Structure of [L-HisB24] insulin analogue at pH 1.9\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"2wrx\",\n"
- + " \"resolution\":1.5,\n"
- + " \"title\":\"Semi-synthetic analogue of human insulin NMeAlaB26-insulin at pH 3.0\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"2wrx\",\n"
- + " \"resolution\":1.5,\n"
- + " \"title\":\"Semi-synthetic analogue of human insulin NMeAlaB26-insulin at pH 3.0\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"Solution NMR\"],\n"
- + " \"pdb_id\":\"2hho\",\n"
- + " \"title\":\"NMR structure of human insulin mutant GLY-B8-SER, HIS-B10-ASP PRO-B28-LYS, LYS-B29-PRO, 20 structures\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"Solution NMR\"],\n"
- + " \"pdb_id\":\"2hh4\",\n"
- + " \"title\":\"NMR structure of human insulin mutant GLY-B8-D-SER, HIS-B10-ASP PRO-B28-LYS, LYS-B29-PRO, 20 structures\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"Solution NMR\"],\n"
- + " \"pdb_id\":\"2hh4\",\n"
- + " \"title\":\"NMR structure of human insulin mutant GLY-B8-D-SER, HIS-B10-ASP PRO-B28-LYS, LYS-B29-PRO, 20 structures\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"Solution NMR\"],\n"
- + " \"pdb_id\":\"2kxk\",\n"
- + " \"title\":\"Human Insulin Mutant A22Gly-B31Lys-B32Arg\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"Solution NMR\"],\n"
- + " \"pdb_id\":\"2kxk\",\n"
- + " \"title\":\"Human Insulin Mutant A22Gly-B31Lys-B32Arg\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"4cxn\",\n"
- + " \"resolution\":1.7,\n"
- + " \"title\":\"Crystal structure of human insulin analogue (NMe-AlaB8)-insulin crystal form I\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"4cxn\",\n"
- + " \"resolution\":1.7,\n"
- + " \"title\":\"Crystal structure of human insulin analogue (NMe-AlaB8)-insulin crystal form I\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"2ws0\",\n"
- + " \"resolution\":2.1,\n"
- + " \"title\":\"Semi-synthetic analogue of human insulin NMeAlaB26-insulin at pH 7.5\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"Solution NMR\"],\n"
- + " \"pdb_id\":\"2kqq\",\n"
- + " \"title\":\"NMR structure of human insulin mutant gly-b8-d-ala, his-b10-asp, pro-b28-lys, lys-b29-pro, 20 structures\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"Solution NMR\"],\n"
- + " \"pdb_id\":\"2l1y\",\n"
- + " \"title\":\"NMR Structure of human insulin mutant GLY-B20-D-ALA, GLY-B23-D-ALA PRO-B28-LYS, LYS-B29-PRO, 20 Structures\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"1os3\",\n"
- + " \"resolution\":1.95,\n"
- + " \"title\":\"Dehydrated T6 human insulin at 100 K\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"1os3\",\n"
- + " \"resolution\":1.95,\n"
- + " \"title\":\"Dehydrated T6 human insulin at 100 K\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"Solution NMR\"],\n"
- + " \"pdb_id\":\"3aiy\",\n"
- + " \"title\":\"R6 HUMAN INSULIN HEXAMER (SYMMETRIC), NMR, REFINED AVERAGE STRUCTURE\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"Solution NMR\"],\n"
- + " \"pdb_id\":\"3aiy\",\n"
- + " \"title\":\"R6 HUMAN INSULIN HEXAMER (SYMMETRIC), NMR, REFINED AVERAGE STRUCTURE\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"Solution NMR\"],\n"
- + " \"pdb_id\":\"2aiy\",\n"
- + " \"title\":\"R6 HUMAN INSULIN HEXAMER (SYMMETRIC), NMR, 20 STRUCTURES\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"3inc\",\n"
- + " \"resolution\":1.85,\n"
- + " \"title\":\"Crystal structure of human insulin with Ni+2 complex\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"3inc\",\n"
- + " \"resolution\":1.85,\n"
- + " \"title\":\"Crystal structure of human insulin with Ni+2 complex\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"1mso\",\n"
- + " \"resolution\":1.0,\n"
- + " \"title\":\"T6 Human Insulin at 1.0 A Resolution\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"Solution NMR\"],\n"
- + " \"pdb_id\":\"1mhi\",\n"
- + " \"title\":\"THREE-DIMENSIONAL SOLUTION STRUCTURE OF AN INSULIN DIMER. A STUDY OF THE B9(ASP) MUTANT OF HUMAN INSULIN USING NUCLEAR MAGNETIC RESONANCE DISTANCE GEOMETRY AND RESTRAINED MOLECULAR DYNAMICS\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"Solution NMR\"],\n"
- + " \"pdb_id\":\"1mhi\",\n"
- + " \"title\":\"THREE-DIMENSIONAL SOLUTION STRUCTURE OF AN INSULIN DIMER. A STUDY OF THE B9(ASP) MUTANT OF HUMAN INSULIN USING NUCLEAR MAGNETIC RESONANCE DISTANCE GEOMETRY AND RESTRAINED MOLECULAR DYNAMICS\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"Solution NMR\"],\n"
- + " \"pdb_id\":\"1mhj\",\n"
- + " \"title\":\"SOLUTION STRUCTURE OF THE SUPERACTIVE MONOMERIC DES-[PHE(B25)] HUMAN INSULIN MUTANT. ELUCIDATION OF THE STRUCTURAL BASIS FOR THE MONOMERIZATION OF THE DES-[PHE(B25)] INSULIN AND THE DIMERIZATION OF NATIVE INSULIN\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"Solution NMR\"],\n"
- + " \"pdb_id\":\"1mhj\",\n"
- + " \"title\":\"SOLUTION STRUCTURE OF THE SUPERACTIVE MONOMERIC DES-[PHE(B25)] HUMAN INSULIN MUTANT. ELUCIDATION OF THE STRUCTURAL BASIS FOR THE MONOMERIZATION OF THE DES-[PHE(B25)] INSULIN AND THE DIMERIZATION OF NATIVE INSULIN\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"Solution NMR\"],\n"
- + " \"pdb_id\":\"1aiy\",\n"
- + " \"title\":\"R6 HUMAN INSULIN HEXAMER (SYMMETRIC), NMR, 10 STRUCTURES\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"Solution NMR\"],\n"
- + " \"pdb_id\":\"2k91\",\n"
- + " \"title\":\"Enhancing the activity of insulin by stereospecific unfolding\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"Solution NMR\"],\n"
- + " \"pdb_id\":\"2k91\",\n"
- + " \"title\":\"Enhancing the activity of insulin by stereospecific unfolding\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"4iyf\",\n"
- + " \"resolution\":1.8,\n"
- + " \"title\":\"Insulin glargine crystal structure 2\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"4iyf\",\n"
- + " \"resolution\":1.8,\n"
- + " \"title\":\"Insulin glargine crystal structure 2\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"Solution NMR\"],\n"
- + " \"pdb_id\":\"5aiy\",\n"
- + " \"title\":\"R6 HUMAN INSULIN HEXAMER (SYMMETRIC), NMR, 'RED' SUBSTATE, AVERAGE STRUCTURE\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"Solution NMR\"],\n"
- + " \"pdb_id\":\"5aiy\",\n"
- + " \"title\":\"R6 HUMAN INSULIN HEXAMER (SYMMETRIC), NMR, 'RED' SUBSTATE, AVERAGE STRUCTURE\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"4une\",\n"
- + " \"resolution\":1.59,\n"
- + " \"title\":\"Human insulin B26Phe mutant crystal structure\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"4une\",\n"
- + " \"resolution\":1.59,\n"
- + " \"title\":\"Human insulin B26Phe mutant crystal structure\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"5hqi\",\n"
- + " \"resolution\":0.97,\n"
- + " \"title\":\"Insulin with proline analog HzP at position B28 in the T2 state\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"5hqi\",\n"
- + " \"resolution\":0.97,\n"
- + " \"title\":\"Insulin with proline analog HzP at position B28 in the T2 state\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"Solution NMR\"],\n"
- + " \"pdb_id\":\"2mli\",\n"
- + " \"title\":\"NMR structure of B25-(alpha, beta)-dehydro-phenylalanine insulin\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"Solution NMR\"],\n"
- + " \"pdb_id\":\"2mpg\",\n"
- + " \"title\":\"Solution structure of the [AibB8,LysB28,ProB29]-insulin analogue\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"Solution NMR\"],\n"
- + " \"pdb_id\":\"4aiy\",\n"
- + " \"title\":\"R6 HUMAN INSULIN HEXAMER (SYMMETRIC), NMR, 'GREEN' SUBSTATE, AVERAGE STRUCTURE\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"Solution NMR\"],\n"
- + " \"pdb_id\":\"4aiy\",\n"
- + " \"title\":\"R6 HUMAN INSULIN HEXAMER (SYMMETRIC), NMR, 'GREEN' SUBSTATE, AVERAGE STRUCTURE\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"4ewx\",\n"
- + " \"resolution\":2.201,\n"
- + " \"title\":\"Human Insulin\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"4eww\",\n"
- + " \"resolution\":2.3,\n"
- + " \"title\":\"Human Insulin\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"3w80\",\n"
- + " \"resolution\":1.4,\n"
- + " \"title\":\"Crystal structure of dodecamer human insulin with double C-axis length of the hexamer 2 Zn insulin cell\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"3w80\",\n"
- + " \"resolution\":1.4,\n"
- + " \"title\":\"Crystal structure of dodecamer human insulin with double C-axis length of the hexamer 2 Zn insulin cell\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"3tt8\",\n"
- + " \"resolution\":1.12,\n"
- + " \"title\":\"Crystal Structure Analysis of Cu Human Insulin Derivative\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"3tt8\",\n"
- + " \"resolution\":1.12,\n"
- + " \"title\":\"Crystal Structure Analysis of Cu Human Insulin Derivative\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"Solution NMR\"],\n"
- + " \"pdb_id\":\"2n2v\",\n"
- + " \"title\":\"Solution structure of [B26-B29 triazole cross-linked]-insulin analogue at pH 1.9\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"Solution NMR\"],\n"
- + " \"pdb_id\":\"2n2w\",\n"
- + " \"title\":\"Solution structure of [B26-B29 triazole cross-linked]-insulin analogue at pH 8.0\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"Solution NMR\"],\n"
- + " \"pdb_id\":\"2n2x\",\n"
- + " \"title\":\"Solution structure of [GlyB24,B27-B29 triazole cross-linked]-insulin analogue at pH 1.9\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"4ung\",\n"
- + " \"resolution\":1.81,\n"
- + " \"title\":\"Human insulin B26Asn mutant crystal structure\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"2r34\",\n"
- + " \"resolution\":2.25,\n"
- + " \"title\":\"Crystal structure of MN human arg-insulin\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"Solution NMR\"],\n"
- + " \"pdb_id\":\"2mpi\",\n"
- + " \"title\":\"Solution structure of B24G insulin\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"Solution NMR\"],\n"
- + " \"pdb_id\":\"2mpi\",\n"
- + " \"title\":\"Solution structure of B24G insulin\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"Solution NMR\"],\n"
- + " \"pdb_id\":\"5mhd\",\n"
- + " \"title\":\"Biosynthetic engineered A22S-B3K-B31R human insulin monomer structure in water/acetonitrile solutions.\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"Solution NMR\"],\n"
- + " \"pdb_id\":\"5mhd\",\n"
- + " \"title\":\"Biosynthetic engineered A22S-B3K-B31R human insulin monomer structure in water/acetonitrile solutions.\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"2ws1\",\n"
- + " \"resolution\":1.6,\n"
- + " \"title\":\"Semi-synthetic analogue of human insulin NMeTyrB26-insulin in monomer form\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"2ws1\",\n"
- + " \"resolution\":1.6,\n"
- + " \"title\":\"Semi-synthetic analogue of human insulin NMeTyrB26-insulin in monomer form\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"4f1c\",\n"
- + " \"resolution\":1.7,\n"
- + " \"title\":\"Human Insulin\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"4f1d\",\n"
- + " \"resolution\":1.637,\n"
- + " \"title\":\"Human Insulin\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"4f0o\",\n"
- + " \"resolution\":1.672,\n"
- + " \"title\":\"Human Insulin\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"4f1g\",\n"
- + " \"resolution\":1.637,\n"
- + " \"title\":\"Human insulin\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"4f4v\",\n"
- + " \"resolution\":1.637,\n"
- + " \"title\":\"Human Insulin\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"4f51\",\n"
- + " \"resolution\":1.637,\n"
- + " \"title\":\"Human Insulin\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"4f8f\",\n"
- + " \"resolution\":1.676,\n"
- + " \"title\":\"Human Insulin\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"4f1f\",\n"
- + " \"resolution\":1.684,\n"
- + " \"title\":\"Human Insulin\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"2wru\",\n"
- + " \"resolution\":1.57,\n"
- + " \"title\":\"Semi-synthetic highly active analogue of human insulin NMeAlaB26-DTI- NH2\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"2wru\",\n"
- + " \"resolution\":1.57,\n"
- + " \"title\":\"Semi-synthetic highly active analogue of human insulin NMeAlaB26-DTI- NH2\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"Solution NMR\"],\n"
- + " \"pdb_id\":\"2kqq\",\n"
- + " \"title\":\"NMR structure of human insulin mutant gly-b8-d-ala, his-b10-asp, pro-b28-lys, lys-b29-pro, 20 structures\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"Solution NMR\"],\n"
- + " \"pdb_id\":\"2l1y\",\n"
- + " \"title\":\"NMR Structure of human insulin mutant GLY-B20-D-ALA, GLY-B23-D-ALA PRO-B28-LYS, LYS-B29-PRO, 20 Structures\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"4f1a\",\n"
- + " \"resolution\":1.8,\n"
- + " \"title\":\"Human Insulin\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"4f1a\",\n"
- + " \"resolution\":1.8,\n"
- + " \"title\":\"Human Insulin\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"4f0n\",\n"
- + " \"resolution\":1.679,\n"
- + " \"title\":\"Human Insulin\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"4f0n\",\n"
- + " \"resolution\":1.679,\n"
- + " \"title\":\"Human Insulin\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"4f4t\",\n"
- + " \"resolution\":1.637,\n"
- + " \"title\":\"Human Insulin\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"4f1b\",\n"
- + " \"resolution\":1.591,\n"
- + " \"title\":\"Human Insulin\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"1jca\",\n"
- + " \"resolution\":2.5,\n"
- + " \"title\":\"Non-standard Design of Unstable Insulin Analogues with Enhanced Activity\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"3bxq\",\n"
- + " \"resolution\":1.3,\n"
- + " \"title\":\"The structure of a mutant insulin uncouples receptor binding from protein allostery. An electrostatic block to the TR transition\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"1htv\",\n"
- + " \"resolution\":1.9,\n"
- + " \"title\":\"CRYSTAL STRUCTURE OF DESTRIPEPTIDE (B28-B30) INSULIN\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"1htv\",\n"
- + " \"resolution\":1.9,\n"
- + " \"title\":\"CRYSTAL STRUCTURE OF DESTRIPEPTIDE (B28-B30) INSULIN\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"Solution NMR\"],\n"
- + " \"pdb_id\":\"1ai0\",\n"
- + " \"title\":\"R6 HUMAN INSULIN HEXAMER (NON-SYMMETRIC), NMR, 10 STRUCTURES\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"Solution NMR\"],\n"
- + " \"pdb_id\":\"1ai0\",\n"
- + " \"title\":\"R6 HUMAN INSULIN HEXAMER (NON-SYMMETRIC), NMR, 10 STRUCTURES\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"Solution NMR\"],\n"
- + " \"pdb_id\":\"1aiy\",\n"
- + " \"title\":\"R6 HUMAN INSULIN HEXAMER (SYMMETRIC), NMR, 10 STRUCTURES\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"5bts\",\n"
- + " \"resolution\":1.77,\n"
- + " \"title\":\"Structural and biophysical characterization of a covalent insulin dimer formed during storage of neutral formulation of human insulin\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"5bts\",\n"
- + " \"resolution\":1.77,\n"
- + " \"title\":\"Structural and biophysical characterization of a covalent insulin dimer formed during storage of neutral formulation of human insulin\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"5usp\",\n"
- + " \"resolution\":1.174,\n"
- + " \"title\":\"Insulin with proline analog Pip at position B28 in the T2 state\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"5usp\",\n"
- + " \"resolution\":1.174,\n"
- + " \"title\":\"Insulin with proline analog Pip at position B28 in the T2 state\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"5bpo\",\n"
- + " \"resolution\":1.9,\n"
- + " \"title\":\"Human insulin with intra-chain chemical crosslink between modified B27 and B29\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"5uu2\",\n"
- + " \"resolution\":1.223,\n"
- + " \"title\":\"Insulin with proline analog ThioP at position B28 in the T2 state\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"5urt\",\n"
- + " \"resolution\":1.18,\n"
- + " \"title\":\"Insulin with proline analog DhP at position B28 in the T2 state\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"6h3m\",\n"
- + " \"resolution\":1.821,\n"
- + " \"title\":\"The crystal structure of a human seleno-insulin analog\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"6h3m\",\n"
- + " \"resolution\":1.821,\n"
- + " \"title\":\"The crystal structure of a human seleno-insulin analog\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"6ver\",\n"
- + " \"resolution\":1.047,\n"
- + " \"title\":\"Human insulin analog: [GluB10,TyrB20]-DOI\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"6ver\",\n"
- + " \"resolution\":1.047,\n"
- + " \"title\":\"Human insulin analog: [GluB10,TyrB20]-DOI\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"4ewx\",\n"
- + " \"resolution\":2.201,\n"
- + " \"title\":\"Human Insulin\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"4ey1\",\n"
- + " \"resolution\":1.471,\n"
- + " \"title\":\"Human Insulin\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"4eww\",\n"
- + " \"resolution\":2.3,\n"
- + " \"title\":\"Human Insulin\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"4exx\",\n"
- + " \"resolution\":1.55,\n"
- + " \"title\":\"Human Insulin\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"4exx\",\n"
- + " \"resolution\":1.55,\n"
- + " \"title\":\"Human Insulin\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"4eyp\",\n"
- + " \"resolution\":1.591,\n"
- + " \"title\":\"Human Insulin\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"4ewz\",\n"
- + " \"resolution\":1.791,\n"
- + " \"title\":\"Human Insulin\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"4ewz\",\n"
- + " \"resolution\":1.791,\n"
- + " \"title\":\"Human Insulin\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"4ex0\",\n"
- + " \"resolution\":1.86,\n"
- + " \"title\":\"Human Insulin\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"4ex0\",\n"
- + " \"resolution\":1.86,\n"
- + " \"title\":\"Human Insulin\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"4eyd\",\n"
- + " \"resolution\":1.471,\n"
- + " \"title\":\"Human Insulin\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"4eyd\",\n"
- + " \"resolution\":1.471,\n"
- + " \"title\":\"Human Insulin\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"4ex1\",\n"
- + " \"resolution\":1.657,\n"
- + " \"title\":\"Human Insulin\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"3q6e\",\n"
- + " \"resolution\":2.05,\n"
- + " \"title\":\"Human insulin in complex with cucurbit[7]uril\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"3q6e\",\n"
- + " \"resolution\":2.05,\n"
- + " \"title\":\"Human insulin in complex with cucurbit[7]uril\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"Solution NMR\"],\n"
- + " \"pdb_id\":\"2n2v\",\n"
- + " \"title\":\"Solution structure of [B26-B29 triazole cross-linked]-insulin analogue at pH 1.9\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"Solution NMR\"],\n"
- + " \"pdb_id\":\"2n2w\",\n"
- + " \"title\":\"Solution structure of [B26-B29 triazole cross-linked]-insulin analogue at pH 8.0\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"Solution NMR\"],\n"
- + " \"pdb_id\":\"2n2x\",\n"
- + " \"title\":\"Solution structure of [GlyB24,B27-B29 triazole cross-linked]-insulin analogue at pH 1.9\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"4ey9\",\n"
- + " \"resolution\":1.471,\n"
- + " \"title\":\"Human Insulin\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"4ey9\",\n"
- + " \"resolution\":1.471,\n"
- + " \"title\":\"Human Insulin\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"4fka\",\n"
- + " \"resolution\":1.08,\n"
- + " \"title\":\"High resolution structure of the manganese derivative of insulin\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"4eyn\",\n"
- + " \"resolution\":1.532,\n"
- + " \"title\":\"Human Insulin\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"4eyn\",\n"
- + " \"resolution\":1.532,\n"
- + " \"title\":\"Human Insulin\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"4rxw\",\n"
- + " \"resolution\":1.73,\n"
- + " \"title\":\"Crystal Structure of the cobalt human insulin derivative\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"4rxw\",\n"
- + " \"resolution\":1.73,\n"
- + " \"title\":\"Crystal Structure of the cobalt human insulin derivative\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"5usv\",\n"
- + " \"resolution\":1.3,\n"
- + " \"title\":\"Insulin with proline analog AzeP at position B28 in the T2 state\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"5usv\",\n"
- + " \"resolution\":1.3,\n"
- + " \"title\":\"Insulin with proline analog AzeP at position B28 in the T2 state\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"2wrv\",\n"
- + " \"resolution\":2.15,\n"
- + " \"title\":\"Semi-synthetic highly active analogue of human insulin NMeHisB26-DTI- NH2\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"2wrv\",\n"
- + " \"resolution\":2.15,\n"
- + " \"title\":\"Semi-synthetic highly active analogue of human insulin NMeHisB26-DTI- NH2\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"2vk0\",\n"
- + " \"resolution\":2.2,\n"
- + " \"title\":\"Crystal structure form ultalente insulin microcrystals\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"3exx\",\n"
- + " \"resolution\":1.35,\n"
- + " \"title\":\"Structure of the T6 human insulin derivative with nickel at 1.35 A resolution\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"3exx\",\n"
- + " \"resolution\":1.35,\n"
- + " \"title\":\"Structure of the T6 human insulin derivative with nickel at 1.35 A resolution\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"2vjz\",\n"
- + " \"resolution\":1.8,\n"
- + " \"title\":\"Crystal structure form ultalente insulin microcrystals\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"4f1c\",\n"
- + " \"resolution\":1.7,\n"
- + " \"title\":\"Human Insulin\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"4f1d\",\n"
- + " \"resolution\":1.637,\n"
- + " \"title\":\"Human Insulin\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"4f0o\",\n"
- + " \"resolution\":1.672,\n"
- + " \"title\":\"Human Insulin\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"4gbc\",\n"
- + " \"resolution\":1.778,\n"
- + " \"title\":\"Crystal structure of aspart insulin at pH 6.5\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"4gbn\",\n"
- + " \"resolution\":1.872,\n"
- + " \"title\":\"Crystal structure of aspart insulin at pH 6.5\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"4f1g\",\n"
- + " \"resolution\":1.637,\n"
- + " \"title\":\"Human insulin\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"4f4v\",\n"
- + " \"resolution\":1.637,\n"
- + " \"title\":\"Human Insulin\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"4f51\",\n"
- + " \"resolution\":1.637,\n"
- + " \"title\":\"Human Insulin\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"4f1f\",\n"
- + " \"resolution\":1.684,\n"
- + " \"title\":\"Human Insulin\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"4f8f\",\n"
- + " \"resolution\":1.676,\n"
- + " \"title\":\"Human Insulin\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"4gbi\",\n"
- + " \"resolution\":2.502,\n"
- + " \"title\":\"Crystal structure of aspart insulin at pH 6.5\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"4cxl\",\n"
- + " \"resolution\":1.5,\n"
- + " \"title\":\"Human insulin analogue (D-ProB8)-insulin\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"4cxl\",\n"
- + " \"resolution\":1.5,\n"
- + " \"title\":\"Human insulin analogue (D-ProB8)-insulin\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"2r36\",\n"
- + " \"resolution\":2.0,\n"
- + " \"title\":\"Crystal structure of ni human ARG-insulin\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"4f4t\",\n"
- + " \"resolution\":1.637,\n"
- + " \"title\":\"Human Insulin\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"4f1b\",\n"
- + " \"resolution\":1.591,\n"
- + " \"title\":\"Human Insulin\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"3ir0\",\n"
- + " \"resolution\":2.2,\n"
- + " \"title\":\"Crystal Structure of Human Insulin complexed with Cu+2 metal ion\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"3ir0\",\n"
- + " \"resolution\":2.2,\n"
- + " \"title\":\"Crystal Structure of Human Insulin complexed with Cu+2 metal ion\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"1jca\",\n"
- + " \"resolution\":2.5,\n"
- + " \"title\":\"Non-standard Design of Unstable Insulin Analogues with Enhanced Activity\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"3bxq\",\n"
- + " \"resolution\":1.3,\n"
- + " \"title\":\"The structure of a mutant insulin uncouples receptor binding from protein allostery. An electrostatic block to the TR transition\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"1b9e\",\n"
- + " \"resolution\":2.5,\n"
- + " \"title\":\"HUMAN INSULIN MUTANT SERB9GLU\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"1b9e\",\n"
- + " \"resolution\":2.5,\n"
- + " \"title\":\"HUMAN INSULIN MUTANT SERB9GLU\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"2ceu\",\n"
- + " \"resolution\":1.8,\n"
- + " \"title\":\"Despentapeptide insulin in acetic acid (pH 2)\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"2ceu\",\n"
- + " \"resolution\":1.8,\n"
- + " \"title\":\"Despentapeptide insulin in acetic acid (pH 2)\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray powder diffraction\"],\n"
- + " \"pdb_id\":\"1fub\",\n"
- + " \"title\":\"FIRST PROTEIN STRUCTURE DETERMINED FROM X-RAY POWDER DIFFRACTION DATA\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"5bpo\",\n"
- + " \"resolution\":1.9,\n"
- + " \"title\":\"Human insulin with intra-chain chemical crosslink between modified B27 and B29\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"5uu2\",\n"
- + " \"resolution\":1.223,\n"
- + " \"title\":\"Insulin with proline analog ThioP at position B28 in the T2 state\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"Solution NMR\"],\n"
- + " \"pdb_id\":\"2mli\",\n"
- + " \"title\":\"NMR structure of B25-(alpha, beta)-dehydro-phenylalanine insulin\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"4ey1\",\n"
- + " \"resolution\":1.471,\n"
- + " \"title\":\"Human Insulin\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"4eyp\",\n"
- + " \"resolution\":1.591,\n"
- + " \"title\":\"Human Insulin\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"4ex1\",\n"
- + " \"resolution\":1.657,\n"
- + " \"title\":\"Human Insulin\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"4iuz\",\n"
- + " \"resolution\":1.6,\n"
- + " \"title\":\"High resolution crystal structure of racemic ester insulin\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"5urt\",\n"
- + " \"resolution\":1.18,\n"
- + " \"title\":\"Insulin with proline analog DhP at position B28 in the T2 state\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"4fka\",\n"
- + " \"resolution\":1.08,\n"
- + " \"title\":\"High resolution structure of the manganese derivative of insulin\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"5cny\",\n"
- + " \"resolution\":1.7,\n"
- + " \"title\":\"Crystal Structure of human zinc insulin at pH 5.5\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"2vk0\",\n"
- + " \"resolution\":2.2,\n"
- + " \"title\":\"Crystal structure form ultalente insulin microcrystals\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"Solution NMR\"],\n"
- + " \"pdb_id\":\"2k9r\",\n"
- + " \"title\":\"Enhancing the activity of insulin by stereospecific unfolding\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"Solution NMR\"],\n"
- + " \"pdb_id\":\"2k9r\",\n"
- + " \"title\":\"Enhancing the activity of insulin by stereospecific unfolding\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"2omi\",\n"
- + " \"resolution\":2.24,\n"
- + " \"title\":\"Structure of human insulin cocrystallized with protamine\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"2vjz\",\n"
- + " \"resolution\":1.8,\n"
- + " \"title\":\"Crystal structure form ultalente insulin microcrystals\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"4gbn\",\n"
- + " \"resolution\":1.872,\n"
- + " \"title\":\"Crystal structure of aspart insulin at pH 6.5\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"4gbl\",\n"
- + " \"resolution\":2.5,\n"
- + " \"title\":\"Crystal structure of aspart insulin at pH 8.5\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"4gbl\",\n"
- + " \"resolution\":2.5,\n"
- + " \"title\":\"Crystal structure of aspart insulin at pH 8.5\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"4gbi\",\n"
- + " \"resolution\":2.502,\n"
- + " \"title\":\"Crystal structure of aspart insulin at pH 6.5\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"4cy7\",\n"
- + " \"resolution\":1.4,\n"
- + " \"title\":\"Crystal structure of human insulin analogue (NMe-AlaB8)-insulin crystal form II\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"2r36\",\n"
- + " \"resolution\":2.0,\n"
- + " \"title\":\"Crystal structure of ni human ARG-insulin\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"4gbc\",\n"
- + " \"resolution\":1.778,\n"
- + " \"title\":\"Crystal structure of aspart insulin at pH 6.5\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray powder diffraction\"],\n"
- + " \"pdb_id\":\"1fu2\",\n"
- + " \"title\":\"FIRST PROTEIN STRUCTURE DETERMINED FROM X-RAY POWDER DIFFRACTION DATA\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"1ev3\",\n"
- + " \"resolution\":1.78,\n"
- + " \"title\":\"Structure of the rhombohedral form of the M-cresol/insulin R6 hexamer\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"1j73\",\n"
- + " \"resolution\":2.0,\n"
- + " \"title\":\"Crystal structure of an unstable insulin analog with native activity.\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"1j73\",\n"
- + " \"resolution\":2.0,\n"
- + " \"title\":\"Crystal structure of an unstable insulin analog with native activity.\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray powder diffraction\"],\n"
- + " \"pdb_id\":\"1fub\",\n"
- + " \"title\":\"FIRST PROTEIN STRUCTURE DETERMINED FROM X-RAY POWDER DIFFRACTION DATA\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"5co2\",\n"
- + " \"resolution\":1.7,\n"
- + " \"title\":\"Crystalization of human zinc insulin at pH 5.5\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"5co2\",\n"
- + " \"resolution\":1.7,\n"
- + " \"title\":\"Crystalization of human zinc insulin at pH 5.5\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"5boq\",\n"
- + " \"resolution\":1.7,\n"
- + " \"title\":\"Human insulin with intra-chain chemical crosslink between modified B24 and B29\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"5boq\",\n"
- + " \"resolution\":1.7,\n"
- + " \"title\":\"Human insulin with intra-chain chemical crosslink between modified B24 and B29\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"6s4i\",\n"
- + " \"resolution\":1.511,\n"
- + " \"title\":\"Crystal structure of zinc free A14E, B25H, B29K(N(eps)-[2-(2-[2-(2-[2-(Octadecandioyl-gamma-Glu)amino]ethoxy)ethoxy]acetylamino)ethoxy]ethoxy)acetyl]), desB30 human insulin\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"6s4i\",\n"
- + " \"resolution\":1.511,\n"
- + " \"title\":\"Crystal structure of zinc free A14E, B25H, B29K(N(eps)-[2-(2-[2-(2-[2-(Octadecandioyl-gamma-Glu)amino]ethoxy)ethoxy]acetylamino)ethoxy]ethoxy)acetyl]), desB30 human insulin\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"6p4z\",\n"
- + " \"resolution\":1.8,\n"
- + " \"title\":\"Structure of gadolinium-caged cobalt (III) insulin hexamer\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"6gv0\",\n"
- + " \"resolution\":1.26,\n"
- + " \"title\":\"Insulin glulisine\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"6vet\",\n"
- + " \"resolution\":1.46,\n"
- + " \"title\":\"Human insulin analog: [GluB10,HisA8,ArgA9,TyrB20]-DOI\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"6vet\",\n"
- + " \"resolution\":1.46,\n"
- + " \"title\":\"Human insulin analog: [GluB10,HisA8,ArgA9,TyrB20]-DOI\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"4iuz\",\n"
- + " \"resolution\":1.6,\n"
- + " \"title\":\"High resolution crystal structure of racemic ester insulin\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"4gbk\",\n"
- + " \"resolution\":2.4,\n"
- + " \"title\":\"Crystal structure of aspart insulin at pH 8.5\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"4gbk\",\n"
- + " \"resolution\":2.4,\n"
- + " \"title\":\"Crystal structure of aspart insulin at pH 8.5\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"4efx\",\n"
- + " \"resolution\":1.98,\n"
- + " \"title\":\"Highly biologically active insulin with additional disulfide bond\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"4efx\",\n"
- + " \"resolution\":1.98,\n"
- + " \"title\":\"Highly biologically active insulin with additional disulfide bond\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"5co9\",\n"
- + " \"resolution\":1.92,\n"
- + " \"title\":\"Crystal structure of human zinc insulin at pH 6.5\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"5cny\",\n"
- + " \"resolution\":1.7,\n"
- + " \"title\":\"Crystal Structure of human zinc insulin at pH 5.5\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"Solution NMR\"],\n"
- + " \"pdb_id\":\"2jmn\",\n"
- + " \"title\":\"NMR structure of human insulin mutant His-B10-Asp, Pro-B28-Lys, Lys-B29-Pro, 20 structures\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"Solution NMR\"],\n"
- + " \"pdb_id\":\"2jmn\",\n"
- + " \"title\":\"NMR structure of human insulin mutant His-B10-Asp, Pro-B28-Lys, Lys-B29-Pro, 20 structures\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"3e7z\",\n"
- + " \"resolution\":1.7,\n"
- + " \"title\":\"Structure of human insulin\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"3e7z\",\n"
- + " \"resolution\":1.7,\n"
- + " \"title\":\"Structure of human insulin\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"2w44\",\n"
- + " \"resolution\":2.0,\n"
- + " \"title\":\"Structure DeltaA1-A4 insulin\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"3e7y\",\n"
- + " \"resolution\":1.6,\n"
- + " \"title\":\"Structure of human insulin\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"3e7y\",\n"
- + " \"resolution\":1.6,\n"
- + " \"title\":\"Structure of human insulin\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"2omi\",\n"
- + " \"resolution\":2.24,\n"
- + " \"title\":\"Structure of human insulin cocrystallized with protamine\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"2ws7\",\n"
- + " \"resolution\":2.59,\n"
- + " \"title\":\"Semi-synthetic analogue of human insulin ProB26-DTI\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"4cy7\",\n"
- + " \"resolution\":1.4,\n"
- + " \"title\":\"Crystal structure of human insulin analogue (NMe-AlaB8)-insulin crystal form II\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"4nib\",\n"
- + " \"resolution\":1.4,\n"
- + " \"title\":\"Crystal structure of human insulin mutant B20 D-ala, B23 D-ala\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"4nib\",\n"
- + " \"resolution\":1.4,\n"
- + " \"title\":\"Crystal structure of human insulin mutant B20 D-ala, B23 D-ala\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"1qj0\",\n"
- + " \"resolution\":2.4,\n"
- + " \"title\":\"HUMAN INSULIN HEXAMERS WITH CHAIN B HIS MUTATED TO TYR\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"1uz9\",\n"
- + " \"resolution\":1.6,\n"
- + " \"title\":\"Crystallographic and solution studies of N-lithocholyl insulin: a new generation of prolonged-acting insulins.\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"1uz9\",\n"
- + " \"resolution\":1.6,\n"
- + " \"title\":\"Crystallographic and solution studies of N-lithocholyl insulin: a new generation of prolonged-acting insulins.\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"1trz\",\n"
- + " \"resolution\":1.6,\n"
- + " \"title\":\"CRYSTALLOGRAPHIC EVIDENCE FOR DUAL COORDINATION AROUND ZINC IN THE T3R3 HUMAN INSULIN HEXAMER\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"1trz\",\n"
- + " \"resolution\":1.6,\n"
- + " \"title\":\"CRYSTALLOGRAPHIC EVIDENCE FOR DUAL COORDINATION AROUND ZINC IN THE T3R3 HUMAN INSULIN HEXAMER\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray powder diffraction\"],\n"
- + " \"pdb_id\":\"1fu2\",\n"
- + " \"title\":\"FIRST PROTEIN STRUCTURE DETERMINED FROM X-RAY POWDER DIFFRACTION DATA\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"1evr\",\n"
- + " \"resolution\":1.9,\n"
- + " \"title\":\"The structure of the resorcinol/insulin R6 hexamer\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"1ev3\",\n"
- + " \"resolution\":1.78,\n"
- + " \"title\":\"Structure of the rhombohedral form of the M-cresol/insulin R6 hexamer\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"1guj\",\n"
- + " \"resolution\":1.62,\n"
- + " \"title\":\"Insulin at pH 2: structural analysis of the conditions promoting insulin fibre formation.\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"1guj\",\n"
- + " \"resolution\":1.62,\n"
- + " \"title\":\"Insulin at pH 2: structural analysis of the conditions promoting insulin fibre formation.\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"1ev6\",\n"
- + " \"resolution\":1.9,\n"
- + " \"title\":\"Structure of the monoclinic form of the M-cresol/insulin R6 hexamer\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"1ev6\",\n"
- + " \"resolution\":1.9,\n"
- + " \"title\":\"Structure of the monoclinic form of the M-cresol/insulin R6 hexamer\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"6s4j\",\n"
- + " \"resolution\":1.5,\n"
- + " \"title\":\"Crystal structure of zinc free A14E, B25H, B29K(N(eps)-[2-(2-[2-(2-[2-(Octadecandioyl-gamma-Glu)amino]ethoxy)ethoxy]acetylamino)ethoxy]ethoxy)acetyl]), desB27, desB30 human insulin\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"6s4j\",\n"
- + " \"resolution\":1.5,\n"
- + " \"title\":\"Crystal structure of zinc free A14E, B25H, B29K(N(eps)-[2-(2-[2-(2-[2-(Octadecandioyl-gamma-Glu)amino]ethoxy)ethoxy]acetylamino)ethoxy]ethoxy)acetyl]), desB27, desB30 human insulin\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"5co6\",\n"
- + " \"resolution\":1.8,\n"
- + " \"title\":\"Crystal structure of human zinc insulin at pH 6.5\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"5co6\",\n"
- + " \"resolution\":1.8,\n"
- + " \"title\":\"Crystal structure of human zinc insulin at pH 6.5\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"6p4z\",\n"
- + " \"resolution\":1.8,\n"
- + " \"title\":\"Structure of gadolinium-caged cobalt (III) insulin hexamer\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"6gv0\",\n"
- + " \"resolution\":1.26,\n"
- + " \"title\":\"Insulin glulisine\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"6gnq\",\n"
- + " \"resolution\":2.2,\n"
- + " \"title\":\"Monoclinic crystalline form of human insulin, complexed with meta-cresol\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"5ems\",\n"
- + " \"resolution\":2.3,\n"
- + " \"title\":\"Crystal Structure of an iodinated insulin analog\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"3zu1\",\n"
- + " \"resolution\":1.6,\n"
- + " \"title\":\"Structure of LysB29(Nepsilon omega-carboxyheptadecanoyl) des(B30) Human Insulin\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"3zu1\",\n"
- + " \"resolution\":1.6,\n"
- + " \"title\":\"Structure of LysB29(Nepsilon omega-carboxyheptadecanoyl) des(B30) Human Insulin\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"5co9\",\n"
- + " \"resolution\":1.92,\n"
- + " \"title\":\"Crystal structure of human zinc insulin at pH 6.5\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"2wby\",\n"
- + " \"resolution\":2.6,\n"
- + " \"title\":\"Crystal structure of human insulin-degrading enzyme in complex with insulin\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"2wby\",\n"
- + " \"resolution\":2.6,\n"
- + " \"title\":\"Crystal structure of human insulin-degrading enzyme in complex with insulin\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"Electron Microscopy\"],\n"
- + " \"pdb_id\":\"6hn5\",\n"
- + " \"resolution\":3.2,\n"
- + " \"title\":\"Leucine-zippered human insulin receptor ectodomain with single bound insulin - \\\"upper\\\" membrane-distal part\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"2olz\",\n"
- + " \"resolution\":1.7,\n"
- + " \"title\":\"Structure of human insulin in presence of thiocyanate at pH 7.0\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"2olz\",\n"
- + " \"resolution\":1.7,\n"
- + " \"title\":\"Structure of human insulin in presence of thiocyanate at pH 7.0\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"2omg\",\n"
- + " \"resolution\":1.52,\n"
- + " \"title\":\"Structure of human insulin cocrystallized with protamine and urea\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"2w44\",\n"
- + " \"resolution\":2.0,\n"
- + " \"title\":\"Structure DeltaA1-A4 insulin\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"2ws7\",\n"
- + " \"resolution\":2.59,\n"
- + " \"title\":\"Semi-synthetic analogue of human insulin ProB26-DTI\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"4fg3\",\n"
- + " \"resolution\":2.001,\n"
- + " \"title\":\"Crystal Structure Analysis of the Human Insulin\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"4fg3\",\n"
- + " \"resolution\":2.001,\n"
- + " \"title\":\"Crystal Structure Analysis of the Human Insulin\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"1w8p\",\n"
- + " \"resolution\":2.08,\n"
- + " \"title\":\"Structural properties of the B25Tyr-NMe-B26Phe insulin mutant.\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"1w8p\",\n"
- + " \"resolution\":2.08,\n"
- + " \"title\":\"Structural properties of the B25Tyr-NMe-B26Phe insulin mutant.\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"3p33\",\n"
- + " \"resolution\":2.3,\n"
- + " \"title\":\"Insulin fibrillation is the Janus face of induced fit. A chiral clamp stabilizes the native state at the expense of activity\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"1znj\",\n"
- + " \"resolution\":2.0,\n"
- + " \"title\":\"INSULIN, MONOCLINIC CRYSTAL FORM\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"1znj\",\n"
- + " \"resolution\":2.0,\n"
- + " \"title\":\"INSULIN, MONOCLINIC CRYSTAL FORM\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"1xw7\",\n"
- + " \"resolution\":2.3,\n"
- + " \"title\":\"Diabetes-Associated Mutations in Human Insulin: Crystal Structure and Photo-Cross-Linking Studies of A-Chain Variant Insulin Wakayama\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"1xw7\",\n"
- + " \"resolution\":2.3,\n"
- + " \"title\":\"Diabetes-Associated Mutations in Human Insulin: Crystal Structure and Photo-Cross-Linking Studies of A-Chain Variant Insulin Wakayama\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"1qj0\",\n"
- + " \"resolution\":2.4,\n"
- + " \"title\":\"HUMAN INSULIN HEXAMERS WITH CHAIN B HIS MUTATED TO TYR\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"1rwe\",\n"
- + " \"resolution\":1.8,\n"
- + " \"title\":\"Enhancing the activity of insulin at receptor edge: crystal structure and photo-cross-linking of A8 analogues\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"1rwe\",\n"
- + " \"resolution\":1.8,\n"
- + " \"title\":\"Enhancing the activity of insulin at receptor edge: crystal structure and photo-cross-linking of A8 analogues\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"1evr\",\n"
- + " \"resolution\":1.9,\n"
- + " \"title\":\"The structure of the resorcinol/insulin R6 hexamer\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"1g7b\",\n"
- + " \"resolution\":1.3,\n"
- + " \"title\":\"1.3 A STRUCTURE OF T3R3 HUMAN INSULIN AT 100 K\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"1g7b\",\n"
- + " \"resolution\":1.3,\n"
- + " \"title\":\"1.3 A STRUCTURE OF T3R3 HUMAN INSULIN AT 100 K\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"1ben\",\n"
- + " \"resolution\":1.4,\n"
- + " \"title\":\"INSULIN COMPLEXED WITH 4-HYDROXYBENZAMIDE\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"1lph\",\n"
- + " \"resolution\":2.3,\n"
- + " \"title\":\"LYS(B28)PRO(B29)-HUMAN INSULIN\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"1lph\",\n"
- + " \"resolution\":2.3,\n"
- + " \"title\":\"LYS(B28)PRO(B29)-HUMAN INSULIN\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"2om1\",\n"
- + " \"resolution\":1.97,\n"
- + " \"title\":\"Structure of human insulin in presence of thiocyanate at pH 6.5\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"2om0\",\n"
- + " \"resolution\":2.05,\n"
- + " \"title\":\"Structure of human insulin in presence of urea at pH 6.5\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"2om0\",\n"
- + " \"resolution\":2.05,\n"
- + " \"title\":\"Structure of human insulin in presence of urea at pH 6.5\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"1g7a\",\n"
- + " \"resolution\":1.2,\n"
- + " \"title\":\"1.2 A structure of T3R3 human insulin at 100 K\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"1g7a\",\n"
- + " \"resolution\":1.2,\n"
- + " \"title\":\"1.2 A structure of T3R3 human insulin at 100 K\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"6ck2\",\n"
- + " \"resolution\":2.25,\n"
- + " \"title\":\"Insulin analog containing a YB26W mutation\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"5udp\",\n"
- + " \"resolution\":1.348,\n"
- + " \"title\":\"High resolution x-ray crystal structure of synthetic insulin lispro\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"5udp\",\n"
- + " \"resolution\":1.348,\n"
- + " \"title\":\"High resolution x-ray crystal structure of synthetic insulin lispro\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"5mt3\",\n"
- + " \"resolution\":2.02,\n"
- + " \"title\":\"Human insulin in complex with serotonin and arginine\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"6nwv\",\n"
- + " \"resolution\":1.601,\n"
- + " \"title\":\"Insulin Lispro Analog\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"6gnq\",\n"
- + " \"resolution\":2.2,\n"
- + " \"title\":\"Monoclinic crystalline form of human insulin, complexed with meta-cresol\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"5hrq\",\n"
- + " \"resolution\":1.28,\n"
- + " \"title\":\"Insulin with proline analog HzP at position B28 in the R6 state\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"5hpr\",\n"
- + " \"resolution\":1.33,\n"
- + " \"title\":\"Insulin with proline analog HyP at position B28 in the T2 state\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"5hpr\",\n"
- + " \"resolution\":1.33,\n"
- + " \"title\":\"Insulin with proline analog HyP at position B28 in the T2 state\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"5ems\",\n"
- + " \"resolution\":2.3,\n"
- + " \"title\":\"Crystal Structure of an iodinated insulin analog\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"4ajx\",\n"
- + " \"resolution\":1.2,\n"
- + " \"title\":\"Ligand controlled assembly of hexamers, dihexamers, and linear multihexamer structures by an engineered acylated insulin\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"4ajx\",\n"
- + " \"resolution\":1.2,\n"
- + " \"title\":\"Ligand controlled assembly of hexamers, dihexamers, and linear multihexamer structures by an engineered acylated insulin\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"3v1g\",\n"
- + " \"resolution\":2.2,\n"
- + " \"title\":\"Forestalling insulin fibrillation by insertion of a chiral clamp mechanism-based application of protein engineering to global health\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"3v1g\",\n"
- + " \"resolution\":2.2,\n"
- + " \"title\":\"Forestalling insulin fibrillation by insertion of a chiral clamp mechanism-based application of protein engineering to global health\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"3zqr\",\n"
- + " \"resolution\":1.9,\n"
- + " \"title\":\"NMePheB25 insulin analogue crystal structure\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"3zqr\",\n"
- + " \"resolution\":1.9,\n"
- + " \"title\":\"NMePheB25 insulin analogue crystal structure\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"4ajz\",\n"
- + " \"resolution\":1.8,\n"
- + " \"title\":\"Ligand controlled assembly of hexamers, dihexamers, and linear multihexamer structures by an engineered acylated insulin\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"3v19\",\n"
- + " \"resolution\":2.0,\n"
- + " \"title\":\"Forestalling insulin fibrillation by insertion of a chiral clamp mechanism-based application of protein engineering to global health\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"3v19\",\n"
- + " \"resolution\":2.0,\n"
- + " \"title\":\"Forestalling insulin fibrillation by insertion of a chiral clamp mechanism-based application of protein engineering to global health\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"3zs2\",\n"
- + " \"resolution\":1.97,\n"
- + " \"title\":\"TyrB25,NMePheB26,LysB28,ProB29-insulin analogue crystal structure\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"3zs2\",\n"
- + " \"resolution\":1.97,\n"
- + " \"title\":\"TyrB25,NMePheB26,LysB28,ProB29-insulin analogue crystal structure\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"5mt9\",\n"
- + " \"resolution\":1.88,\n"
- + " \"title\":\"Human insulin in complex with serotonin and arginine\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"5uru\",\n"
- + " \"resolution\":2.41,\n"
- + " \"title\":\"Insulin with proline analog DhP at position B28 in the R6 state\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"5uu3\",\n"
- + " \"resolution\":2.25,\n"
- + " \"title\":\"Insulin with proline analog DfP at position B28 in the R6 state\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"3kq6\",\n"
- + " \"resolution\":1.9,\n"
- + " \"title\":\"Enhancing the Therapeutic Properties of a Protein by a Designed Zinc-Binding Site, Structural principles of a novel long-acting insulin analog\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"3kq6\",\n"
- + " \"resolution\":1.9,\n"
- + " \"title\":\"Enhancing the Therapeutic Properties of a Protein by a Designed Zinc-Binding Site, Structural principles of a novel long-acting insulin analog\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"4akj\",\n"
- + " \"resolution\":2.01,\n"
- + " \"title\":\"Ligand controlled assembly of hexamers, dihexamers, and linear multihexamer structures by an engineered acylated insulin\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"5uss\",\n"
- + " \"resolution\":2.061,\n"
- + " \"title\":\"Insulin with proline analog PiP at position B28 in the R6 state\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"5uss\",\n"
- + " \"resolution\":2.061,\n"
- + " \"title\":\"Insulin with proline analog PiP at position B28 in the R6 state\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"Electron Microscopy\"],\n"
- + " \"pdb_id\":\"6hn5\",\n"
- + " \"resolution\":3.2,\n"
- + " \"title\":\"Leucine-zippered human insulin receptor ectodomain with single bound insulin - \\\"upper\\\" membrane-distal part\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"2wc0\",\n"
- + " \"resolution\":2.8,\n"
- + " \"title\":\"crystal structure of human insulin degrading enzyme in complex with iodinated insulin\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"2wc0\",\n"
- + " \"resolution\":2.8,\n"
- + " \"title\":\"crystal structure of human insulin degrading enzyme in complex with iodinated insulin\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"Electron Microscopy\"],\n"
- + " \"pdb_id\":\"6sof\",\n"
- + " \"resolution\":4.3,\n"
- + " \"title\":\"human insulin receptor ectodomain bound by 4 insulin\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"6z7y\",\n"
- + " \"resolution\":2.2,\n"
- + " \"title\":\"Human insulin in complex with the analytical antibody OXI-005 Fab\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"6z7y\",\n"
- + " \"resolution\":2.2,\n"
- + " \"title\":\"Human insulin in complex with the analytical antibody OXI-005 Fab\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"2omh\",\n"
- + " \"resolution\":1.36,\n"
- + " \"title\":\"Structure of human insulin cocrystallized with ARG-12 peptide in presence of urea\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"2omh\",\n"
- + " \"resolution\":1.36,\n"
- + " \"title\":\"Structure of human insulin cocrystallized with ARG-12 peptide in presence of urea\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"2omg\",\n"
- + " \"resolution\":1.52,\n"
- + " \"title\":\"Structure of human insulin cocrystallized with protamine and urea\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"3fq9\",\n"
- + " \"resolution\":1.35,\n"
- + " \"title\":\"Design of an insulin analog with enhanced receptor-binding selectivity. Rationale, structure, and therapeutic implications\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"3fq9\",\n"
- + " \"resolution\":1.35,\n"
- + " \"title\":\"Design of an insulin analog with enhanced receptor-binding selectivity. Rationale, structure, and therapeutic implications\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"3jsd\",\n"
- + " \"resolution\":2.5,\n"
- + " \"title\":\"Insulin's biosynthesis and activity have opposing structural requirements: a new factor in neonatal diabetes mellitus\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"3jsd\",\n"
- + " \"resolution\":2.5,\n"
- + " \"title\":\"Insulin's biosynthesis and activity have opposing structural requirements: a new factor in neonatal diabetes mellitus\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"4p65\",\n"
- + " \"resolution\":1.5,\n"
- + " \"title\":\"Crystal structure of an cyclohexylalanine substituted insulin analog.\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"4p65\",\n"
- + " \"resolution\":1.5,\n"
- + " \"title\":\"Crystal structure of an cyclohexylalanine substituted insulin analog.\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"3p33\",\n"
- + " \"resolution\":2.3,\n"
- + " \"title\":\"Insulin fibrillation is the Janus face of induced fit. A chiral clamp stabilizes the native state at the expense of activity\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"3p2x\",\n"
- + " \"resolution\":2.0,\n"
- + " \"title\":\"Insulin fibrillation is the Janus face of induced fit. A chiaral clamp stabilizes the native state at the expense of activity\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"3p2x\",\n"
- + " \"resolution\":2.0,\n"
- + " \"title\":\"Insulin fibrillation is the Janus face of induced fit. A chiaral clamp stabilizes the native state at the expense of activity\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"1qiz\",\n"
- + " \"resolution\":2.0,\n"
- + " \"title\":\"HUMAN INSULIN HEXAMERS WITH CHAIN B HIS MUTATED TO TYR COMPLEXED WITH RESORCINOL\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"1qiz\",\n"
- + " \"resolution\":2.0,\n"
- + " \"title\":\"HUMAN INSULIN HEXAMERS WITH CHAIN B HIS MUTATED TO TYR COMPLEXED WITH RESORCINOL\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"1ben\",\n"
- + " \"resolution\":1.4,\n"
- + " \"title\":\"INSULIN COMPLEXED WITH 4-HYDROXYBENZAMIDE\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"2oly\",\n"
- + " \"resolution\":1.7,\n"
- + " \"title\":\"Structure of human insulin in presence of urea at pH 7.0\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"2om1\",\n"
- + " \"resolution\":1.97,\n"
- + " \"title\":\"Structure of human insulin in presence of thiocyanate at pH 6.5\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"6ck2\",\n"
- + " \"resolution\":2.25,\n"
- + " \"title\":\"Insulin analog containing a YB26W mutation\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"6tyh\",\n"
- + " \"resolution\":1.600019,\n"
- + " \"title\":\"Four-Disulfide Insulin Analog A22/B22\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"6tyh\",\n"
- + " \"resolution\":1.600019,\n"
- + " \"title\":\"Four-Disulfide Insulin Analog A22/B22\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"5mt3\",\n"
- + " \"resolution\":2.02,\n"
- + " \"title\":\"Human insulin in complex with serotonin and arginine\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"6nwv\",\n"
- + " \"resolution\":1.601,\n"
- + " \"title\":\"Insulin Lispro Analog\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"5hpu\",\n"
- + " \"resolution\":2.2,\n"
- + " \"title\":\"Insulin with proline analog HyP at position B28 in the R6 state\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"5hpu\",\n"
- + " \"resolution\":2.2,\n"
- + " \"title\":\"Insulin with proline analog HyP at position B28 in the R6 state\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"5hrq\",\n"
- + " \"resolution\":1.28,\n"
- + " \"title\":\"Insulin with proline analog HzP at position B28 in the R6 state\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"4ajz\",\n"
- + " \"resolution\":1.8,\n"
- + " \"title\":\"Ligand controlled assembly of hexamers, dihexamers, and linear multihexamer structures by an engineered acylated insulin\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"5mt9\",\n"
- + " \"resolution\":1.88,\n"
- + " \"title\":\"Human insulin in complex with serotonin and arginine\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"5uru\",\n"
- + " \"resolution\":2.41,\n"
- + " \"title\":\"Insulin with proline analog DhP at position B28 in the R6 state\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"5uu3\",\n"
- + " \"resolution\":2.25,\n"
- + " \"title\":\"Insulin with proline analog DfP at position B28 in the R6 state\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"5uu4\",\n"
- + " \"resolution\":1.973,\n"
- + " \"title\":\"Insulin with proline analog ThioP at position B28 in the R6 state\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"5uu4\",\n"
- + " \"resolution\":1.973,\n"
- + " \"title\":\"Insulin with proline analog ThioP at position B28 in the R6 state\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"5bqq\",\n"
- + " \"resolution\":1.54,\n"
- + " \"title\":\"Human insulin with intra-chain chemical crosslink between modified B27 and B30\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"5mam\",\n"
- + " \"resolution\":2.2,\n"
- + " \"title\":\"Human insulin in complex with serotonin\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"5mam\",\n"
- + " \"resolution\":2.2,\n"
- + " \"title\":\"Human insulin in complex with serotonin\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"4akj\",\n"
- + " \"resolution\":2.01,\n"
- + " \"title\":\"Ligand controlled assembly of hexamers, dihexamers, and linear multihexamer structures by an engineered acylated insulin\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"1q4v\",\n"
- + " \"resolution\":2.0,\n"
- + " \"title\":\"CRYSTAL STRUCTURE OF ALLO-ILEA2-INSULIN, AN INACTIVE CHIRAL ANALOGUE: IMPLICATIONS FOR THE MECHANISM OF RECEPTOR\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"4xc4\",\n"
- + " \"resolution\":1.499,\n"
- + " \"title\":\"Insulin co-crystallizes in the presence of it beta-cell chaperone sulfatide\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"4xc4\",\n"
- + " \"resolution\":1.499,\n"
- + " \"title\":\"Insulin co-crystallizes in the presence of it beta-cell chaperone sulfatide\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"Electron Microscopy\"],\n"
- + " \"pdb_id\":\"6sof\",\n"
- + " \"resolution\":4.3,\n"
- + " \"title\":\"human insulin receptor ectodomain bound by 4 insulin\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"Electron Microscopy\"],\n"
- + " \"pdb_id\":\"6sof\",\n"
- + " \"resolution\":4.3,\n"
- + " \"title\":\"human insulin receptor ectodomain bound by 4 insulin\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"6z7y\",\n"
- + " \"resolution\":2.2,\n"
- + " \"title\":\"Human insulin in complex with the analytical antibody OXI-005 Fab\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"6z7y\",\n"
- + " \"resolution\":2.2,\n"
- + " \"title\":\"Human insulin in complex with the analytical antibody OXI-005 Fab\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"1zeh\",\n"
- + " \"resolution\":1.5,\n"
- + " \"title\":\"STRUCTURE OF INSULIN\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"1zeh\",\n"
- + " \"resolution\":1.5,\n"
- + " \"title\":\"STRUCTURE OF INSULIN\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"1qiy\",\n"
- + " \"resolution\":2.3,\n"
- + " \"title\":\"HUMAN INSULIN HEXAMERS WITH CHAIN B HIS MUTATED TO TYR COMPLEXED WITH PHENOL\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"1qiy\",\n"
- + " \"resolution\":2.3,\n"
- + " \"title\":\"HUMAN INSULIN HEXAMERS WITH CHAIN B HIS MUTATED TO TYR COMPLEXED WITH PHENOL\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"2oly\",\n"
- + " \"resolution\":1.7,\n"
- + " \"title\":\"Structure of human insulin in presence of urea at pH 7.0\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"3rov\",\n"
- + " \"resolution\":2.3,\n"
- + " \"title\":\"Insulin's biosynthesis and activity have opposing structural requirements: a new factor in neonatal diabetes mellitus\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"3rov\",\n"
- + " \"resolution\":2.3,\n"
- + " \"title\":\"Insulin's biosynthesis and activity have opposing structural requirements: a new factor in neonatal diabetes mellitus\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"5bqq\",\n"
- + " \"resolution\":1.54,\n"
- + " \"title\":\"Human insulin with intra-chain chemical crosslink between modified B27 and B30\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"1q4v\",\n"
- + " \"resolution\":2.0,\n"
- + " \"title\":\"CRYSTAL STRUCTURE OF ALLO-ILEA2-INSULIN, AN INACTIVE CHIRAL ANALOGUE: IMPLICATIONS FOR THE MECHANISM OF RECEPTOR\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"Electron Microscopy\"],\n"
- + " \"pdb_id\":\"6sof\",\n"
- + " \"resolution\":4.3,\n"
- + " \"title\":\"human insulin receptor ectodomain bound by 4 insulin\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"6z7w\",\n"
- + " \"resolution\":2.42,\n"
- + " \"title\":\"Human insulin in complex with the analytical antibody HUI-018 Fab\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"6z7w\",\n"
- + " \"resolution\":2.42,\n"
- + " \"title\":\"Human insulin in complex with the analytical antibody HUI-018 Fab\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"1zeg\",\n"
- + " \"resolution\":1.6,\n"
- + " \"title\":\"STRUCTURE OF B28 ASP INSULIN IN COMPLEX WITH PHENOL\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"5uqa\",\n"
- + " \"resolution\":1.3100024,\n"
- + " \"title\":\"Insulin with proline analog FzP at position B28 in the R6 state\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"6z7w\",\n"
- + " \"resolution\":2.42,\n"
- + " \"title\":\"Human insulin in complex with the analytical antibody HUI-018 Fab\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"6z7w\",\n"
- + " \"resolution\":2.42,\n"
- + " \"title\":\"Human insulin in complex with the analytical antibody HUI-018 Fab\"},\n"
- + " {\n"
- + " \"experimental_method\":[\"X-ray diffraction\"],\n"
- + " \"pdb_id\":\"1xda\",\n"
- + " \"resolution\":1.8,\n"
- + " \"title\":\"STRUCTURE OF INSULIN\"}]\n"
- + " }}"
-
- }};
- createMockFTSRestClient((FTSRestClient)getInstance(), mocks);
- }
}
import static org.testng.AssertJUnit.assertTrue;
import jalview.fts.api.FTSDataColumnI;
+import jalview.fts.core.FTSRestClient;
import jalview.fts.core.FTSRestRequest;
import jalview.fts.core.FTSRestResponse;
import jalview.gui.JvOptionPane;
}
}
- public String readJsonStringFromFile(String filePath) throws IOException
+ /**
+ * reads any string from filePath
+ * @param filePath
+ * @return
+ * @throws IOException
+ */
+ public static String readJsonStringFromFile(String filePath) throws IOException
{
String fileContent;
BufferedReader br = new BufferedReader(new FileReader(filePath));
return fileContent;
}
+ public static void setMock()
+ {
+ String[][] mocks = new String[2][];
+ mocks[0] = new String[] {
+ "https://www.ebi.ac.uk/pdbe/search/pdb/select?wt=json&fl=pdb_id,title,experimental_method,resolution&rows=500&start=0&q=(4igk+OR+1t15+OR+4ifi+OR+1t29+OR+3pxb+OR+4y2g+OR+1y98+OR+1jnx+OR+3pxa+OR+3k0h+OR+3k0k+OR+1n5o+OR+3pxc+OR+3pxd+OR+1t2u+OR+3k15+OR+3pxe+OR+3k16+OR+4ofb+OR+3coj+OR+7lyb+OR+1t2v+OR+4y18+OR+4jlu+OR+4u4a+OR+2ing+OR+7jzv+OR+6g2i+OR+1jm7+OR+1oqa)+AND+molecule_sequence:%5B''+TO+*%5D+AND+status:REL&sort=",
+ "{\n" + " \"responseHeader\":{\n" + " \"status\":0,\n"
+ + " \"QTime\":0,\n" + " \"params\":{\n"
+ + " \"q\":\"(4igk OR 1t15 OR 4ifi OR 1t29 OR 3pxb OR 4y2g OR 1y98 OR 1jnx OR 3pxa OR 3k0h OR 3k0k OR 1n5o OR 3pxc OR 3pxd OR 1t2u OR 3k15 OR 3pxe OR 3k16 OR 4ofb OR 3coj OR 7lyb OR 1t2v OR 4y18 OR 4jlu OR 4u4a OR 2ing OR 7jzv OR 6g2i OR 1jm7 OR 1oqa) AND molecule_sequence:['' TO *] AND status:REL\",\n"
+ + " \"fl\":\"pdb_id,title,experimental_method,resolution\",\n"
+ + " \"start\":\"0\",\n" + " \"sort\":\"\",\n"
+ + " \"rows\":\"500\",\n" + " \"wt\":\"json\"}},\n"
+ + " \"response\":{\"numFound\":64,\"start\":0,\"docs\":[\n"
+ + " {\n"
+ + " \"experimental_method\":[\"X-ray diffraction\"],\n"
+ + " \"pdb_id\":\"4ofb\",\n"
+ + " \"resolution\":3.05,\n"
+ + " \"title\":\"Crystal structure of human BRCA1 BRCT in complex with nonphosphopeptide inhibitor\"},\n"
+ + " {\n"
+ + " \"experimental_method\":[\"X-ray diffraction\"],\n"
+ + " \"pdb_id\":\"3pxe\",\n"
+ + " \"resolution\":2.85,\n"
+ + " \"title\":\"Impact of BRCA1 BRCT domain missense substitutions on phospho-peptide recognition: E1836K\"},\n"
+ + " {\n"
+ + " \"experimental_method\":[\"X-ray diffraction\"],\n"
+ + " \"pdb_id\":\"4jlu\",\n"
+ + " \"resolution\":3.5,\n"
+ + " \"title\":\"Crystal structure of BRCA1 BRCT with doubly phosphorylated Abraxas\"},\n"
+ + " {\n"
+ + " \"experimental_method\":[\"X-ray diffraction\"],\n"
+ + " \"pdb_id\":\"4y2g\",\n"
+ + " \"resolution\":2.5,\n"
+ + " \"title\":\"Structure of BRCA1 BRCT domains in complex with Abraxas single phosphorylated peptide\"},\n"
+ + " {\n"
+ + " \"experimental_method\":[\"Solution NMR\"],\n"
+ + " \"pdb_id\":\"1oqa\",\n"
+ + " \"title\":\"Solution structure of the BRCT-c domain from human BRCA1\"},\n"
+ + " {\n"
+ + " \"experimental_method\":[\"X-ray diffraction\"],\n"
+ + " \"pdb_id\":\"4u4a\",\n"
+ + " \"resolution\":3.51,\n"
+ + " \"title\":\"Complex Structure of BRCA1 BRCT with singly phospho Abraxas\"},\n"
+ + " {\n"
+ + " \"experimental_method\":[\"X-ray diffraction\"],\n"
+ + " \"pdb_id\":\"1t2v\",\n"
+ + " \"resolution\":3.3,\n"
+ + " \"title\":\"Structural basis of phospho-peptide recognition by the BRCT domain of BRCA1, structure with phosphopeptide\"},\n"
+ + " {\n"
+ + " \"experimental_method\":[\"X-ray diffraction\"],\n"
+ + " \"pdb_id\":\"3k15\",\n"
+ + " \"resolution\":2.8,\n"
+ + " \"title\":\"Crystal Structure of BRCA1 BRCT D1840T in complex with a minimal recognition tetrapeptide with an amidated C-terminus\"},\n"
+ + " {\n"
+ + " \"experimental_method\":[\"X-ray diffraction\"],\n"
+ + " \"pdb_id\":\"1t15\",\n"
+ + " \"resolution\":1.85,\n"
+ + " \"title\":\"Crystal Structure of the Brca1 BRCT Domains in Complex with the Phosphorylated Interacting Region from Bach1 Helicase\"},\n"
+ + " {\n"
+ + " \"experimental_method\":[\"X-ray diffraction\"],\n"
+ + " \"pdb_id\":\"3k16\",\n"
+ + " \"resolution\":3.0,\n"
+ + " \"title\":\"Crystal Structure of BRCA1 BRCT D1840T in complex with a minimal recognition tetrapeptide with a free carboxy C-terminus\"},\n"
+ + " {\n"
+ + " \"experimental_method\":[\"X-ray diffraction\"],\n"
+ + " \"pdb_id\":\"1t29\",\n"
+ + " \"resolution\":2.3,\n"
+ + " \"title\":\"Crystal structure of the BRCA1 BRCT repeats bound to a phosphorylated BACH1 peptide\"},\n"
+ + " {\n"
+ + " \"experimental_method\":[\"X-ray diffraction\"],\n"
+ + " \"pdb_id\":\"1y98\",\n"
+ + " \"resolution\":2.5,\n"
+ + " \"title\":\"Structure of the BRCT repeats of BRCA1 bound to a CtIP phosphopeptide.\"},\n"
+ + " {\n"
+ + " \"experimental_method\":[\"X-ray diffraction\"],\n"
+ + " \"pdb_id\":\"4ifi\",\n"
+ + " \"resolution\":2.2,\n"
+ + " \"title\":\"Structure of human BRCA1 BRCT in complex with BAAT peptide\"},\n"
+ + " {\n"
+ + " \"experimental_method\":[\"X-ray diffraction\"],\n"
+ + " \"pdb_id\":\"3k0k\",\n"
+ + " \"resolution\":2.7,\n"
+ + " \"title\":\"Crystal Structure of BRCA1 BRCT in complex with a minimal recognition tetrapeptide with a free carboxy C-terminus.\"},\n"
+ + " {\n"
+ + " \"experimental_method\":[\"X-ray diffraction\"],\n"
+ + " \"pdb_id\":\"3k0h\",\n"
+ + " \"resolution\":2.7,\n"
+ + " \"title\":\"The crystal structure of BRCA1 BRCT in complex with a minimal recognition tetrapeptide with an amidated C-terminus\"},\n"
+ + " {\n"
+ + " \"experimental_method\":[\"X-ray diffraction\"],\n"
+ + " \"pdb_id\":\"3pxd\",\n"
+ + " \"resolution\":2.8,\n"
+ + " \"title\":\"Impact of BRCA1 BRCT domain missense substitutions on phospho-peptide recognition: R1835P\"},\n"
+ + " {\n"
+ + " \"experimental_method\":[\"X-ray diffraction\"],\n"
+ + " \"pdb_id\":\"3pxc\",\n"
+ + " \"resolution\":2.8,\n"
+ + " \"title\":\"Impact of BRCA1 BRCT domain missense substitutions on phospho-peptide recognition: R1699Q\"},\n"
+ + " {\n"
+ + " \"experimental_method\":[\"X-ray diffraction\"],\n"
+ + " \"pdb_id\":\"3pxa\",\n"
+ + " \"resolution\":2.55,\n"
+ + " \"title\":\"Impact of BRCA1 BRCT domain missense substitutions on phospho-peptide recognition: G1656D\"},\n"
+ + " {\n"
+ + " \"experimental_method\":[\"X-ray diffraction\"],\n"
+ + " \"pdb_id\":\"1jnx\",\n"
+ + " \"resolution\":2.5,\n"
+ + " \"title\":\"Crystal structure of the BRCT repeat region from the breast cancer associated protein, BRCA1\"},\n"
+ + " {\n"
+ + " \"experimental_method\":[\"X-ray diffraction\"],\n"
+ + " \"pdb_id\":\"4igk\",\n"
+ + " \"resolution\":1.75,\n"
+ + " \"title\":\"Structure of human BRCA1 BRCT in complex with ATRIP peptide\"},\n"
+ + " {\n"
+ + " \"experimental_method\":[\"Solution NMR\"],\n"
+ + " \"pdb_id\":\"1jm7\",\n"
+ + " \"title\":\"Solution structure of the BRCA1/BARD1 RING-domain heterodimer\"},\n"
+ + " {\n"
+ + " \"experimental_method\":[\"X-ray diffraction\"],\n"
+ + " \"pdb_id\":\"4jlu\",\n"
+ + " \"resolution\":3.5,\n"
+ + " \"title\":\"Crystal structure of BRCA1 BRCT with doubly phosphorylated Abraxas\"},\n"
+ + " {\n"
+ + " \"experimental_method\":[\"Electron Microscopy\"],\n"
+ + " \"pdb_id\":\"6g2i\",\n"
+ + " \"resolution\":5.9,\n"
+ + " \"title\":\"Filament of acetyl-CoA carboxylase and BRCT domains of BRCA1 (ACC-BRCT) at 5.9 A resolution\"},\n"
+ + " {\n"
+ + " \"experimental_method\":[\"X-ray diffraction\"],\n"
+ + " \"pdb_id\":\"3coj\",\n"
+ + " \"resolution\":3.21,\n"
+ + " \"title\":\"Crystal Structure of the BRCT Domains of Human BRCA1 in Complex with a Phosphorylated Peptide from Human Acetyl-CoA Carboxylase 1\"},\n"
+ + " {\n"
+ + " \"experimental_method\":[\"X-ray diffraction\"],\n"
+ + " \"pdb_id\":\"3pxb\",\n"
+ + " \"resolution\":2.5,\n"
+ + " \"title\":\"Impact of BRCA1 BRCT domain missense substitutions on phospho-peptide recognition: T1700A\"},\n"
+ + " {\n"
+ + " \"experimental_method\":[\"X-ray diffraction\"],\n"
+ + " \"pdb_id\":\"1t2u\",\n"
+ + " \"resolution\":2.8,\n"
+ + " \"title\":\"Structural basis of phosphopeptide recognition by the BRCT domain of BRCA1: structure of BRCA1 missense variant V1809F\"},\n"
+ + " {\n"
+ + " \"experimental_method\":[\"X-ray diffraction\"],\n"
+ + " \"pdb_id\":\"1n5o\",\n"
+ + " \"resolution\":2.8,\n"
+ + " \"title\":\"Structural consequences of a cancer-causing BRCA1-BRCT missense mutation\"},\n"
+ + " {\n"
+ + " \"experimental_method\":[\"X-ray diffraction\"],\n"
+ + " \"pdb_id\":\"4u4a\",\n"
+ + " \"resolution\":3.51,\n"
+ + " \"title\":\"Complex Structure of BRCA1 BRCT with singly phospho Abraxas\"},\n"
+ + " {\n"
+ + " \"experimental_method\":[\"X-ray diffraction\"],\n"
+ + " \"pdb_id\":\"4y2g\",\n"
+ + " \"resolution\":2.5,\n"
+ + " \"title\":\"Structure of BRCA1 BRCT domains in complex with Abraxas single phosphorylated peptide\"},\n"
+ + " {\n"
+ + " \"experimental_method\":[\"X-ray diffraction\"],\n"
+ + " \"pdb_id\":\"3pxe\",\n"
+ + " \"resolution\":2.85,\n"
+ + " \"title\":\"Impact of BRCA1 BRCT domain missense substitutions on phospho-peptide recognition: E1836K\"},\n"
+ + " {\n"
+ + " \"experimental_method\":[\"X-ray diffraction\"],\n"
+ + " \"pdb_id\":\"4ofb\",\n"
+ + " \"resolution\":3.05,\n"
+ + " \"title\":\"Crystal structure of human BRCA1 BRCT in complex with nonphosphopeptide inhibitor\"},\n"
+ + " {\n"
+ + " \"experimental_method\":[\"X-ray diffraction\"],\n"
+ + " \"pdb_id\":\"4y18\",\n"
+ + " \"resolution\":3.5,\n"
+ + " \"title\":\"Structure of BRCA1 BRCT domains in complex with Abraxas double phosphorylated peptide\"},\n"
+ + " {\n"
+ + " \"experimental_method\":[\"X-ray diffraction\"],\n"
+ + " \"pdb_id\":\"2ing\",\n"
+ + " \"resolution\":3.6,\n"
+ + " \"title\":\"X-ray Structure of the BRCA1 BRCT mutant M1775K\"},\n"
+ + " {\n"
+ + " \"experimental_method\":[\"X-ray diffraction\"],\n"
+ + " \"pdb_id\":\"1t29\",\n"
+ + " \"resolution\":2.3,\n"
+ + " \"title\":\"Crystal structure of the BRCA1 BRCT repeats bound to a phosphorylated BACH1 peptide\"},\n"
+ + " {\n"
+ + " \"experimental_method\":[\"X-ray diffraction\"],\n"
+ + " \"pdb_id\":\"1t2v\",\n"
+ + " \"resolution\":3.3,\n"
+ + " \"title\":\"Structural basis of phospho-peptide recognition by the BRCT domain of BRCA1, structure with phosphopeptide\"},\n"
+ + " {\n"
+ + " \"experimental_method\":[\"X-ray diffraction\"],\n"
+ + " \"pdb_id\":\"1t15\",\n"
+ + " \"resolution\":1.85,\n"
+ + " \"title\":\"Crystal Structure of the Brca1 BRCT Domains in Complex with the Phosphorylated Interacting Region from Bach1 Helicase\"},\n"
+ + " {\n"
+ + " \"experimental_method\":[\"Solution NMR\"],\n"
+ + " \"pdb_id\":\"1jm7\",\n"
+ + " \"title\":\"Solution structure of the BRCA1/BARD1 RING-domain heterodimer\"},\n"
+ + " {\n"
+ + " \"experimental_method\":[\"X-ray diffraction\"],\n"
+ + " \"pdb_id\":\"4ifi\",\n"
+ + " \"resolution\":2.2,\n"
+ + " \"title\":\"Structure of human BRCA1 BRCT in complex with BAAT peptide\"},\n"
+ + " {\n"
+ + " \"experimental_method\":[\"X-ray diffraction\"],\n"
+ + " \"pdb_id\":\"4igk\",\n"
+ + " \"resolution\":1.75,\n"
+ + " \"title\":\"Structure of human BRCA1 BRCT in complex with ATRIP peptide\"},\n"
+ + " {\n"
+ + " \"experimental_method\":[\"X-ray diffraction\"],\n"
+ + " \"pdb_id\":\"1y98\",\n"
+ + " \"resolution\":2.5,\n"
+ + " \"title\":\"Structure of the BRCT repeats of BRCA1 bound to a CtIP phosphopeptide.\"},\n"
+ + " {\n"
+ + " \"experimental_method\":[\"X-ray diffraction\"],\n"
+ + " \"pdb_id\":\"3k15\",\n"
+ + " \"resolution\":2.8,\n"
+ + " \"title\":\"Crystal Structure of BRCA1 BRCT D1840T in complex with a minimal recognition tetrapeptide with an amidated C-terminus\"},\n"
+ + " {\n"
+ + " \"experimental_method\":[\"X-ray diffraction\"],\n"
+ + " \"pdb_id\":\"3k0k\",\n"
+ + " \"resolution\":2.7,\n"
+ + " \"title\":\"Crystal Structure of BRCA1 BRCT in complex with a minimal recognition tetrapeptide with a free carboxy C-terminus.\"},\n"
+ + " {\n"
+ + " \"experimental_method\":[\"X-ray diffraction\"],\n"
+ + " \"pdb_id\":\"3k16\",\n"
+ + " \"resolution\":3.0,\n"
+ + " \"title\":\"Crystal Structure of BRCA1 BRCT D1840T in complex with a minimal recognition tetrapeptide with a free carboxy C-terminus\"},\n"
+ + " {\n"
+ + " \"experimental_method\":[\"X-ray diffraction\"],\n"
+ + " \"pdb_id\":\"3k0h\",\n"
+ + " \"resolution\":2.7,\n"
+ + " \"title\":\"The crystal structure of BRCA1 BRCT in complex with a minimal recognition tetrapeptide with an amidated C-terminus\"},\n"
+ + " {\n"
+ + " \"experimental_method\":[\"X-ray diffraction\"],\n"
+ + " \"pdb_id\":\"4y18\",\n"
+ + " \"resolution\":3.5,\n"
+ + " \"title\":\"Structure of BRCA1 BRCT domains in complex with Abraxas double phosphorylated peptide\"},\n"
+ + " {\n"
+ + " \"experimental_method\":[\"X-ray diffraction\"],\n"
+ + " \"pdb_id\":\"3coj\",\n"
+ + " \"resolution\":3.21,\n"
+ + " \"title\":\"Crystal Structure of the BRCT Domains of Human BRCA1 in Complex with a Phosphorylated Peptide from Human Acetyl-CoA Carboxylase 1\"},\n"
+ + " {\n"
+ + " \"experimental_method\":[\"Electron Microscopy\"],\n"
+ + " \"pdb_id\":\"7jzv\",\n"
+ + " \"resolution\":3.9,\n"
+ + " \"title\":\"Cryo-EM structure of the BRCA1-UbcH5c/BARD1 E3-E2 module bound to a nucleosome\"},\n"
+ + " {\n"
+ + " \"experimental_method\":[\"Electron Microscopy\"],\n"
+ + " \"pdb_id\":\"7jzv\",\n"
+ + " \"resolution\":3.9,\n"
+ + " \"title\":\"Cryo-EM structure of the BRCA1-UbcH5c/BARD1 E3-E2 module bound to a nucleosome\"},\n"
+ + " {\n"
+ + " \"experimental_method\":[\"Electron Microscopy\"],\n"
+ + " \"pdb_id\":\"7lyb\",\n"
+ + " \"resolution\":3.28,\n"
+ + " \"title\":\"Cryo-EM structure of the human nucleosome core particle in complex with BRCA1-BARD1-UbcH5c\"},\n"
+ + " {\n"
+ + " \"experimental_method\":[\"Electron Microscopy\"],\n"
+ + " \"pdb_id\":\"7lyb\",\n"
+ + " \"resolution\":3.28,\n"
+ + " \"title\":\"Cryo-EM structure of the human nucleosome core particle in complex with BRCA1-BARD1-UbcH5c\"},\n"
+ + " {\n"
+ + " \"experimental_method\":[\"Electron Microscopy\"],\n"
+ + " \"pdb_id\":\"7lyb\",\n"
+ + " \"resolution\":3.28,\n"
+ + " \"title\":\"Cryo-EM structure of the human nucleosome core particle in complex with BRCA1-BARD1-UbcH5c\"},\n"
+ + " {\n"
+ + " \"experimental_method\":[\"Electron Microscopy\"],\n"
+ + " \"pdb_id\":\"7jzv\",\n"
+ + " \"resolution\":3.9,\n"
+ + " \"title\":\"Cryo-EM structure of the BRCA1-UbcH5c/BARD1 E3-E2 module bound to a nucleosome\"},\n"
+ + " {\n"
+ + " \"experimental_method\":[\"Electron Microscopy\"],\n"
+ + " \"pdb_id\":\"7lyb\",\n"
+ + " \"resolution\":3.28,\n"
+ + " \"title\":\"Cryo-EM structure of the human nucleosome core particle in complex with BRCA1-BARD1-UbcH5c\"},\n"
+ + " {\n"
+ + " \"experimental_method\":[\"Electron Microscopy\"],\n"
+ + " \"pdb_id\":\"7jzv\",\n"
+ + " \"resolution\":3.9,\n"
+ + " \"title\":\"Cryo-EM structure of the BRCA1-UbcH5c/BARD1 E3-E2 module bound to a nucleosome\"},\n"
+ + " {\n"
+ + " \"experimental_method\":[\"Electron Microscopy\"],\n"
+ + " \"pdb_id\":\"7lyb\",\n"
+ + " \"resolution\":3.28,\n"
+ + " \"title\":\"Cryo-EM structure of the human nucleosome core particle in complex with BRCA1-BARD1-UbcH5c\"},\n"
+ + " {\n"
+ + " \"experimental_method\":[\"Electron Microscopy\"],\n"
+ + " \"pdb_id\":\"7jzv\",\n"
+ + " \"resolution\":3.9,\n"
+ + " \"title\":\"Cryo-EM structure of the BRCA1-UbcH5c/BARD1 E3-E2 module bound to a nucleosome\"},\n"
+ + " {\n"
+ + " \"experimental_method\":[\"Electron Microscopy\"],\n"
+ + " \"pdb_id\":\"7lyb\",\n"
+ + " \"resolution\":3.28,\n"
+ + " \"title\":\"Cryo-EM structure of the human nucleosome core particle in complex with BRCA1-BARD1-UbcH5c\"},\n"
+ + " {\n"
+ + " \"experimental_method\":[\"Electron Microscopy\"],\n"
+ + " \"pdb_id\":\"7lyb\",\n"
+ + " \"resolution\":3.28,\n"
+ + " \"title\":\"Cryo-EM structure of the human nucleosome core particle in complex with BRCA1-BARD1-UbcH5c\"},\n"
+ + " {\n"
+ + " \"experimental_method\":[\"Electron Microscopy\"],\n"
+ + " \"pdb_id\":\"7lyb\",\n"
+ + " \"resolution\":3.28,\n"
+ + " \"title\":\"Cryo-EM structure of the human nucleosome core particle in complex with BRCA1-BARD1-UbcH5c\"},\n"
+ + " {\n"
+ + " \"experimental_method\":[\"Electron Microscopy\"],\n"
+ + " \"pdb_id\":\"7jzv\",\n"
+ + " \"resolution\":3.9,\n"
+ + " \"title\":\"Cryo-EM structure of the BRCA1-UbcH5c/BARD1 E3-E2 module bound to a nucleosome\"},\n"
+ + " {\n"
+ + " \"experimental_method\":[\"Electron Microscopy\"],\n"
+ + " \"pdb_id\":\"6g2i\",\n"
+ + " \"resolution\":5.9,\n"
+ + " \"title\":\"Filament of acetyl-CoA carboxylase and BRCT domains of BRCA1 (ACC-BRCT) at 5.9 A resolution\"},\n"
+ + " {\n"
+ + " \"experimental_method\":[\"Electron Microscopy\"],\n"
+ + " \"pdb_id\":\"7jzv\",\n"
+ + " \"resolution\":3.9,\n"
+ + " \"title\":\"Cryo-EM structure of the BRCA1-UbcH5c/BARD1 E3-E2 module bound to a nucleosome\"},\n"
+ + " {\n"
+ + " \"experimental_method\":[\"Electron Microscopy\"],\n"
+ + " \"pdb_id\":\"7lyb\",\n"
+ + " \"resolution\":3.28,\n"
+ + " \"title\":\"Cryo-EM structure of the human nucleosome core particle in complex with BRCA1-BARD1-UbcH5c\"},\n"
+ + " {\n"
+ + " \"experimental_method\":[\"Electron Microscopy\"],\n"
+ + " \"pdb_id\":\"7jzv\",\n"
+ + " \"resolution\":3.9,\n"
+ + " \"title\":\"Cryo-EM structure of the BRCA1-UbcH5c/BARD1 E3-E2 module bound to a nucleosome\"}]\n"
+ + " }}" };
+
+ mocks[1] = new String[2];
+ try {
+ mocks[1][0] = readJsonStringFromFile("test/jalview/fts/threedbeacons/p01308_pdbfts_query.txt").trim();
+ mocks[1][1] = readJsonStringFromFile("test/jalview/fts/threedbeacons/p01308_pdbfts_resp.txt").trim();
+ } catch (Throwable e)
+ {
+ Assert.fail("Couldn't read mock data.",e);
+ }
+
+ FTSRestClient.createMockFTSRestClient((FTSRestClient) PDBFTSRestClient.getInstance(), mocks);
+ }
}
import static org.testng.AssertJUnit.assertEquals;
import static org.testng.AssertJUnit.assertTrue;
+import java.io.IOException;
import java.net.URL;
import java.nio.charset.StandardCharsets;
import java.util.ArrayList;
import jalview.fts.core.FTSRestClient;
import jalview.fts.core.FTSRestRequest;
import jalview.fts.core.FTSRestResponse;
+import jalview.fts.service.pdb.PDBFTSRestClientTest;
import jalview.fts.service.threedbeacons.TDBeaconsFTSRestClient;
import jalview.gui.JvOptionPane;
}
private static String[][] mocks = { { "P38398.json",
- "{\"uniprot_entry\":{\"sequence_length\":1863,\"ac\":\"P38398\",\"id\":\"BRCA1_HUMAN\"},\"structures\":[{\"model_identifier\":\"4igk\",\"model_category\":\"EXPERIMENTALLY DETERMINED\",\"provider\":\"PDBe\",\"created\":\"2012-12-17\",\"sequence_identity\":100.0,\"uniprot_start\":1646,\"uniprot_end\":1859,\"resolution\":1.75,\"coverage\":11.49,\"model_url\":\"https://www.ebi.ac.uk/pdbe/static/entry/4igk_updated.cif\",\"model_format\":\"MMCIF\",\"experimental_method\":\"X-RAY DIFFRACTION\",\"model_page_url\":\"https://www.ebi.ac.uk/pdbe/entry/pdb/4igk\"},{\"model_identifier\":\"1t15\",\"model_category\":\"EXPERIMENTALLY DETERMINED\",\"provider\":\"PDBe\",\"created\":\"2004-04-15\",\"sequence_identity\":100.0,\"uniprot_start\":1646,\"uniprot_end\":1859,\"resolution\":1.85,\"coverage\":11.49,\"model_url\":\"https://www.ebi.ac.uk/pdbe/static/entry/1t15_updated.cif\",\"model_format\":\"MMCIF\",\"experimental_method\":\"X-RAY DIFFRACTION\",\"model_page_url\":\"https://www.ebi.ac.uk/pdbe/entry/pdb/1t15\"},{\"model_identifier\":\"4ifi\",\"model_category\":\"EXPERIMENTALLY DETERMINED\",\"provider\":\"PDBe\",\"created\":\"2012-12-14\",\"sequence_identity\":100.0,\"uniprot_start\":1646,\"uniprot_end\":1859,\"resolution\":2.2,\"coverage\":11.49,\"model_url\":\"https://www.ebi.ac.uk/pdbe/static/entry/4ifi_updated.cif\",\"model_format\":\"MMCIF\",\"experimental_method\":\"X-RAY DIFFRACTION\",\"model_page_url\":\"https://www.ebi.ac.uk/pdbe/entry/pdb/4ifi\"},{\"model_identifier\":\"1t29\",\"model_category\":\"EXPERIMENTALLY DETERMINED\",\"provider\":\"PDBe\",\"created\":\"2004-04-20\",\"sequence_identity\":100.0,\"uniprot_start\":1646,\"uniprot_end\":1859,\"resolution\":2.3,\"coverage\":11.49,\"model_url\":\"https://www.ebi.ac.uk/pdbe/static/entry/1t29_updated.cif\",\"model_format\":\"MMCIF\",\"experimental_method\":\"X-RAY DIFFRACTION\",\"model_page_url\":\"https://www.ebi.ac.uk/pdbe/entry/pdb/1t29\"},{\"model_identifier\":\"3pxb\",\"model_category\":\"EXPERIMENTALLY DETERMINED\",\"provider\":\"PDBe\",\"created\":\"2010-12-09\",\"sequence_identity\":100.0,\"uniprot_start\":1646,\"uniprot_end\":1859,\"resolution\":2.5,\"coverage\":11.49,\"model_url\":\"https://www.ebi.ac.uk/pdbe/static/entry/3pxb_updated.cif\",\"model_format\":\"MMCIF\",\"experimental_method\":\"X-RAY DIFFRACTION\",\"model_page_url\":\"https://www.ebi.ac.uk/pdbe/entry/pdb/3pxb\"},{\"model_identifier\":\"4y2g\",\"model_category\":\"EXPERIMENTALLY DETERMINED\",\"provider\":\"PDBe\",\"created\":\"2015-02-09\",\"sequence_identity\":100.0,\"uniprot_start\":1646,\"uniprot_end\":1859,\"resolution\":2.5,\"coverage\":11.49,\"model_url\":\"https://www.ebi.ac.uk/pdbe/static/entry/4y2g_updated.cif\",\"model_format\":\"MMCIF\",\"experimental_method\":\"X-RAY DIFFRACTION\",\"model_page_url\":\"https://www.ebi.ac.uk/pdbe/entry/pdb/4y2g\"},{\"model_identifier\":\"1y98\",\"model_category\":\"EXPERIMENTALLY DETERMINED\",\"provider\":\"PDBe\",\"created\":\"2004-12-14\",\"sequence_identity\":100.0,\"uniprot_start\":1646,\"uniprot_end\":1859,\"resolution\":2.5,\"coverage\":11.49,\"model_url\":\"https://www.ebi.ac.uk/pdbe/static/entry/1y98_updated.cif\",\"model_format\":\"MMCIF\",\"experimental_method\":\"X-RAY DIFFRACTION\",\"model_page_url\":\"https://www.ebi.ac.uk/pdbe/entry/pdb/1y98\"},{\"model_identifier\":\"1jnx\",\"model_category\":\"EXPERIMENTALLY DETERMINED\",\"provider\":\"PDBe\",\"created\":\"2001-07-26\",\"sequence_identity\":100.0,\"uniprot_start\":1646,\"uniprot_end\":1859,\"resolution\":2.5,\"coverage\":11.49,\"model_url\":\"https://www.ebi.ac.uk/pdbe/static/entry/1jnx_updated.cif\",\"model_format\":\"MMCIF\",\"experimental_method\":\"X-RAY DIFFRACTION\",\"model_page_url\":\"https://www.ebi.ac.uk/pdbe/entry/pdb/1jnx\"},{\"model_identifier\":\"3pxa\",\"model_category\":\"EXPERIMENTALLY DETERMINED\",\"provider\":\"PDBe\",\"created\":\"2010-12-09\",\"sequence_identity\":100.0,\"uniprot_start\":1646,\"uniprot_end\":1859,\"resolution\":2.55,\"coverage\":11.49,\"model_url\":\"https://www.ebi.ac.uk/pdbe/static/entry/3pxa_updated.cif\",\"model_format\":\"MMCIF\",\"experimental_method\":\"X-RAY DIFFRACTION\",\"model_page_url\":\"https://www.ebi.ac.uk/pdbe/entry/pdb/3pxa\"},{\"model_identifier\":\"3k0h\",\"model_category\":\"EXPERIMENTALLY DETERMINED\",\"provider\":\"PDBe\",\"created\":\"2009-09-24\",\"sequence_identity\":100.0,\"uniprot_start\":1646,\"uniprot_end\":1859,\"resolution\":2.7,\"coverage\":11.49,\"model_url\":\"https://www.ebi.ac.uk/pdbe/static/entry/3k0h_updated.cif\",\"model_format\":\"MMCIF\",\"experimental_method\":\"X-RAY DIFFRACTION\",\"model_page_url\":\"https://www.ebi.ac.uk/pdbe/entry/pdb/3k0h\"},{\"model_identifier\":\"3k0k\",\"model_category\":\"EXPERIMENTALLY DETERMINED\",\"provider\":\"PDBe\",\"created\":\"2009-09-24\",\"sequence_identity\":100.0,\"uniprot_start\":1646,\"uniprot_end\":1859,\"resolution\":2.7,\"coverage\":11.49,\"model_url\":\"https://www.ebi.ac.uk/pdbe/static/entry/3k0k_updated.cif\",\"model_format\":\"MMCIF\",\"experimental_method\":\"X-RAY DIFFRACTION\",\"model_page_url\":\"https://www.ebi.ac.uk/pdbe/entry/pdb/3k0k\"},{\"model_identifier\":\"1n5o\",\"model_category\":\"EXPERIMENTALLY DETERMINED\",\"provider\":\"PDBe\",\"created\":\"2002-11-06\",\"sequence_identity\":100.0,\"uniprot_start\":1646,\"uniprot_end\":1859,\"resolution\":2.8,\"coverage\":11.49,\"model_url\":\"https://www.ebi.ac.uk/pdbe/static/entry/1n5o_updated.cif\",\"model_format\":\"MMCIF\",\"experimental_method\":\"X-RAY DIFFRACTION\",\"model_page_url\":\"https://www.ebi.ac.uk/pdbe/entry/pdb/1n5o\"},{\"model_identifier\":\"3pxc\",\"model_category\":\"EXPERIMENTALLY DETERMINED\",\"provider\":\"PDBe\",\"created\":\"2010-12-09\",\"sequence_identity\":100.0,\"uniprot_start\":1646,\"uniprot_end\":1859,\"resolution\":2.8,\"coverage\":11.49,\"model_url\":\"https://www.ebi.ac.uk/pdbe/static/entry/3pxc_updated.cif\",\"model_format\":\"MMCIF\",\"experimental_method\":\"X-RAY DIFFRACTION\",\"model_page_url\":\"https://www.ebi.ac.uk/pdbe/entry/pdb/3pxc\"},{\"model_identifier\":\"3pxd\",\"model_category\":\"EXPERIMENTALLY DETERMINED\",\"provider\":\"PDBe\",\"created\":\"2010-12-09\",\"sequence_identity\":100.0,\"uniprot_start\":1646,\"uniprot_end\":1859,\"resolution\":2.8,\"coverage\":11.49,\"model_url\":\"https://www.ebi.ac.uk/pdbe/static/entry/3pxd_updated.cif\",\"model_format\":\"MMCIF\",\"experimental_method\":\"X-RAY DIFFRACTION\",\"model_page_url\":\"https://www.ebi.ac.uk/pdbe/entry/pdb/3pxd\"},{\"model_identifier\":\"1t2u\",\"model_category\":\"EXPERIMENTALLY DETERMINED\",\"provider\":\"PDBe\",\"created\":\"2004-04-22\",\"sequence_identity\":100.0,\"uniprot_start\":1646,\"uniprot_end\":1859,\"resolution\":2.8,\"coverage\":11.49,\"model_url\":\"https://www.ebi.ac.uk/pdbe/static/entry/1t2u_updated.cif\",\"model_format\":\"MMCIF\",\"experimental_method\":\"X-RAY DIFFRACTION\",\"model_page_url\":\"https://www.ebi.ac.uk/pdbe/entry/pdb/1t2u\"},{\"model_identifier\":\"3k15\",\"model_category\":\"EXPERIMENTALLY DETERMINED\",\"provider\":\"PDBe\",\"created\":\"2009-09-25\",\"sequence_identity\":100.0,\"uniprot_start\":1646,\"uniprot_end\":1859,\"resolution\":2.8,\"coverage\":11.49,\"model_url\":\"https://www.ebi.ac.uk/pdbe/static/entry/3k15_updated.cif\",\"model_format\":\"MMCIF\",\"experimental_method\":\"X-RAY DIFFRACTION\",\"model_page_url\":\"https://www.ebi.ac.uk/pdbe/entry/pdb/3k15\"},{\"model_identifier\":\"3pxe\",\"model_category\":\"EXPERIMENTALLY DETERMINED\",\"provider\":\"PDBe\",\"created\":\"2010-12-09\",\"sequence_identity\":100.0,\"uniprot_start\":1646,\"uniprot_end\":1859,\"resolution\":2.85,\"coverage\":11.49,\"model_url\":\"https://www.ebi.ac.uk/pdbe/static/entry/3pxe_updated.cif\",\"model_format\":\"MMCIF\",\"experimental_method\":\"X-RAY DIFFRACTION\",\"model_page_url\":\"https://www.ebi.ac.uk/pdbe/entry/pdb/3pxe\"},{\"model_identifier\":\"3k16\",\"model_category\":\"EXPERIMENTALLY DETERMINED\",\"provider\":\"PDBe\",\"created\":\"2009-09-25\",\"sequence_identity\":100.0,\"uniprot_start\":1646,\"uniprot_end\":1859,\"resolution\":3.0,\"coverage\":11.49,\"model_url\":\"https://www.ebi.ac.uk/pdbe/static/entry/3k16_updated.cif\",\"model_format\":\"MMCIF\",\"experimental_method\":\"X-RAY DIFFRACTION\",\"model_page_url\":\"https://www.ebi.ac.uk/pdbe/entry/pdb/3k16\"},{\"model_identifier\":\"4ofb\",\"model_category\":\"EXPERIMENTALLY DETERMINED\",\"provider\":\"PDBe\",\"created\":\"2014-01-14\",\"sequence_identity\":100.0,\"uniprot_start\":1646,\"uniprot_end\":1859,\"resolution\":3.05,\"coverage\":11.49,\"model_url\":\"https://www.ebi.ac.uk/pdbe/static/entry/4ofb_updated.cif\",\"model_format\":\"MMCIF\",\"experimental_method\":\"X-RAY DIFFRACTION\",\"model_page_url\":\"https://www.ebi.ac.uk/pdbe/entry/pdb/4ofb\"},{\"model_identifier\":\"3coj\",\"model_category\":\"EXPERIMENTALLY DETERMINED\",\"provider\":\"PDBe\",\"created\":\"2008-03-28\",\"sequence_identity\":100.0,\"uniprot_start\":1646,\"uniprot_end\":1859,\"resolution\":3.21,\"coverage\":11.49,\"model_url\":\"https://www.ebi.ac.uk/pdbe/static/entry/3coj_updated.cif\",\"model_format\":\"MMCIF\",\"experimental_method\":\"X-RAY DIFFRACTION\",\"model_page_url\":\"https://www.ebi.ac.uk/pdbe/entry/pdb/3coj\"},{\"model_identifier\":\"7lyb\",\"model_category\":\"EXPERIMENTALLY DETERMINED\",\"provider\":\"PDBe\",\"created\":\"2021-03-06\",\"sequence_identity\":100.0,\"uniprot_start\":1,\"uniprot_end\":100,\"resolution\":3.28,\"coverage\":5.37,\"model_url\":\"https://www.ebi.ac.uk/pdbe/static/entry/7lyb_updated.cif\",\"model_format\":\"MMCIF\",\"experimental_method\":\"ELECTRON MICROSCOPY\",\"model_page_url\":\"https://www.ebi.ac.uk/pdbe/entry/pdb/7lyb\"},{\"model_identifier\":\"1t2v\",\"model_category\":\"EXPERIMENTALLY DETERMINED\",\"provider\":\"PDBe\",\"created\":\"2004-04-22\",\"sequence_identity\":100.0,\"uniprot_start\":1646,\"uniprot_end\":1859,\"resolution\":3.3,\"coverage\":11.49,\"model_url\":\"https://www.ebi.ac.uk/pdbe/static/entry/1t2v_updated.cif\",\"model_format\":\"MMCIF\",\"experimental_method\":\"X-RAY DIFFRACTION\",\"model_page_url\":\"https://www.ebi.ac.uk/pdbe/entry/pdb/1t2v\"},{\"model_identifier\":\"4y18\",\"model_category\":\"EXPERIMENTALLY DETERMINED\",\"provider\":\"PDBe\",\"created\":\"2015-02-06\",\"sequence_identity\":100.0,\"uniprot_start\":1646,\"uniprot_end\":1859,\"resolution\":3.5,\"coverage\":11.49,\"model_url\":\"https://www.ebi.ac.uk/pdbe/static/entry/4y18_updated.cif\",\"model_format\":\"MMCIF\",\"experimental_method\":\"X-RAY DIFFRACTION\",\"model_page_url\":\"https://www.ebi.ac.uk/pdbe/entry/pdb/4y18\"},{\"model_identifier\":\"4jlu\",\"model_category\":\"EXPERIMENTALLY DETERMINED\",\"provider\":\"PDBe\",\"created\":\"2013-03-13\",\"sequence_identity\":100.0,\"uniprot_start\":1649,\"uniprot_end\":1859,\"resolution\":3.5,\"coverage\":11.33,\"model_url\":\"https://www.ebi.ac.uk/pdbe/static/entry/4jlu_updated.cif\",\"model_format\":\"MMCIF\",\"experimental_method\":\"X-RAY DIFFRACTION\",\"model_page_url\":\"https://www.ebi.ac.uk/pdbe/entry/pdb/4jlu\"},{\"model_identifier\":\"4u4a\",\"model_category\":\"EXPERIMENTALLY DETERMINED\",\"provider\":\"PDBe\",\"created\":\"2014-07-23\",\"sequence_identity\":100.0,\"uniprot_start\":1646,\"uniprot_end\":1859,\"resolution\":3.51,\"coverage\":11.49,\"model_url\":\"https://www.ebi.ac.uk/pdbe/static/entry/4u4a_updated.cif\",\"model_format\":\"MMCIF\",\"experimental_method\":\"X-RAY DIFFRACTION\",\"model_page_url\":\"https://www.ebi.ac.uk/pdbe/entry/pdb/4u4a\"},{\"model_identifier\":\"2ing\",\"model_category\":\"EXPERIMENTALLY DETERMINED\",\"provider\":\"PDBe\",\"created\":\"2006-10-07\",\"sequence_identity\":100.0,\"uniprot_start\":1649,\"uniprot_end\":1859,\"resolution\":3.6,\"coverage\":11.33,\"model_url\":\"https://www.ebi.ac.uk/pdbe/static/entry/2ing_updated.cif\",\"model_format\":\"MMCIF\",\"experimental_method\":\"X-RAY DIFFRACTION\",\"model_page_url\":\"https://www.ebi.ac.uk/pdbe/entry/pdb/2ing\"},{\"model_identifier\":\"7jzv\",\"model_category\":\"EXPERIMENTALLY DETERMINED\",\"provider\":\"PDBe\",\"created\":\"2020-09-02\",\"sequence_identity\":99.0,\"uniprot_start\":2,\"uniprot_end\":104,\"resolution\":3.9,\"coverage\":5.53,\"model_url\":\"https://www.ebi.ac.uk/pdbe/static/entry/7jzv_updated.cif\",\"model_format\":\"MMCIF\",\"experimental_method\":\"ELECTRON MICROSCOPY\",\"model_page_url\":\"https://www.ebi.ac.uk/pdbe/entry/pdb/7jzv\"},{\"model_identifier\":\"6g2i\",\"model_category\":\"EXPERIMENTALLY DETERMINED\",\"provider\":\"PDBe\",\"created\":\"2018-03-23\",\"sequence_identity\":100.0,\"uniprot_start\":1646,\"uniprot_end\":1859,\"resolution\":5.9,\"coverage\":11.49,\"model_url\":\"https://www.ebi.ac.uk/pdbe/static/entry/6g2i_updated.cif\",\"model_format\":\"MMCIF\",\"experimental_method\":\"ELECTRON MICROSCOPY\",\"model_page_url\":\"https://www.ebi.ac.uk/pdbe/entry/pdb/6g2i\"},{\"model_identifier\":\"1jm7\",\"model_category\":\"EXPERIMENTALLY DETERMINED\",\"provider\":\"PDBe\",\"created\":\"2001-07-17\",\"sequence_identity\":100.0,\"uniprot_start\":1,\"uniprot_end\":110,\"resolution\":null,\"coverage\":5.9,\"model_url\":\"https://www.ebi.ac.uk/pdbe/static/entry/1jm7_updated.cif\",\"model_format\":\"MMCIF\",\"experimental_method\":\"SOLUTION NMR\",\"model_page_url\":\"https://www.ebi.ac.uk/pdbe/entry/pdb/1jm7\"},{\"model_identifier\":\"1oqa\",\"model_category\":\"EXPERIMENTALLY DETERMINED\",\"provider\":\"PDBe\",\"created\":\"2003-03-07\",\"sequence_identity\":100.0,\"uniprot_start\":1755,\"uniprot_end\":1863,\"resolution\":null,\"coverage\":5.85,\"model_url\":\"https://www.ebi.ac.uk/pdbe/static/entry/1oqa_updated.cif\",\"model_format\":\"MMCIF\",\"experimental_method\":\"SOLUTION NMR\",\"model_page_url\":\"https://www.ebi.ac.uk/pdbe/entry/pdb/1oqa\"},{\"model_identifier\":\"614057b7a2b5cc6a7fcb50bd\",\"model_category\":\"TEMPLATE-BASED\",\"provider\":\"SWISS-MODEL\",\"created\":\"2021-09-14\",\"sequence_identity\":1.0,\"uniprot_start\":1646,\"uniprot_end\":1859,\"coverage\":0.115,\"confidence_version\":\"4.2.0\",\"confidence_avg_local_score\":0.776,\"model_url\":\"https://swissmodel.expasy.org/3d-beacons/uniprot/P38398.pdb?range=1646-1859&template=6g2i.1.K&provider=swissmodel\",\"model_format\":\"PDB\",\"confidence_type\":\"QMEANDisCo\"},{\"model_identifier\":\"614057b7a2b5cc6a7fcb50c1\",\"model_category\":\"TEMPLATE-BASED\",\"provider\":\"SWISS-MODEL\",\"created\":\"2021-09-14\",\"sequence_identity\":1.0,\"uniprot_start\":1,\"uniprot_end\":103,\"coverage\":0.055,\"confidence_version\":\"4.2.0\",\"confidence_avg_local_score\":0.655,\"model_url\":\"https://swissmodel.expasy.org/3d-beacons/uniprot/P38398.pdb?range=1-103&template=1jm7.1.A&provider=swissmodel\",\"model_format\":\"PDB\",\"confidence_type\":\"QMEANDisCo\"},{\"model_identifier\":\"AF-P38398-F1\",\"model_category\":\"DEEP-LEARNING\",\"provider\":\"AlphaFold DB\",\"created\":\"2021-07-01\",\"sequence_identity\":1.0,\"uniprot_start\":1,\"uniprot_end\":1863,\"coverage\":100.0,\"model_url\":\"https://alphafold.ebi.ac.uk/files/AF-P38398-F1-model_v1.cif\",\"model_format\":\"MMCIF\",\"model_page_url\":\"https://alphafold.ebi.ac.uk/entry/P38398\"}]}" },
- { "P01308.json",
-"{\"uniprot_entry\":{\"sequence_length\":110,\"ac\":\"P01308\",\"id\":\"INS_HUMAN\"},\"structures\":[{\"model_identifier\":\"3w7y\",\"model_category\":\"EXPERIMENTALLY DETERMINED\",\"provider\":\"PDBe\",\"created\":\"2013-03-11\",\"sequence_identity\":100.0,\"uniprot_start\":25,\"uniprot_end\":54,\"resolution\":0.92,\"coverage\":34.88,\"model_url\":\"https://www.ebi.ac.uk/pdbe/static/entry/3w7y_updated.cif\",\"model_format\":\"MMCIF\",\"model_page_url\":\"https://www.ebi.ac.uk/pdbe/entry/pdb/3w7y\"},{\"model_identifier\":\"3w7y\",\"model_category\":\"EXPERIMENTALLY DETERMINED\",\"provider\":\"PDBe\",\"created\":\"2013-03-11\",\"sequence_identity\":100.0,\"uniprot_start\":90,\"uniprot_end\":110,\"resolution\":0.92,\"coverage\":24.42,\"model_url\":\"https://www.ebi.ac.uk/pdbe/static/entry/3w7y_updated.cif\",\"model_format\":\"MMCIF\",\"model_page_url\":\"https://www.ebi.ac.uk/pdbe/entry/pdb/3w7y\"},{\"model_identifier\":\"5e7w\",\"model_category\":\"EXPERIMENTALLY 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DETERMINED\",\"provider\":\"PDBe\",\"created\":\"2014-01-14\",\"sequence_identity\":100.0,\"uniprot_start\":1646,\"uniprot_end\":1859,\"resolution\":3.05,\"coverage\":11.49,\"model_url\":\"https://www.ebi.ac.uk/pdbe/static/entry/4ofb_updated.cif\",\"model_format\":\"MMCIF\",\"model_page_url\":\"https://www.ebi.ac.uk/pdbe/entry/pdb/4ofb\"},{\"model_identifier\":\"3coj\",\"model_category\":\"EXPERIMENTALLY DETERMINED\",\"provider\":\"PDBe\",\"created\":\"2008-03-28\",\"sequence_identity\":100.0,\"uniprot_start\":1646,\"uniprot_end\":1859,\"resolution\":3.21,\"coverage\":11.49,\"model_url\":\"https://www.ebi.ac.uk/pdbe/static/entry/3coj_updated.cif\",\"model_format\":\"MMCIF\",\"model_page_url\":\"https://www.ebi.ac.uk/pdbe/entry/pdb/3coj\"},{\"model_identifier\":\"7lyb\",\"model_category\":\"EXPERIMENTALLY DETERMINED\",\"provider\":\"PDBe\",\"created\":\"2021-03-06\",\"sequence_identity\":100.0,\"uniprot_start\":1,\"uniprot_end\":100,\"resolution\":3.28,\"coverage\":5.37,\"model_url\":\"https://www.ebi.ac.uk/pdbe/static/entry/7lyb_updated.cif\",\"model_format\":\"MMCIF\",\"model_page_url\":\"https://www.ebi.ac.uk/pdbe/entry/pdb/7lyb\"},{\"model_identifier\":\"1t2v\",\"model_category\":\"EXPERIMENTALLY DETERMINED\",\"provider\":\"PDBe\",\"created\":\"2004-04-22\",\"sequence_identity\":100.0,\"uniprot_start\":1646,\"uniprot_end\":1859,\"resolution\":3.3,\"coverage\":11.49,\"model_url\":\"https://www.ebi.ac.uk/pdbe/static/entry/1t2v_updated.cif\",\"model_format\":\"MMCIF\",\"model_page_url\":\"https://www.ebi.ac.uk/pdbe/entry/pdb/1t2v\"},{\"model_identifier\":\"4y18\",\"model_category\":\"EXPERIMENTALLY DETERMINED\",\"provider\":\"PDBe\",\"created\":\"2015-02-06\",\"sequence_identity\":100.0,\"uniprot_start\":1646,\"uniprot_end\":1859,\"resolution\":3.5,\"coverage\":11.49,\"model_url\":\"https://www.ebi.ac.uk/pdbe/static/entry/4y18_updated.cif\",\"model_format\":\"MMCIF\",\"model_page_url\":\"https://www.ebi.ac.uk/pdbe/entry/pdb/4y18\"},{\"model_identifier\":\"4jlu\",\"model_category\":\"EXPERIMENTALLY DETERMINED\",\"provider\":\"PDBe\",\"created\":\"2013-03-13\",\"sequence_identity\":100.0,\"uniprot_start\":1649,\"uniprot_end\":1859,\"resolution\":3.5,\"coverage\":11.33,\"model_url\":\"https://www.ebi.ac.uk/pdbe/static/entry/4jlu_updated.cif\",\"model_format\":\"MMCIF\",\"model_page_url\":\"https://www.ebi.ac.uk/pdbe/entry/pdb/4jlu\"},{\"model_identifier\":\"4u4a\",\"model_category\":\"EXPERIMENTALLY DETERMINED\",\"provider\":\"PDBe\",\"created\":\"2014-07-23\",\"sequence_identity\":100.0,\"uniprot_start\":1646,\"uniprot_end\":1859,\"resolution\":3.51,\"coverage\":11.49,\"model_url\":\"https://www.ebi.ac.uk/pdbe/static/entry/4u4a_updated.cif\",\"model_format\":\"MMCIF\",\"model_page_url\":\"https://www.ebi.ac.uk/pdbe/entry/pdb/4u4a\"},{\"model_identifier\":\"2ing\",\"model_category\":\"EXPERIMENTALLY DETERMINED\",\"provider\":\"PDBe\",\"created\":\"2006-10-07\",\"sequence_identity\":100.0,\"uniprot_start\":1649,\"uniprot_end\":1859,\"resolution\":3.6,\"coverage\":11.33,\"model_url\":\"https://www.ebi.ac.uk/pdbe/static/entry/2ing_updated.cif\",\"model_format\":\"MMCIF\",\"model_page_url\":\"https://www.ebi.ac.uk/pdbe/entry/pdb/2ing\"},{\"model_identifier\":\"7jzv\",\"model_category\":\"EXPERIMENTALLY DETERMINED\",\"provider\":\"PDBe\",\"created\":\"2020-09-02\",\"sequence_identity\":99.0,\"uniprot_start\":2,\"uniprot_end\":104,\"resolution\":3.9,\"coverage\":5.53,\"model_url\":\"https://www.ebi.ac.uk/pdbe/static/entry/7jzv_updated.cif\",\"model_format\":\"MMCIF\",\"model_page_url\":\"https://www.ebi.ac.uk/pdbe/entry/pdb/7jzv\"},{\"model_identifier\":\"6g2i\",\"model_category\":\"EXPERIMENTALLY DETERMINED\",\"provider\":\"PDBe\",\"created\":\"2018-03-23\",\"sequence_identity\":100.0,\"uniprot_start\":1646,\"uniprot_end\":1859,\"resolution\":5.9,\"coverage\":11.49,\"model_url\":\"https://www.ebi.ac.uk/pdbe/static/entry/6g2i_updated.cif\",\"model_format\":\"MMCIF\",\"model_page_url\":\"https://www.ebi.ac.uk/pdbe/entry/pdb/6g2i\"},{\"model_identifier\":\"1jm7\",\"model_category\":\"EXPERIMENTALLY DETERMINED\",\"provider\":\"PDBe\",\"created\":\"2001-07-17\",\"sequence_identity\":100.0,\"uniprot_start\":1,\"uniprot_end\":110,\"resolution\":null,\"coverage\":5.9,\"model_url\":\"https://www.ebi.ac.uk/pdbe/static/entry/1jm7_updated.cif\",\"model_format\":\"MMCIF\",\"model_page_url\":\"https://www.ebi.ac.uk/pdbe/entry/pdb/1jm7\"},{\"model_identifier\":\"1oqa\",\"model_category\":\"EXPERIMENTALLY DETERMINED\",\"provider\":\"PDBe\",\"created\":\"2003-03-07\",\"sequence_identity\":100.0,\"uniprot_start\":1755,\"uniprot_end\":1863,\"resolution\":null,\"coverage\":5.85,\"model_url\":\"https://www.ebi.ac.uk/pdbe/static/entry/1oqa_updated.cif\",\"model_format\":\"MMCIF\",\"model_page_url\":\"https://www.ebi.ac.uk/pdbe/entry/pdb/1oqa\"},{\"model_identifier\":\"614057b7a2b5cc6a7fcb50bd\",\"model_category\":\"TEMPLATE-BASED\",\"provider\":\"SWISS-MODEL\",\"created\":\"2021-09-14\",\"sequence_identity\":1.0,\"uniprot_start\":1646,\"uniprot_end\":1859,\"coverage\":0.115,\"confidence_version\":\"4.2.0\",\"confidence_avg_local_score\":0.776,\"model_url\":\"https://swissmodel.expasy.org/3d-beacons/uniprot/P38398.pdb?range=1646-1859&template=6g2i.1.K&provider=swissmodel\",\"model_format\":\"PDB\",\"confidence_type\":\"QMEANDisCo\"},{\"model_identifier\":\"614057b7a2b5cc6a7fcb50c1\",\"model_category\":\"TEMPLATE-BASED\",\"provider\":\"SWISS-MODEL\",\"created\":\"2021-09-14\",\"sequence_identity\":1.0,\"uniprot_start\":1,\"uniprot_end\":103,\"coverage\":0.055,\"confidence_version\":\"4.2.0\",\"confidence_avg_local_score\":0.655,\"model_url\":\"https://swissmodel.expasy.org/3d-beacons/uniprot/P38398.pdb?range=1-103&template=1jm7.1.A&provider=swissmodel\",\"model_format\":\"PDB\",\"confidence_type\":\"QMEANDisCo\"},{\"model_identifier\":\"AF-P38398-F1\",\"model_category\":\"DEEP-LEARNING\",\"provider\":\"AlphaFold DB\",\"created\":\"2021-07-01\",\"sequence_identity\":1.0,\"uniprot_start\":1,\"uniprot_end\":1863,\"coverage\":100.0,\"model_url\":\"https://alphafold.ebi.ac.uk/files/AF-P38398-F1-model_v1.cif\",\"model_format\":\"MMCIF\",\"model_page_url\":\"https://alphafold.ebi.ac.uk/entry/P38398\"}]}" },
+ { "P01308.json",null}};
+ private static void setMockData()
+ {
+ try
+ {
+ mocks[1][1]= PDBFTSRestClientTest.readJsonStringFromFile("test/jalview/fts/threedbeacons/p01308_tdb_resp.txt");
+ } catch (IOException e)
+ {
+ Assert.fail("Couldn't read mock response data",e);
+ }
+ }
+
public static void setMock()
{
+ setMockData();
FTSRestClient.createMockFTSRestClient(
(FTSRestClient) TDBeaconsFTSRestClient.getInstance(),
mocks);
}
private static String dev_url = "https://wwwdev.ebi.ac.uk/pdbe/pdbe-kb/3dbeacons/api/uniprot/summary/";
+ private static String prod_url = "https://www.ebi.ac.uk/pdbe/pdbe-kb/3dbeacons/api/uniprot/summary/";
/**
* check that the mock request and response are the same as the response from
@Test(groups = { "Network", "Integration" })
public void verifyMockTDBRequest() throws Exception
{
+ setMockData();
for (String[] otherMock:mocks)
{
verifyMockTDBRequest(otherMock[0],otherMock[1]);
}
private void verifyMockTDBRequest(String mockRequest, String _mockResponse) throws Exception
{
- URL tdb_req = new URL(dev_url + mockRequest);
+ URL tdb_req = new URL(prod_url + mockRequest);
byte[] resp = tdb_req.openStream().readAllBytes();
String tresp = new String(resp, StandardCharsets.UTF_8);
assertEquals(_mockResponse.trim(), tresp.trim());
--- /dev/null
+https://www.ebi.ac.uk/pdbe/search/pdb/select?wt=json&fl=pdb_id,title,experimental_method,resolution&rows=500&start=0&q=(3w7y+OR+3w7y+OR+5e7w+OR+5e7w+OR+5hqi+OR+5hqi+OR+1mso+OR+1mso+OR+3hyd+OR+6ver+OR+6ver+OR+4fka+OR+4fka+OR+3tt8+OR+3tt8+OR+3w7z+OR+3w7z+OR+5usp+OR+5usp+OR+5uoz+OR+5uoz+OR+5urt+OR+5urt+OR+1g7a+OR+4ajx+OR+1g7a+OR+4ajx+OR+5uu2+OR+5uu2+OR+6gv0+OR+6gv0+OR+5hrq+OR+5hrq+OR+1g7b+OR+5usv+OR+3bxq+OR+1g7b+OR+5usv+OR+3bxq+OR+5uqa+OR+5uqa+OR+5hpr+OR+5hpr+OR+5udp+OR+5udp+OR+3fq9+OR+5ena+OR+3exx+OR+6s34+OR+5ena+OR+3exx+OR+6s34+OR+3fq9+OR+6tc2+OR+2omh+OR+2omh+OR+4nib+OR+4cy7+OR+3w80+OR+1ben+OR+7nhu+OR+4nib+OR+4cy7+OR+7nhu+OR+3w80+OR+1ben+OR+6vet+OR+6vet+OR+4ey1+OR+4ey9+OR+4eyd+OR+4ey1+OR+4ey9+OR+4eyd+OR+4xc4+OR+4xc4+OR+1zeh+OR+2wrx+OR+2ws6+OR+2ws6+OR+4cxl+OR+5en9+OR+4p65+OR+2c8r+OR+6s4j+OR+1zeh+OR+2wrx+OR+2ws6+OR+2c8r+OR+4cxl+OR+5en9+OR+4p65+OR+6s4j+OR+6s4i+OR+6s4i+OR+2omg+OR+2omg+OR+4eyn+OR+4eyn+OR+5bqq+OR+5bqq+OR+4exx+OR+5t7r+OR+4exx+OR+5t7r+OR+2wru+OR+2wru+OR+6o17+OR+6o17+OR+4une+OR+4une+OR+4eyp+OR+4f1b+OR+4eyp+OR+4f1b+OR+1zeg+OR+2ws1+OR+3zu1+OR+1trz+OR+4iuz+OR+3i3z+OR+1uz9+OR+3e7y+OR+3i3z+OR+1zeg+OR+2ws1+OR+1uz9+OR+3zu1+OR+3e7y+OR+1trz+OR+4iuz+OR+6tyh+OR+6tyh+OR+6nwv+OR+6nwv+OR+1guj+OR+1guj+OR+4f1d+OR+4f1g+OR+4f4t+OR+4f4v+OR+4f51+OR+4f1d+OR+4f1g+OR+4f4t+OR+4f4v+OR+4f51+OR+4ex1+OR+4ex1+OR+4iyd+OR+4iyd+OR+3utq+OR+4f0o+OR+4f0o+OR+4f8f+OR+4f8f+OR+4f0n+OR+4f0n+OR+5c0d+OR+4f1f+OR+4f1f+OR+3zi3+OR+4f1c+OR+4cxn+OR+5cny+OR+5co2+OR+2oly+OR+2olz+OR+5boq+OR+5viz+OR+3e7z+OR+3zi3+OR+4f1c+OR+4cxn+OR+5cny+OR+3e7z+OR+5co2+OR+2oly+OR+2olz+OR+5boq+OR+5viz+OR+4rxw+OR+4rxw+OR+5bts+OR+5bts+OR+4gbc+OR+4gbc+OR+1ev3+OR+1ev3+OR+4ewz+OR+4ewz+OR+4f1a+OR+2vjz+OR+1rwe+OR+5co6+OR+6p4z+OR+1xda+OR+4ajz+OR+4iyf+OR+2ceu+OR+4f1a+OR+2ceu+OR+2vjz+OR+1rwe+OR+1xda+OR+5co6+OR+4ajz+OR+6p4z+OR+4iyf+OR+4ung+OR+4ung+OR+6h3m+OR+6h3m+OR+3inc+OR+3i40+OR+6ves+OR+3i40+OR+6ves+OR+3inc+OR+4z77+OR+4ex0+OR+4ex0+OR+4gbn+OR+4gbn+OR+5mt9+OR+5mt9+OR+4z76+OR+3ilg+OR+3zqr+OR+3kq6+OR+1ev6+OR+1evr+OR+1tyl+OR+1tym+OR+5bpo+OR+1htv+OR+2ws4+OR+1htv+OR+2ws4+OR+3ilg+OR+3zqr+OR+3kq6+OR+1ev6+OR+1evr+OR+1tyl+OR+1tym+OR+5bpo+OR+5co9+OR+5co9+OR+1os3+OR+2c8q+OR+2c8q+OR+1os3+OR+2om1+OR+3zs2+OR+2om1+OR+3zs2+OR+5uu4+OR+5uu4+OR+3u4n+OR+4efx+OR+3u4n+OR+4efx+OR+1q4v+OR+3p2x+OR+2qiu+OR+3v19+OR+1j73+OR+1qiz+OR+1znj+OR+2r36+OR+2w44+OR+2qiu+OR+2r36+OR+1q4v+OR+3p2x+OR+3v19+OR+1j73+OR+1qiz+OR+1znj+OR+2w44+OR+2omq+OR+4fg3+OR+4fg3+OR+4akj+OR+4akj+OR+5mt3+OR+5mt3+OR+2om0+OR+3q6e+OR+2om0+OR+3q6e+OR+5uss+OR+5uss+OR+1w8p+OR+2r35+OR+2r35+OR+1w8p+OR+2ws0+OR+2ws0+OR+2wrv+OR+2wrv+OR+6z7y+OR+5mam+OR+3v1g+OR+2vk0+OR+3ir0+OR+5hpu+OR+2g56+OR+6gnq+OR+6z7y+OR+5mam+OR+3v1g+OR+2vk0+OR+3ir0+OR+5hpu+OR+6gnq+OR+4ewx+OR+4ewx+OR+2omi+OR+2omi+OR+5uu3+OR+1os4+OR+2g54+OR+6ck2+OR+2r34+OR+2r34+OR+5uu3+OR+1os4+OR+6ck2+OR+4ak0+OR+4ak0+OR+3p33+OR+5ems+OR+1qiy+OR+1lph+OR+3rov+OR+4eww+OR+1xw7+OR+3p33+OR+5ems+OR+1qiy+OR+1lph+OR+3rov+OR+4eww+OR+1xw7+OR+4z78+OR+4wdi+OR+1qj0+OR+4gbk+OR+1qj0+OR+4gbk+OR+1jk8+OR+5uru+OR+2wrw+OR+2wrw+OR+5uru+OR+6z7w+OR+6z7w+OR+1jca+OR+3jsd+OR+1b9e+OR+4gbl+OR+1jca+OR+3jsd+OR+1b9e+OR+4gbl+OR+4y19+OR+4gbi+OR+4gbi+OR+2ws7+OR+2ws7+OR+2wby+OR+2wby+OR+3utt+OR+3uts+OR+4unh+OR+4unh+OR+2wc0+OR+2wc0+OR+5wdm+OR+6vep+OR+6vep+OR+5hyj+OR+6hn5+OR+6hn5+OR+5cjo+OR+4oga+OR+4oga+OR+6b70+OR+6b3q+OR+6bfc+OR+7bw8+OR+3w11+OR+3w11+OR+5wob+OR+4y1a+OR+7bw7+OR+6sof+OR+6ce9+OR+6sof+OR+3w12+OR+3w12+OR+3w13+OR+3w13+OR+6jk8+OR+6ceb+OR+7bwa+OR+6ce7+OR+6jr3+OR+6jr3+OR+2kqp+OR+1efe+OR+6u46+OR+1sju+OR+5mwq+OR+6k59+OR+1t0c+OR+5mhd+OR+2lgb+OR+2mvd+OR+2mvc+OR+1k3m+OR+2juu+OR+1hiq+OR+2juv+OR+2rn5+OR+2kxk+OR+2hiu+OR+2l1y+OR+2l1z+OR+2kju+OR+1xgl+OR+1jco+OR+2jv1+OR+2kqq+OR+1fu2+OR+1kmf+OR+1vkt+OR+1fub+OR+2n2x+OR+2n2v+OR+2n2w+OR+1t1k+OR+1t1p+OR+1t1q+OR+2mpg+OR+1sf1+OR+2mpi+OR+2jmn+OR+2k9r+OR+6x4x+OR+1lkq+OR+2m1d+OR+2m1e+OR+2mli+OR+2hh4+OR+2m2m+OR+2aiy+OR+1hit+OR+2hho+OR+1hls+OR+2m2n+OR+2m2o+OR+2m2p+OR+3aiy+OR+4aiy+OR+5aiy+OR+2kjj+OR+2k91+OR+1ai0+OR+1aiy+OR+2h67+OR+1mhi+OR+2jum+OR+1sjt+OR+1a7f+OR+1iog+OR+1ioh+OR+1mhj+OR+1hui+OR+1his+OR+2mvc+OR+2mvd+OR+1k3m+OR+2juu+OR+1hiq+OR+2juv+OR+2rn5+OR+2kxk+OR+2hiu+OR+2l1z+OR+2l1y+OR+1sjt+OR+2kju+OR+1xgl+OR+1jco+OR+2jv1+OR+1a7f+OR+1iog+OR+1ioh+OR+2kqq+OR+1fu2+OR+1kmf+OR+1vkt+OR+1fub+OR+2n2v+OR+2n2w+OR+2n2x+OR+1t1k+OR+1t1p+OR+1t1q+OR+2mpg+OR+1sf1+OR+5mwq+OR+2mpi+OR+2jmn+OR+2k9r+OR+6x4x+OR+5mhd+OR+1lkq+OR+2lgb+OR+2m1d+OR+2m1e+OR+2mli+OR+2hh4+OR+2m2m+OR+2aiy+OR+1his+OR+1hit+OR+2hho+OR+1hls+OR+2m2n+OR+2m2o+OR+2m2p+OR+3aiy+OR+4aiy+OR+5aiy+OR+1hui+OR+2kjj+OR+2k91+OR+1ai0+OR+1aiy+OR+2h67+OR+1mhi+OR+1mhj+OR+2jum+OR+6k59)+AND+molecule_sequence:%5B''+TO+*%5D+AND+status:REL&sort=
+
--- /dev/null
+{
+ "responseHeader":{
+ "status":0,
+ "QTime":6,
+ "params":{
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+ "experimental_method":["Solution NMR"],
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+ {
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+ "title":"Xray crystal structure of isotope-labeled human insulin"},
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+ "title":"X-Ray structure of Insulin Glargine"},
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+ "resolution":1.7,
+ "title":"X-Ray structure of Insulin Glargine"},
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+ {
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+ {
+ "experimental_method":["Solution NMR"],
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+ {
+ "experimental_method":["Solution NMR"],
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+ "experimental_method":["Solution NMR"],
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+ "title":"NMR STRUCTURE OF HUMAN INSULIN MUTANT ILE-A2-ALLO-ILE, HIS-B10-ASP, PRO-B28-LYS, LYS-B29-PRO, 15 STRUCTURES"},
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+ "pdb_id":"1kmf",
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+ "pdb_id":"1hui",
+ "title":"INSULIN MUTANT (B1, B10, B16, B27)GLU, DES-B30, NMR, 25 STRUCTURES"},
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+ "experimental_method":["Solution NMR"],
+ "pdb_id":"1hui",
+ "title":"INSULIN MUTANT (B1, B10, B16, B27)GLU, DES-B30, NMR, 25 STRUCTURES"},
+ {
+ "experimental_method":["Solution NMR"],
+ "pdb_id":"1a7f",
+ "title":"INSULIN MUTANT B16 GLU, B24 GLY, DES-B30, NMR, 20 STRUCTURES"},
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+ "experimental_method":["Solution NMR"],
+ "pdb_id":"1ioh",
+ "title":"INSULIN MUTANT A8 HIS,(B1, B10, B16, B27)GLU, DES-B30, NMR, 26 STRUCTURES"},
+ {
+ "experimental_method":["Electron Microscopy"],
+ "pdb_id":"6jr3",
+ "resolution":14.5,
+ "title":"Crystal structure of insulin hexamer fitted into cryo EM density map where each dimer was kept as rigid body"},
+ {
+ "experimental_method":["Electron Microscopy"],
+ "pdb_id":"6jr3",
+ "resolution":14.5,
+ "title":"Crystal structure of insulin hexamer fitted into cryo EM density map where each dimer was kept as rigid body"},
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+ "pdb_id":"5mwq",
+ "title":"Biosynthetic engineered A21K-B31K-B32R human insulin monomer structure in water/acetonitrile solution"},
+ {
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+ "pdb_id":"6x4x",
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+ {
+ "experimental_method":["Solution NMR"],
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+ "title":"B24Y DKP insulin"},
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+ "experimental_method":["X-ray diffraction"],
+ "pdb_id":"5t7r",
+ "resolution":1.55,
+ "title":"A6-A11 trans-dicarba human insulin"},
+ {
+ "experimental_method":["X-ray diffraction"],
+ "pdb_id":"5t7r",
+ "resolution":1.55,
+ "title":"A6-A11 trans-dicarba human insulin"},
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+ "resolution":1.35,
+ "title":"Xray crystal structure of isotope-labeled human insulin"},
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+ "resolution":1.7,
+ "title":"Crystal structure of the B24His-insulin - human analogue"},
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+ "resolution":1.7,
+ "title":"Crystal structure of the B24His-insulin - human analogue"},
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+ "experimental_method":["Solution NMR"],
+ "pdb_id":"2hho",
+ "title":"NMR structure of human insulin mutant GLY-B8-SER, HIS-B10-ASP PRO-B28-LYS, LYS-B29-PRO, 20 structures"},
+ {
+ "experimental_method":["Solution NMR"],
+ "pdb_id":"2juv",
+ "title":"AbaA3-DKP-insulin"},
+ {
+ "experimental_method":["Solution NMR"],
+ "pdb_id":"2juv",
+ "title":"AbaA3-DKP-insulin"},
+ {
+ "experimental_method":["Solution NMR"],
+ "pdb_id":"2jv1",
+ "title":"NMR structure of human insulin monomer in 35% CD3CN zinc free, 50 structures"},
+ {
+ "experimental_method":["Solution NMR"],
+ "pdb_id":"2juu",
+ "title":"allo-ThrA3 DKP-insulin"},
+ {
+ "experimental_method":["Solution NMR"],
+ "pdb_id":"2h67",
+ "title":"NMR structure of human insulin mutant HIS-B5-ALA, HIS-B10-ASP PRO-B28-LYS, LYS-B29-PRO, 20 structures"},
+ {
+ "experimental_method":["X-ray diffraction"],
+ "pdb_id":"2ws0",
+ "resolution":2.1,
+ "title":"Semi-synthetic analogue of human insulin NMeAlaB26-insulin at pH 7.5"},
+ {
+ "experimental_method":["Solution NMR"],
+ "pdb_id":"2rn5",
+ "title":"Humal Insulin Mutant B31Lys-B32Arg"},
+ {
+ "experimental_method":["Solution NMR"],
+ "pdb_id":"2rn5",
+ "title":"Humal Insulin Mutant B31Lys-B32Arg"},
+ {
+ "experimental_method":["X-ray diffraction"],
+ "pdb_id":"2qiu",
+ "resolution":2.0,
+ "title":"Structure of Human Arg-Insulin"},
+ {
+ "experimental_method":["Solution NMR"],
+ "pdb_id":"2lgb",
+ "title":"Modified A22Gly-B31Arg Human Insulin"},
+ {
+ "experimental_method":["Solution NMR"],
+ "pdb_id":"2lgb",
+ "title":"Modified A22Gly-B31Arg Human Insulin"},
+ {
+ "experimental_method":["X-ray diffraction"],
+ "pdb_id":"1os4",
+ "resolution":2.25,
+ "title":"Dehydrated T6 human insulin at 295 K"},
+ {
+ "experimental_method":["Solution NMR"],
+ "pdb_id":"1t1p",
+ "title":"NMR STRUCTURE OF HUMAN INSULIN MUTANT HIS-B10-ASP, VAL-B12-THR, PRO-B28-LYS, LYS-B29-PRO, 15 STRUCTURES"},
+ {
+ "experimental_method":["Solution NMR"],
+ "pdb_id":"1t1p",
+ "title":"NMR STRUCTURE OF HUMAN INSULIN MUTANT HIS-B10-ASP, VAL-B12-THR, PRO-B28-LYS, LYS-B29-PRO, 15 STRUCTURES"},
+ {
+ "experimental_method":["Solution NMR"],
+ "pdb_id":"2aiy",
+ "title":"R6 HUMAN INSULIN HEXAMER (SYMMETRIC), NMR, 20 STRUCTURES"},
+ {
+ "experimental_method":["Solution NMR"],
+ "pdb_id":"1sf1",
+ "title":"NMR STRUCTURE OF HUMAN INSULIN under Amyloidogenic Condition, 15 STRUCTURES"},
+ {
+ "experimental_method":["Solution NMR"],
+ "pdb_id":"1sf1",
+ "title":"NMR STRUCTURE OF HUMAN INSULIN under Amyloidogenic Condition, 15 STRUCTURES"},
+ {
+ "experimental_method":["Solution NMR"],
+ "pdb_id":"1t1q",
+ "title":"NMR STRUCTURE OF HUMAN INSULIN MUTANT HIS-B10-ASP, VAL-B12-ABA, PRO-B28-LYS, LYS-B29-PRO, 15 STRUCTURES"},
+ {
+ "experimental_method":["Solution NMR"],
+ "pdb_id":"1t1q",
+ "title":"NMR STRUCTURE OF HUMAN INSULIN MUTANT HIS-B10-ASP, VAL-B12-ABA, PRO-B28-LYS, LYS-B29-PRO, 15 STRUCTURES"},
+ {
+ "experimental_method":["X-ray diffraction"],
+ "pdb_id":"3i3z",
+ "resolution":1.6,
+ "title":"Human insulin"},
+ {
+ "experimental_method":["X-ray diffraction"],
+ "pdb_id":"3i3z",
+ "resolution":1.6,
+ "title":"Human insulin"},
+ {
+ "experimental_method":["X-ray diffraction"],
+ "pdb_id":"3i40",
+ "resolution":1.85,
+ "title":"Human insulin"},
+ {
+ "experimental_method":["Solution NMR"],
+ "pdb_id":"1iog",
+ "title":"INSULIN MUTANT A3 GLY,(B1, B10, B16, B27)GLU, DES-B30, NMR, 19 STRUCTURES"},
+ {
+ "experimental_method":["X-ray diffraction"],
+ "pdb_id":"1mso",
+ "resolution":1.0,
+ "title":"T6 Human Insulin at 1.0 A Resolution"},
+ {
+ "experimental_method":["Solution NMR"],
+ "pdb_id":"1jco",
+ "title":"Solution structure of the monomeric [Thr(B27)->Pro,Pro(B28)->Thr] insulin mutant (PT insulin)"},
+ {
+ "experimental_method":["Solution NMR"],
+ "pdb_id":"1a7f",
+ "title":"INSULIN MUTANT B16 GLU, B24 GLY, DES-B30, NMR, 20 STRUCTURES"},
+ {
+ "experimental_method":["Solution NMR"],
+ "pdb_id":"1hls",
+ "title":"NMR STRUCTURE OF THE HUMAN INSULIN-HIS(B16)"},
+ {
+ "experimental_method":["Solution NMR"],
+ "pdb_id":"1hls",
+ "title":"NMR STRUCTURE OF THE HUMAN INSULIN-HIS(B16)"},
+ {
+ "experimental_method":["Solution NMR"],
+ "pdb_id":"1ioh",
+ "title":"INSULIN MUTANT A8 HIS,(B1, B10, B16, B27)GLU, DES-B30, NMR, 26 STRUCTURES"},
+ {
+ "experimental_method":["X-ray diffraction"],
+ "pdb_id":"4iyd",
+ "resolution":1.66,
+ "title":"Insulin glargine crystal structure 1"},
+ {
+ "experimental_method":["X-ray diffraction"],
+ "pdb_id":"4iyd",
+ "resolution":1.66,
+ "title":"Insulin glargine crystal structure 1"},
+ {
+ "experimental_method":["X-ray diffraction"],
+ "pdb_id":"6s34",
+ "resolution":1.35,
+ "title":"Zinc free, dimeric human insulin determined to 1.35 Angstrom resolution"},
+ {
+ "experimental_method":["X-ray diffraction"],
+ "pdb_id":"6s34",
+ "resolution":1.35,
+ "title":"Zinc free, dimeric human insulin determined to 1.35 Angstrom resolution"},
+ {
+ "experimental_method":["X-ray diffraction"],
+ "pdb_id":"6ves",
+ "resolution":1.85,
+ "title":"Human insulin analog: [GluB10,HisA8,ArgA9]-DOI"},
+ {
+ "experimental_method":["X-ray diffraction"],
+ "pdb_id":"6ves",
+ "resolution":1.85,
+ "title":"Human insulin analog: [GluB10,HisA8,ArgA9]-DOI"},
+ {
+ "experimental_method":["X-ray diffraction"],
+ "pdb_id":"4unh",
+ "resolution":2.75,
+ "title":"Human insulin B26Gly mutant crystal structure"},
+ {
+ "experimental_method":["X-ray diffraction"],
+ "pdb_id":"4unh",
+ "resolution":2.75,
+ "title":"Human insulin B26Gly mutant crystal structure"},
+ {
+ "experimental_method":["Solution NMR"],
+ "pdb_id":"2mpg",
+ "title":"Solution structure of the [AibB8,LysB28,ProB29]-insulin analogue"},
+ {
+ "experimental_method":["X-ray diffraction"],
+ "pdb_id":"3w7y",
+ "resolution":0.92,
+ "title":"0.92A structure of 2Zn human insulin at 100K"},
+ {
+ "experimental_method":["X-ray diffraction"],
+ "pdb_id":"3w7y",
+ "resolution":0.92,
+ "title":"0.92A structure of 2Zn human insulin at 100K"},
+ {
+ "experimental_method":["X-ray diffraction"],
+ "pdb_id":"3w7z",
+ "resolution":1.15,
+ "title":"1.15A structure of human 2Zn insulin at 293K"},
+ {
+ "experimental_method":["X-ray diffraction"],
+ "pdb_id":"3w7z",
+ "resolution":1.15,
+ "title":"1.15A structure of human 2Zn insulin at 293K"},
+ {
+ "experimental_method":["X-ray diffraction"],
+ "pdb_id":"4ak0",
+ "resolution":2.28,
+ "title":"Ligand controlled assembly of hexamers, dihexamers, and linear multihexamer structures by an engineered acylated insulin"},
+ {
+ "experimental_method":["X-ray diffraction"],
+ "pdb_id":"4ak0",
+ "resolution":2.28,
+ "title":"Ligand controlled assembly of hexamers, dihexamers, and linear multihexamer structures by an engineered acylated insulin"},
+ {
+ "experimental_method":["X-ray diffraction"],
+ "pdb_id":"5uoz",
+ "resolution":1.1746387,
+ "title":"Insulin with proline analog FyP at position B28 in the T2 state"},
+ {
+ "experimental_method":["X-ray diffraction"],
+ "pdb_id":"5uoz",
+ "resolution":1.1746387,
+ "title":"Insulin with proline analog FyP at position B28 in the T2 state"},
+ {
+ "experimental_method":["X-ray diffraction"],
+ "pdb_id":"4ung",
+ "resolution":1.81,
+ "title":"Human insulin B26Asn mutant crystal structure"},
+ {
+ "experimental_method":["X-ray diffraction"],
+ "pdb_id":"2r35",
+ "resolution":2.08,
+ "title":"Crystal structure of RB human arg-insulin"},
+ {
+ "experimental_method":["Solution NMR"],
+ "pdb_id":"2hiu",
+ "title":"NMR STRUCTURE OF HUMAN INSULIN IN 20% ACETIC ACID, ZINC-FREE, 10 STRUCTURES"},
+ {
+ "experimental_method":["Solution NMR"],
+ "pdb_id":"2hiu",
+ "title":"NMR STRUCTURE OF HUMAN INSULIN IN 20% ACETIC ACID, ZINC-FREE, 10 STRUCTURES"},
+ {
+ "experimental_method":["Solution NMR"],
+ "pdb_id":"2m2m",
+ "title":"Structure of [L-HisB24] insulin analogue at pH 1.9"},
+ {
+ "experimental_method":["Solution NMR"],
+ "pdb_id":"2m2m",
+ "title":"Structure of [L-HisB24] insulin analogue at pH 1.9"},
+ {
+ "experimental_method":["X-ray diffraction"],
+ "pdb_id":"2wrx",
+ "resolution":1.5,
+ "title":"Semi-synthetic analogue of human insulin NMeAlaB26-insulin at pH 3.0"},
+ {
+ "experimental_method":["X-ray diffraction"],
+ "pdb_id":"2wrx",
+ "resolution":1.5,
+ "title":"Semi-synthetic analogue of human insulin NMeAlaB26-insulin at pH 3.0"},
+ {
+ "experimental_method":["Solution NMR"],
+ "pdb_id":"2hho",
+ "title":"NMR structure of human insulin mutant GLY-B8-SER, HIS-B10-ASP PRO-B28-LYS, LYS-B29-PRO, 20 structures"},
+ {
+ "experimental_method":["Solution NMR"],
+ "pdb_id":"2hh4",
+ "title":"NMR structure of human insulin mutant GLY-B8-D-SER, HIS-B10-ASP PRO-B28-LYS, LYS-B29-PRO, 20 structures"},
+ {
+ "experimental_method":["Solution NMR"],
+ "pdb_id":"2hh4",
+ "title":"NMR structure of human insulin mutant GLY-B8-D-SER, HIS-B10-ASP PRO-B28-LYS, LYS-B29-PRO, 20 structures"},
+ {
+ "experimental_method":["Solution NMR"],
+ "pdb_id":"2kxk",
+ "title":"Human Insulin Mutant A22Gly-B31Lys-B32Arg"},
+ {
+ "experimental_method":["Solution NMR"],
+ "pdb_id":"2kxk",
+ "title":"Human Insulin Mutant A22Gly-B31Lys-B32Arg"},
+ {
+ "experimental_method":["X-ray diffraction"],
+ "pdb_id":"4cxn",
+ "resolution":1.7,
+ "title":"Crystal structure of human insulin analogue (NMe-AlaB8)-insulin crystal form I"},
+ {
+ "experimental_method":["X-ray diffraction"],
+ "pdb_id":"4cxn",
+ "resolution":1.7,
+ "title":"Crystal structure of human insulin analogue (NMe-AlaB8)-insulin crystal form I"},
+ {
+ "experimental_method":["X-ray diffraction"],
+ "pdb_id":"2ws0",
+ "resolution":2.1,
+ "title":"Semi-synthetic analogue of human insulin NMeAlaB26-insulin at pH 7.5"},
+ {
+ "experimental_method":["Solution NMR"],
+ "pdb_id":"2kqq",
+ "title":"NMR structure of human insulin mutant gly-b8-d-ala, his-b10-asp, pro-b28-lys, lys-b29-pro, 20 structures"},
+ {
+ "experimental_method":["Solution NMR"],
+ "pdb_id":"2l1y",
+ "title":"NMR Structure of human insulin mutant GLY-B20-D-ALA, GLY-B23-D-ALA PRO-B28-LYS, LYS-B29-PRO, 20 Structures"},
+ {
+ "experimental_method":["X-ray diffraction"],
+ "pdb_id":"1os3",
+ "resolution":1.95,
+ "title":"Dehydrated T6 human insulin at 100 K"},
+ {
+ "experimental_method":["X-ray diffraction"],
+ "pdb_id":"1os3",
+ "resolution":1.95,
+ "title":"Dehydrated T6 human insulin at 100 K"},
+ {
+ "experimental_method":["Solution NMR"],
+ "pdb_id":"3aiy",
+ "title":"R6 HUMAN INSULIN HEXAMER (SYMMETRIC), NMR, REFINED AVERAGE STRUCTURE"},
+ {
+ "experimental_method":["Solution NMR"],
+ "pdb_id":"3aiy",
+ "title":"R6 HUMAN INSULIN HEXAMER (SYMMETRIC), NMR, REFINED AVERAGE STRUCTURE"},
+ {
+ "experimental_method":["Solution NMR"],
+ "pdb_id":"2aiy",
+ "title":"R6 HUMAN INSULIN HEXAMER (SYMMETRIC), NMR, 20 STRUCTURES"},
+ {
+ "experimental_method":["X-ray diffraction"],
+ "pdb_id":"3inc",
+ "resolution":1.85,
+ "title":"Crystal structure of human insulin with Ni+2 complex"},
+ {
+ "experimental_method":["X-ray diffraction"],
+ "pdb_id":"3inc",
+ "resolution":1.85,
+ "title":"Crystal structure of human insulin with Ni+2 complex"},
+ {
+ "experimental_method":["X-ray diffraction"],
+ "pdb_id":"1mso",
+ "resolution":1.0,
+ "title":"T6 Human Insulin at 1.0 A Resolution"},
+ {
+ "experimental_method":["Solution NMR"],
+ "pdb_id":"1mhi",
+ "title":"THREE-DIMENSIONAL SOLUTION STRUCTURE OF AN INSULIN DIMER. A STUDY OF THE B9(ASP) MUTANT OF HUMAN INSULIN USING NUCLEAR MAGNETIC RESONANCE DISTANCE GEOMETRY AND RESTRAINED MOLECULAR DYNAMICS"},
+ {
+ "experimental_method":["Solution NMR"],
+ "pdb_id":"1mhi",
+ "title":"THREE-DIMENSIONAL SOLUTION STRUCTURE OF AN INSULIN DIMER. A STUDY OF THE B9(ASP) MUTANT OF HUMAN INSULIN USING NUCLEAR MAGNETIC RESONANCE DISTANCE GEOMETRY AND RESTRAINED MOLECULAR DYNAMICS"},
+ {
+ "experimental_method":["Solution NMR"],
+ "pdb_id":"1mhj",
+ "title":"SOLUTION STRUCTURE OF THE SUPERACTIVE MONOMERIC DES-[PHE(B25)] HUMAN INSULIN MUTANT. ELUCIDATION OF THE STRUCTURAL BASIS FOR THE MONOMERIZATION OF THE DES-[PHE(B25)] INSULIN AND THE DIMERIZATION OF NATIVE INSULIN"},
+ {
+ "experimental_method":["Solution NMR"],
+ "pdb_id":"1mhj",
+ "title":"SOLUTION STRUCTURE OF THE SUPERACTIVE MONOMERIC DES-[PHE(B25)] HUMAN INSULIN MUTANT. ELUCIDATION OF THE STRUCTURAL BASIS FOR THE MONOMERIZATION OF THE DES-[PHE(B25)] INSULIN AND THE DIMERIZATION OF NATIVE INSULIN"},
+ {
+ "experimental_method":["Solution NMR"],
+ "pdb_id":"1aiy",
+ "title":"R6 HUMAN INSULIN HEXAMER (SYMMETRIC), NMR, 10 STRUCTURES"},
+ {
+ "experimental_method":["Solution NMR"],
+ "pdb_id":"2k91",
+ "title":"Enhancing the activity of insulin by stereospecific unfolding"},
+ {
+ "experimental_method":["Solution NMR"],
+ "pdb_id":"2k91",
+ "title":"Enhancing the activity of insulin by stereospecific unfolding"},
+ {
+ "experimental_method":["X-ray diffraction"],
+ "pdb_id":"4iyf",
+ "resolution":1.8,
+ "title":"Insulin glargine crystal structure 2"},
+ {
+ "experimental_method":["X-ray diffraction"],
+ "pdb_id":"4iyf",
+ "resolution":1.8,
+ "title":"Insulin glargine crystal structure 2"},
+ {
+ "experimental_method":["Solution NMR"],
+ "pdb_id":"5aiy",
+ "title":"R6 HUMAN INSULIN HEXAMER (SYMMETRIC), NMR, 'RED' SUBSTATE, AVERAGE STRUCTURE"},
+ {
+ "experimental_method":["Solution NMR"],
+ "pdb_id":"5aiy",
+ "title":"R6 HUMAN INSULIN HEXAMER (SYMMETRIC), NMR, 'RED' SUBSTATE, AVERAGE STRUCTURE"},
+ {
+ "experimental_method":["X-ray diffraction"],
+ "pdb_id":"4une",
+ "resolution":1.59,
+ "title":"Human insulin B26Phe mutant crystal structure"},
+ {
+ "experimental_method":["X-ray diffraction"],
+ "pdb_id":"4une",
+ "resolution":1.59,
+ "title":"Human insulin B26Phe mutant crystal structure"},
+ {
+ "experimental_method":["X-ray diffraction"],
+ "pdb_id":"5hqi",
+ "resolution":0.97,
+ "title":"Insulin with proline analog HzP at position B28 in the T2 state"},
+ {
+ "experimental_method":["X-ray diffraction"],
+ "pdb_id":"5hqi",
+ "resolution":0.97,
+ "title":"Insulin with proline analog HzP at position B28 in the T2 state"},
+ {
+ "experimental_method":["Solution NMR"],
+ "pdb_id":"2mli",
+ "title":"NMR structure of B25-(alpha, beta)-dehydro-phenylalanine insulin"},
+ {
+ "experimental_method":["Solution NMR"],
+ "pdb_id":"2mpg",
+ "title":"Solution structure of the [AibB8,LysB28,ProB29]-insulin analogue"},
+ {
+ "experimental_method":["Solution NMR"],
+ "pdb_id":"4aiy",
+ "title":"R6 HUMAN INSULIN HEXAMER (SYMMETRIC), NMR, 'GREEN' SUBSTATE, AVERAGE STRUCTURE"},
+ {
+ "experimental_method":["Solution NMR"],
+ "pdb_id":"4aiy",
+ "title":"R6 HUMAN INSULIN HEXAMER (SYMMETRIC), NMR, 'GREEN' SUBSTATE, AVERAGE STRUCTURE"},
+ {
+ "experimental_method":["X-ray diffraction"],
+ "pdb_id":"4ewx",
+ "resolution":2.201,
+ "title":"Human Insulin"},
+ {
+ "experimental_method":["X-ray diffraction"],
+ "pdb_id":"4eww",
+ "resolution":2.3,
+ "title":"Human Insulin"},
+ {
+ "experimental_method":["X-ray diffraction"],
+ "pdb_id":"3w80",
+ "resolution":1.4,
+ "title":"Crystal structure of dodecamer human insulin with double C-axis length of the hexamer 2 Zn insulin cell"},
+ {
+ "experimental_method":["X-ray diffraction"],
+ "pdb_id":"3w80",
+ "resolution":1.4,
+ "title":"Crystal structure of dodecamer human insulin with double C-axis length of the hexamer 2 Zn insulin cell"},
+ {
+ "experimental_method":["X-ray diffraction"],
+ "pdb_id":"3tt8",
+ "resolution":1.12,
+ "title":"Crystal Structure Analysis of Cu Human Insulin Derivative"},
+ {
+ "experimental_method":["X-ray diffraction"],
+ "pdb_id":"3tt8",
+ "resolution":1.12,
+ "title":"Crystal Structure Analysis of Cu Human Insulin Derivative"},
+ {
+ "experimental_method":["Solution NMR"],
+ "pdb_id":"2n2v",
+ "title":"Solution structure of [B26-B29 triazole cross-linked]-insulin analogue at pH 1.9"},
+ {
+ "experimental_method":["Solution NMR"],
+ "pdb_id":"2n2w",
+ "title":"Solution structure of [B26-B29 triazole cross-linked]-insulin analogue at pH 8.0"},
+ {
+ "experimental_method":["Solution NMR"],
+ "pdb_id":"2n2x",
+ "title":"Solution structure of [GlyB24,B27-B29 triazole cross-linked]-insulin analogue at pH 1.9"},
+ {
+ "experimental_method":["X-ray diffraction"],
+ "pdb_id":"4ung",
+ "resolution":1.81,
+ "title":"Human insulin B26Asn mutant crystal structure"},
+ {
+ "experimental_method":["X-ray diffraction"],
+ "pdb_id":"2r34",
+ "resolution":2.25,
+ "title":"Crystal structure of MN human arg-insulin"},
+ {
+ "experimental_method":["Solution NMR"],
+ "pdb_id":"2mpi",
+ "title":"Solution structure of B24G insulin"},
+ {
+ "experimental_method":["Solution NMR"],
+ "pdb_id":"2mpi",
+ "title":"Solution structure of B24G insulin"},
+ {
+ "experimental_method":["Solution NMR"],
+ "pdb_id":"5mhd",
+ "title":"Biosynthetic engineered A22S-B3K-B31R human insulin monomer structure in water/acetonitrile solutions."},
+ {
+ "experimental_method":["Solution NMR"],
+ "pdb_id":"5mhd",
+ "title":"Biosynthetic engineered A22S-B3K-B31R human insulin monomer structure in water/acetonitrile solutions."},
+ {
+ "experimental_method":["X-ray diffraction"],
+ "pdb_id":"2ws1",
+ "resolution":1.6,
+ "title":"Semi-synthetic analogue of human insulin NMeTyrB26-insulin in monomer form"},
+ {
+ "experimental_method":["X-ray diffraction"],
+ "pdb_id":"2ws1",
+ "resolution":1.6,
+ "title":"Semi-synthetic analogue of human insulin NMeTyrB26-insulin in monomer form"},
+ {
+ "experimental_method":["X-ray diffraction"],
+ "pdb_id":"4f1c",
+ "resolution":1.7,
+ "title":"Human Insulin"},
+ {
+ "experimental_method":["X-ray diffraction"],
+ "pdb_id":"4f1d",
+ "resolution":1.637,
+ "title":"Human Insulin"},
+ {
+ "experimental_method":["X-ray diffraction"],
+ "pdb_id":"4f0o",
+ "resolution":1.672,
+ "title":"Human Insulin"},
+ {
+ "experimental_method":["X-ray diffraction"],
+ "pdb_id":"4f1g",
+ "resolution":1.637,
+ "title":"Human insulin"},
+ {
+ "experimental_method":["X-ray diffraction"],
+ "pdb_id":"4f4v",
+ "resolution":1.637,
+ "title":"Human Insulin"},
+ {
+ "experimental_method":["X-ray diffraction"],
+ "pdb_id":"4f51",
+ "resolution":1.637,
+ "title":"Human Insulin"},
+ {
+ "experimental_method":["X-ray diffraction"],
+ "pdb_id":"4f8f",
+ "resolution":1.676,
+ "title":"Human Insulin"},
+ {
+ "experimental_method":["X-ray diffraction"],
+ "pdb_id":"4f1f",
+ "resolution":1.684,
+ "title":"Human Insulin"},
+ {
+ "experimental_method":["X-ray diffraction"],
+ "pdb_id":"2wru",
+ "resolution":1.57,
+ "title":"Semi-synthetic highly active analogue of human insulin NMeAlaB26-DTI- NH2"},
+ {
+ "experimental_method":["X-ray diffraction"],
+ "pdb_id":"2wru",
+ "resolution":1.57,
+ "title":"Semi-synthetic highly active analogue of human insulin NMeAlaB26-DTI- NH2"},
+ {
+ "experimental_method":["Solution NMR"],
+ "pdb_id":"2kqq",
+ "title":"NMR structure of human insulin mutant gly-b8-d-ala, his-b10-asp, pro-b28-lys, lys-b29-pro, 20 structures"},
+ {
+ "experimental_method":["Solution NMR"],
+ "pdb_id":"2l1y",
+ "title":"NMR Structure of human insulin mutant GLY-B20-D-ALA, GLY-B23-D-ALA PRO-B28-LYS, LYS-B29-PRO, 20 Structures"},
+ {
+ "experimental_method":["X-ray diffraction"],
+ "pdb_id":"4f1a",
+ "resolution":1.8,
+ "title":"Human Insulin"},
+ {
+ "experimental_method":["X-ray diffraction"],
+ "pdb_id":"4f1a",
+ "resolution":1.8,
+ "title":"Human Insulin"},
+ {
+ "experimental_method":["X-ray diffraction"],
+ "pdb_id":"4f0n",
+ "resolution":1.679,
+ "title":"Human Insulin"},
+ {
+ "experimental_method":["X-ray diffraction"],
+ "pdb_id":"4f0n",
+ "resolution":1.679,
+ "title":"Human Insulin"},
+ {
+ "experimental_method":["X-ray diffraction"],
+ "pdb_id":"4f4t",
+ "resolution":1.637,
+ "title":"Human Insulin"},
+ {
+ "experimental_method":["X-ray diffraction"],
+ "pdb_id":"4f1b",
+ "resolution":1.591,
+ "title":"Human Insulin"},
+ {
+ "experimental_method":["X-ray diffraction"],
+ "pdb_id":"1jca",
+ "resolution":2.5,
+ "title":"Non-standard Design of Unstable Insulin Analogues with Enhanced Activity"},
+ {
+ "experimental_method":["X-ray diffraction"],
+ "pdb_id":"3bxq",
+ "resolution":1.3,
+ "title":"The structure of a mutant insulin uncouples receptor binding from protein allostery. An electrostatic block to the TR transition"},
+ {
+ "experimental_method":["X-ray diffraction"],
+ "pdb_id":"1htv",
+ "resolution":1.9,
+ "title":"CRYSTAL STRUCTURE OF DESTRIPEPTIDE (B28-B30) INSULIN"},
+ {
+ "experimental_method":["X-ray diffraction"],
+ "pdb_id":"1htv",
+ "resolution":1.9,
+ "title":"CRYSTAL STRUCTURE OF DESTRIPEPTIDE (B28-B30) INSULIN"},
+ {
+ "experimental_method":["Solution NMR"],
+ "pdb_id":"1ai0",
+ "title":"R6 HUMAN INSULIN HEXAMER (NON-SYMMETRIC), NMR, 10 STRUCTURES"},
+ {
+ "experimental_method":["Solution NMR"],
+ "pdb_id":"1ai0",
+ "title":"R6 HUMAN INSULIN HEXAMER (NON-SYMMETRIC), NMR, 10 STRUCTURES"},
+ {
+ "experimental_method":["Solution NMR"],
+ "pdb_id":"1aiy",
+ "title":"R6 HUMAN INSULIN HEXAMER (SYMMETRIC), NMR, 10 STRUCTURES"},
+ {
+ "experimental_method":["X-ray diffraction"],
+ "pdb_id":"5bts",
+ "resolution":1.77,
+ "title":"Structural and biophysical characterization of a covalent insulin dimer formed during storage of neutral formulation of human insulin"},
+ {
+ "experimental_method":["X-ray diffraction"],
+ "pdb_id":"5bts",
+ "resolution":1.77,
+ "title":"Structural and biophysical characterization of a covalent insulin dimer formed during storage of neutral formulation of human insulin"},
+ {
+ "experimental_method":["X-ray diffraction"],
+ "pdb_id":"5usp",
+ "resolution":1.174,
+ "title":"Insulin with proline analog Pip at position B28 in the T2 state"},
+ {
+ "experimental_method":["X-ray diffraction"],
+ "pdb_id":"5usp",
+ "resolution":1.174,
+ "title":"Insulin with proline analog Pip at position B28 in the T2 state"},
+ {
+ "experimental_method":["X-ray diffraction"],
+ "pdb_id":"5bpo",
+ "resolution":1.9,
+ "title":"Human insulin with intra-chain chemical crosslink between modified B27 and B29"},
+ {
+ "experimental_method":["X-ray diffraction"],
+ "pdb_id":"5uu2",
+ "resolution":1.223,
+ "title":"Insulin with proline analog ThioP at position B28 in the T2 state"},
+ {
+ "experimental_method":["X-ray diffraction"],
+ "pdb_id":"5urt",
+ "resolution":1.18,
+ "title":"Insulin with proline analog DhP at position B28 in the T2 state"},
+ {
+ "experimental_method":["X-ray diffraction"],
+ "pdb_id":"6h3m",
+ "resolution":1.821,
+ "title":"The crystal structure of a human seleno-insulin analog"},
+ {
+ "experimental_method":["X-ray diffraction"],
+ "pdb_id":"6h3m",
+ "resolution":1.821,
+ "title":"The crystal structure of a human seleno-insulin analog"},
+ {
+ "experimental_method":["X-ray diffraction"],
+ "pdb_id":"6ver",
+ "resolution":1.047,
+ "title":"Human insulin analog: [GluB10,TyrB20]-DOI"},
+ {
+ "experimental_method":["X-ray diffraction"],
+ "pdb_id":"6ver",
+ "resolution":1.047,
+ "title":"Human insulin analog: [GluB10,TyrB20]-DOI"},
+ {
+ "experimental_method":["X-ray diffraction"],
+ "pdb_id":"4ewx",
+ "resolution":2.201,
+ "title":"Human Insulin"},
+ {
+ "experimental_method":["X-ray diffraction"],
+ "pdb_id":"4ey1",
+ "resolution":1.471,
+ "title":"Human Insulin"},
+ {
+ "experimental_method":["X-ray diffraction"],
+ "pdb_id":"4eww",
+ "resolution":2.3,
+ "title":"Human Insulin"},
+ {
+ "experimental_method":["X-ray diffraction"],
+ "pdb_id":"4exx",
+ "resolution":1.55,
+ "title":"Human Insulin"},
+ {
+ "experimental_method":["X-ray diffraction"],
+ "pdb_id":"4exx",
+ "resolution":1.55,
+ "title":"Human Insulin"},
+ {
+ "experimental_method":["X-ray diffraction"],
+ "pdb_id":"4eyp",
+ "resolution":1.591,
+ "title":"Human Insulin"},
+ {
+ "experimental_method":["X-ray diffraction"],
+ "pdb_id":"4ewz",
+ "resolution":1.791,
+ "title":"Human Insulin"},
+ {
+ "experimental_method":["X-ray diffraction"],
+ "pdb_id":"4ewz",
+ "resolution":1.791,
+ "title":"Human Insulin"},
+ {
+ "experimental_method":["X-ray diffraction"],
+ "pdb_id":"4ex0",
+ "resolution":1.86,
+ "title":"Human Insulin"},
+ {
+ "experimental_method":["X-ray diffraction"],
+ "pdb_id":"4ex0",
+ "resolution":1.86,
+ "title":"Human Insulin"},
+ {
+ "experimental_method":["X-ray diffraction"],
+ "pdb_id":"4eyd",
+ "resolution":1.471,
+ "title":"Human Insulin"},
+ {
+ "experimental_method":["X-ray diffraction"],
+ "pdb_id":"4eyd",
+ "resolution":1.471,
+ "title":"Human Insulin"},
+ {
+ "experimental_method":["X-ray diffraction"],
+ "pdb_id":"4ex1",
+ "resolution":1.657,
+ "title":"Human Insulin"},
+ {
+ "experimental_method":["X-ray diffraction"],
+ "pdb_id":"3q6e",
+ "resolution":2.05,
+ "title":"Human insulin in complex with cucurbit[7]uril"},
+ {
+ "experimental_method":["X-ray diffraction"],
+ "pdb_id":"3q6e",
+ "resolution":2.05,
+ "title":"Human insulin in complex with cucurbit[7]uril"},
+ {
+ "experimental_method":["Solution NMR"],
+ "pdb_id":"2n2v",
+ "title":"Solution structure of [B26-B29 triazole cross-linked]-insulin analogue at pH 1.9"},
+ {
+ "experimental_method":["Solution NMR"],
+ "pdb_id":"2n2w",
+ "title":"Solution structure of [B26-B29 triazole cross-linked]-insulin analogue at pH 8.0"},
+ {
+ "experimental_method":["Solution NMR"],
+ "pdb_id":"2n2x",
+ "title":"Solution structure of [GlyB24,B27-B29 triazole cross-linked]-insulin analogue at pH 1.9"},
+ {
+ "experimental_method":["X-ray diffraction"],
+ "pdb_id":"4ey9",
+ "resolution":1.471,
+ "title":"Human Insulin"},
+ {
+ "experimental_method":["X-ray diffraction"],
+ "pdb_id":"4ey9",
+ "resolution":1.471,
+ "title":"Human Insulin"},
+ {
+ "experimental_method":["X-ray diffraction"],
+ "pdb_id":"4fka",
+ "resolution":1.08,
+ "title":"High resolution structure of the manganese derivative of insulin"},
+ {
+ "experimental_method":["X-ray diffraction"],
+ "pdb_id":"4eyn",
+ "resolution":1.532,
+ "title":"Human Insulin"},
+ {
+ "experimental_method":["X-ray diffraction"],
+ "pdb_id":"4eyn",
+ "resolution":1.532,
+ "title":"Human Insulin"},
+ {
+ "experimental_method":["X-ray diffraction"],
+ "pdb_id":"4rxw",
+ "resolution":1.73,
+ "title":"Crystal Structure of the cobalt human insulin derivative"},
+ {
+ "experimental_method":["X-ray diffraction"],
+ "pdb_id":"4rxw",
+ "resolution":1.73,
+ "title":"Crystal Structure of the cobalt human insulin derivative"},
+ {
+ "experimental_method":["X-ray diffraction"],
+ "pdb_id":"5usv",
+ "resolution":1.3,
+ "title":"Insulin with proline analog AzeP at position B28 in the T2 state"},
+ {
+ "experimental_method":["X-ray diffraction"],
+ "pdb_id":"5usv",
+ "resolution":1.3,
+ "title":"Insulin with proline analog AzeP at position B28 in the T2 state"},
+ {
+ "experimental_method":["X-ray diffraction"],
+ "pdb_id":"2wrv",
+ "resolution":2.15,
+ "title":"Semi-synthetic highly active analogue of human insulin NMeHisB26-DTI- NH2"},
+ {
+ "experimental_method":["X-ray diffraction"],
+ "pdb_id":"2wrv",
+ "resolution":2.15,
+ "title":"Semi-synthetic highly active analogue of human insulin NMeHisB26-DTI- NH2"},
+ {
+ "experimental_method":["X-ray diffraction"],
+ "pdb_id":"2vk0",
+ "resolution":2.2,
+ "title":"Crystal structure form ultalente insulin microcrystals"},
+ {
+ "experimental_method":["X-ray diffraction"],
+ "pdb_id":"3exx",
+ "resolution":1.35,
+ "title":"Structure of the T6 human insulin derivative with nickel at 1.35 A resolution"},
+ {
+ "experimental_method":["X-ray diffraction"],
+ "pdb_id":"3exx",
+ "resolution":1.35,
+ "title":"Structure of the T6 human insulin derivative with nickel at 1.35 A resolution"},
+ {
+ "experimental_method":["X-ray diffraction"],
+ "pdb_id":"2vjz",
+ "resolution":1.8,
+ "title":"Crystal structure form ultalente insulin microcrystals"},
+ {
+ "experimental_method":["X-ray diffraction"],
+ "pdb_id":"4f1c",
+ "resolution":1.7,
+ "title":"Human Insulin"},
+ {
+ "experimental_method":["X-ray diffraction"],
+ "pdb_id":"4f1d",
+ "resolution":1.637,
+ "title":"Human Insulin"},
+ {
+ "experimental_method":["X-ray diffraction"],
+ "pdb_id":"4f0o",
+ "resolution":1.672,
+ "title":"Human Insulin"},
+ {
+ "experimental_method":["X-ray diffraction"],
+ "pdb_id":"4gbc",
+ "resolution":1.778,
+ "title":"Crystal structure of aspart insulin at pH 6.5"},
+ {
+ "experimental_method":["X-ray diffraction"],
+ "pdb_id":"4gbn",
+ "resolution":1.872,
+ "title":"Crystal structure of aspart insulin at pH 6.5"},
+ {
+ "experimental_method":["X-ray diffraction"],
+ "pdb_id":"4f1g",
+ "resolution":1.637,
+ "title":"Human insulin"},
+ {
+ "experimental_method":["X-ray diffraction"],
+ "pdb_id":"4f4v",
+ "resolution":1.637,
+ "title":"Human Insulin"},
+ {
+ "experimental_method":["X-ray diffraction"],
+ "pdb_id":"4f51",
+ "resolution":1.637,
+ "title":"Human Insulin"},
+ {
+ "experimental_method":["X-ray diffraction"],
+ "pdb_id":"4f1f",
+ "resolution":1.684,
+ "title":"Human Insulin"},
+ {
+ "experimental_method":["X-ray diffraction"],
+ "pdb_id":"4f8f",
+ "resolution":1.676,
+ "title":"Human Insulin"},
+ {
+ "experimental_method":["X-ray diffraction"],
+ "pdb_id":"4gbi",
+ "resolution":2.502,
+ "title":"Crystal structure of aspart insulin at pH 6.5"},
+ {
+ "experimental_method":["X-ray diffraction"],
+ "pdb_id":"4cxl",
+ "resolution":1.5,
+ "title":"Human insulin analogue (D-ProB8)-insulin"},
+ {
+ "experimental_method":["X-ray diffraction"],
+ "pdb_id":"4cxl",
+ "resolution":1.5,
+ "title":"Human insulin analogue (D-ProB8)-insulin"},
+ {
+ "experimental_method":["X-ray diffraction"],
+ "pdb_id":"2r36",
+ "resolution":2.0,
+ "title":"Crystal structure of ni human ARG-insulin"},
+ {
+ "experimental_method":["X-ray diffraction"],
+ "pdb_id":"4f4t",
+ "resolution":1.637,
+ "title":"Human Insulin"},
+ {
+ "experimental_method":["X-ray diffraction"],
+ "pdb_id":"4f1b",
+ "resolution":1.591,
+ "title":"Human Insulin"},
+ {
+ "experimental_method":["X-ray diffraction"],
+ "pdb_id":"3ir0",
+ "resolution":2.2,
+ "title":"Crystal Structure of Human Insulin complexed with Cu+2 metal ion"},
+ {
+ "experimental_method":["X-ray diffraction"],
+ "pdb_id":"3ir0",
+ "resolution":2.2,
+ "title":"Crystal Structure of Human Insulin complexed with Cu+2 metal ion"},
+ {
+ "experimental_method":["X-ray diffraction"],
+ "pdb_id":"1jca",
+ "resolution":2.5,
+ "title":"Non-standard Design of Unstable Insulin Analogues with Enhanced Activity"},
+ {
+ "experimental_method":["X-ray diffraction"],
+ "pdb_id":"3bxq",
+ "resolution":1.3,
+ "title":"The structure of a mutant insulin uncouples receptor binding from protein allostery. An electrostatic block to the TR transition"},
+ {
+ "experimental_method":["X-ray diffraction"],
+ "pdb_id":"1b9e",
+ "resolution":2.5,
+ "title":"HUMAN INSULIN MUTANT SERB9GLU"},
+ {
+ "experimental_method":["X-ray diffraction"],
+ "pdb_id":"1b9e",
+ "resolution":2.5,
+ "title":"HUMAN INSULIN MUTANT SERB9GLU"},
+ {
+ "experimental_method":["X-ray diffraction"],
+ "pdb_id":"2ceu",
+ "resolution":1.8,
+ "title":"Despentapeptide insulin in acetic acid (pH 2)"},
+ {
+ "experimental_method":["X-ray diffraction"],
+ "pdb_id":"2ceu",
+ "resolution":1.8,
+ "title":"Despentapeptide insulin in acetic acid (pH 2)"},
+ {
+ "experimental_method":["X-ray powder diffraction"],
+ "pdb_id":"1fub",
+ "title":"FIRST PROTEIN STRUCTURE DETERMINED FROM X-RAY POWDER DIFFRACTION DATA"},
+ {
+ "experimental_method":["X-ray diffraction"],
+ "pdb_id":"5bpo",
+ "resolution":1.9,
+ "title":"Human insulin with intra-chain chemical crosslink between modified B27 and B29"},
+ {
+ "experimental_method":["X-ray diffraction"],
+ "pdb_id":"5uu2",
+ "resolution":1.223,
+ "title":"Insulin with proline analog ThioP at position B28 in the T2 state"},
+ {
+ "experimental_method":["Solution NMR"],
+ "pdb_id":"2mli",
+ "title":"NMR structure of B25-(alpha, beta)-dehydro-phenylalanine insulin"},
+ {
+ "experimental_method":["X-ray diffraction"],
+ "pdb_id":"4ey1",
+ "resolution":1.471,
+ "title":"Human Insulin"},
+ {
+ "experimental_method":["X-ray diffraction"],
+ "pdb_id":"4eyp",
+ "resolution":1.591,
+ "title":"Human Insulin"},
+ {
+ "experimental_method":["X-ray diffraction"],
+ "pdb_id":"4ex1",
+ "resolution":1.657,
+ "title":"Human Insulin"},
+ {
+ "experimental_method":["X-ray diffraction"],
+ "pdb_id":"4iuz",
+ "resolution":1.6,
+ "title":"High resolution crystal structure of racemic ester insulin"},
+ {
+ "experimental_method":["X-ray diffraction"],
+ "pdb_id":"5urt",
+ "resolution":1.18,
+ "title":"Insulin with proline analog DhP at position B28 in the T2 state"},
+ {
+ "experimental_method":["X-ray diffraction"],
+ "pdb_id":"4fka",
+ "resolution":1.08,
+ "title":"High resolution structure of the manganese derivative of insulin"},
+ {
+ "experimental_method":["X-ray diffraction"],
+ "pdb_id":"5cny",
+ "resolution":1.7,
+ "title":"Crystal Structure of human zinc insulin at pH 5.5"},
+ {
+ "experimental_method":["X-ray diffraction"],
+ "pdb_id":"2vk0",
+ "resolution":2.2,
+ "title":"Crystal structure form ultalente insulin microcrystals"},
+ {
+ "experimental_method":["Solution NMR"],
+ "pdb_id":"2k9r",
+ "title":"Enhancing the activity of insulin by stereospecific unfolding"},
+ {
+ "experimental_method":["Solution NMR"],
+ "pdb_id":"2k9r",
+ "title":"Enhancing the activity of insulin by stereospecific unfolding"},
+ {
+ "experimental_method":["X-ray diffraction"],
+ "pdb_id":"2omi",
+ "resolution":2.24,
+ "title":"Structure of human insulin cocrystallized with protamine"},
+ {
+ "experimental_method":["X-ray diffraction"],
+ "pdb_id":"2vjz",
+ "resolution":1.8,
+ "title":"Crystal structure form ultalente insulin microcrystals"},
+ {
+ "experimental_method":["X-ray diffraction"],
+ "pdb_id":"4gbn",
+ "resolution":1.872,
+ "title":"Crystal structure of aspart insulin at pH 6.5"},
+ {
+ "experimental_method":["X-ray diffraction"],
+ "pdb_id":"4gbl",
+ "resolution":2.5,
+ "title":"Crystal structure of aspart insulin at pH 8.5"},
+ {
+ "experimental_method":["X-ray diffraction"],
+ "pdb_id":"4gbl",
+ "resolution":2.5,
+ "title":"Crystal structure of aspart insulin at pH 8.5"},
+ {
+ "experimental_method":["X-ray diffraction"],
+ "pdb_id":"4gbi",
+ "resolution":2.502,
+ "title":"Crystal structure of aspart insulin at pH 6.5"},
+ {
+ "experimental_method":["X-ray diffraction"],
+ "pdb_id":"4cy7",
+ "resolution":1.4,
+ "title":"Crystal structure of human insulin analogue (NMe-AlaB8)-insulin crystal form II"},
+ {
+ "experimental_method":["X-ray diffraction"],
+ "pdb_id":"2r36",
+ "resolution":2.0,
+ "title":"Crystal structure of ni human ARG-insulin"},
+ {
+ "experimental_method":["X-ray diffraction"],
+ "pdb_id":"4gbc",
+ "resolution":1.778,
+ "title":"Crystal structure of aspart insulin at pH 6.5"},
+ {
+ "experimental_method":["X-ray powder diffraction"],
+ "pdb_id":"1fu2",
+ "title":"FIRST PROTEIN STRUCTURE DETERMINED FROM X-RAY POWDER DIFFRACTION DATA"},
+ {
+ "experimental_method":["X-ray diffraction"],
+ "pdb_id":"1ev3",
+ "resolution":1.78,
+ "title":"Structure of the rhombohedral form of the M-cresol/insulin R6 hexamer"},
+ {
+ "experimental_method":["X-ray diffraction"],
+ "pdb_id":"1j73",
+ "resolution":2.0,
+ "title":"Crystal structure of an unstable insulin analog with native activity."},
+ {
+ "experimental_method":["X-ray diffraction"],
+ "pdb_id":"1j73",
+ "resolution":2.0,
+ "title":"Crystal structure of an unstable insulin analog with native activity."},
+ {
+ "experimental_method":["X-ray powder diffraction"],
+ "pdb_id":"1fub",
+ "title":"FIRST PROTEIN STRUCTURE DETERMINED FROM X-RAY POWDER DIFFRACTION DATA"},
+ {
+ "experimental_method":["X-ray diffraction"],
+ "pdb_id":"5co2",
+ "resolution":1.7,
+ "title":"Crystalization of human zinc insulin at pH 5.5"},
+ {
+ "experimental_method":["X-ray diffraction"],
+ "pdb_id":"5co2",
+ "resolution":1.7,
+ "title":"Crystalization of human zinc insulin at pH 5.5"},
+ {
+ "experimental_method":["X-ray diffraction"],
+ "pdb_id":"5boq",
+ "resolution":1.7,
+ "title":"Human insulin with intra-chain chemical crosslink between modified B24 and B29"},
+ {
+ "experimental_method":["X-ray diffraction"],
+ "pdb_id":"5boq",
+ "resolution":1.7,
+ "title":"Human insulin with intra-chain chemical crosslink between modified B24 and B29"},
+ {
+ "experimental_method":["X-ray diffraction"],
+ "pdb_id":"6s4i",
+ "resolution":1.511,
+ "title":"Crystal structure of zinc free A14E, B25H, B29K(N(eps)-[2-(2-[2-(2-[2-(Octadecandioyl-gamma-Glu)amino]ethoxy)ethoxy]acetylamino)ethoxy]ethoxy)acetyl]), desB30 human insulin"},
+ {
+ "experimental_method":["X-ray diffraction"],
+ "pdb_id":"6s4i",
+ "resolution":1.511,
+ "title":"Crystal structure of zinc free A14E, B25H, B29K(N(eps)-[2-(2-[2-(2-[2-(Octadecandioyl-gamma-Glu)amino]ethoxy)ethoxy]acetylamino)ethoxy]ethoxy)acetyl]), desB30 human insulin"},
+ {
+ "experimental_method":["X-ray diffraction"],
+ "pdb_id":"6p4z",
+ "resolution":1.8,
+ "title":"Structure of gadolinium-caged cobalt (III) insulin hexamer"},
+ {
+ "experimental_method":["X-ray diffraction"],
+ "pdb_id":"6gv0",
+ "resolution":1.26,
+ "title":"Insulin glulisine"},
+ {
+ "experimental_method":["X-ray diffraction"],
+ "pdb_id":"6vet",
+ "resolution":1.46,
+ "title":"Human insulin analog: [GluB10,HisA8,ArgA9,TyrB20]-DOI"},
+ {
+ "experimental_method":["X-ray diffraction"],
+ "pdb_id":"6vet",
+ "resolution":1.46,
+ "title":"Human insulin analog: [GluB10,HisA8,ArgA9,TyrB20]-DOI"},
+ {
+ "experimental_method":["X-ray diffraction"],
+ "pdb_id":"4iuz",
+ "resolution":1.6,
+ "title":"High resolution crystal structure of racemic ester insulin"},
+ {
+ "experimental_method":["X-ray diffraction"],
+ "pdb_id":"4gbk",
+ "resolution":2.4,
+ "title":"Crystal structure of aspart insulin at pH 8.5"},
+ {
+ "experimental_method":["X-ray diffraction"],
+ "pdb_id":"4gbk",
+ "resolution":2.4,
+ "title":"Crystal structure of aspart insulin at pH 8.5"},
+ {
+ "experimental_method":["X-ray diffraction"],
+ "pdb_id":"4efx",
+ "resolution":1.98,
+ "title":"Highly biologically active insulin with additional disulfide bond"},
+ {
+ "experimental_method":["X-ray diffraction"],
+ "pdb_id":"4efx",
+ "resolution":1.98,
+ "title":"Highly biologically active insulin with additional disulfide bond"},
+ {
+ "experimental_method":["X-ray diffraction"],
+ "pdb_id":"5co9",
+ "resolution":1.92,
+ "title":"Crystal structure of human zinc insulin at pH 6.5"},
+ {
+ "experimental_method":["X-ray diffraction"],
+ "pdb_id":"5cny",
+ "resolution":1.7,
+ "title":"Crystal Structure of human zinc insulin at pH 5.5"},
+ {
+ "experimental_method":["Solution NMR"],
+ "pdb_id":"2jmn",
+ "title":"NMR structure of human insulin mutant His-B10-Asp, Pro-B28-Lys, Lys-B29-Pro, 20 structures"},
+ {
+ "experimental_method":["Solution NMR"],
+ "pdb_id":"2jmn",
+ "title":"NMR structure of human insulin mutant His-B10-Asp, Pro-B28-Lys, Lys-B29-Pro, 20 structures"},
+ {
+ "experimental_method":["X-ray diffraction"],
+ "pdb_id":"3e7z",
+ "resolution":1.7,
+ "title":"Structure of human insulin"},
+ {
+ "experimental_method":["X-ray diffraction"],
+ "pdb_id":"3e7z",
+ "resolution":1.7,
+ "title":"Structure of human insulin"},
+ {
+ "experimental_method":["X-ray diffraction"],
+ "pdb_id":"2w44",
+ "resolution":2.0,
+ "title":"Structure DeltaA1-A4 insulin"},
+ {
+ "experimental_method":["X-ray diffraction"],
+ "pdb_id":"3e7y",
+ "resolution":1.6,
+ "title":"Structure of human insulin"},
+ {
+ "experimental_method":["X-ray diffraction"],
+ "pdb_id":"3e7y",
+ "resolution":1.6,
+ "title":"Structure of human insulin"},
+ {
+ "experimental_method":["X-ray diffraction"],
+ "pdb_id":"2omi",
+ "resolution":2.24,
+ "title":"Structure of human insulin cocrystallized with protamine"},
+ {
+ "experimental_method":["X-ray diffraction"],
+ "pdb_id":"2ws7",
+ "resolution":2.59,
+ "title":"Semi-synthetic analogue of human insulin ProB26-DTI"},
+ {
+ "experimental_method":["X-ray diffraction"],
+ "pdb_id":"4cy7",
+ "resolution":1.4,
+ "title":"Crystal structure of human insulin analogue (NMe-AlaB8)-insulin crystal form II"},
+ {
+ "experimental_method":["X-ray diffraction"],
+ "pdb_id":"4nib",
+ "resolution":1.4,
+ "title":"Crystal structure of human insulin mutant B20 D-ala, B23 D-ala"},
+ {
+ "experimental_method":["X-ray diffraction"],
+ "pdb_id":"4nib",
+ "resolution":1.4,
+ "title":"Crystal structure of human insulin mutant B20 D-ala, B23 D-ala"},
+ {
+ "experimental_method":["X-ray diffraction"],
+ "pdb_id":"1qj0",
+ "resolution":2.4,
+ "title":"HUMAN INSULIN HEXAMERS WITH CHAIN B HIS MUTATED TO TYR"},
+ {
+ "experimental_method":["X-ray diffraction"],
+ "pdb_id":"1uz9",
+ "resolution":1.6,
+ "title":"Crystallographic and solution studies of N-lithocholyl insulin: a new generation of prolonged-acting insulins."},
+ {
+ "experimental_method":["X-ray diffraction"],
+ "pdb_id":"1uz9",
+ "resolution":1.6,
+ "title":"Crystallographic and solution studies of N-lithocholyl insulin: a new generation of prolonged-acting insulins."},
+ {
+ "experimental_method":["X-ray diffraction"],
+ "pdb_id":"1trz",
+ "resolution":1.6,
+ "title":"CRYSTALLOGRAPHIC EVIDENCE FOR DUAL COORDINATION AROUND ZINC IN THE T3R3 HUMAN INSULIN HEXAMER"},
+ {
+ "experimental_method":["X-ray diffraction"],
+ "pdb_id":"1trz",
+ "resolution":1.6,
+ "title":"CRYSTALLOGRAPHIC EVIDENCE FOR DUAL COORDINATION AROUND ZINC IN THE T3R3 HUMAN INSULIN HEXAMER"},
+ {
+ "experimental_method":["X-ray powder diffraction"],
+ "pdb_id":"1fu2",
+ "title":"FIRST PROTEIN STRUCTURE DETERMINED FROM X-RAY POWDER DIFFRACTION DATA"},
+ {
+ "experimental_method":["X-ray diffraction"],
+ "pdb_id":"1evr",
+ "resolution":1.9,
+ "title":"The structure of the resorcinol/insulin R6 hexamer"},
+ {
+ "experimental_method":["X-ray diffraction"],
+ "pdb_id":"1ev3",
+ "resolution":1.78,
+ "title":"Structure of the rhombohedral form of the M-cresol/insulin R6 hexamer"},
+ {
+ "experimental_method":["X-ray diffraction"],
+ "pdb_id":"1guj",
+ "resolution":1.62,
+ "title":"Insulin at pH 2: structural analysis of the conditions promoting insulin fibre formation."},
+ {
+ "experimental_method":["X-ray diffraction"],
+ "pdb_id":"1guj",
+ "resolution":1.62,
+ "title":"Insulin at pH 2: structural analysis of the conditions promoting insulin fibre formation."},
+ {
+ "experimental_method":["X-ray diffraction"],
+ "pdb_id":"1ev6",
+ "resolution":1.9,
+ "title":"Structure of the monoclinic form of the M-cresol/insulin R6 hexamer"},
+ {
+ "experimental_method":["X-ray diffraction"],
+ "pdb_id":"1ev6",
+ "resolution":1.9,
+ "title":"Structure of the monoclinic form of the M-cresol/insulin R6 hexamer"},
+ {
+ "experimental_method":["X-ray diffraction"],
+ "pdb_id":"6s4j",
+ "resolution":1.5,
+ "title":"Crystal structure of zinc free A14E, B25H, B29K(N(eps)-[2-(2-[2-(2-[2-(Octadecandioyl-gamma-Glu)amino]ethoxy)ethoxy]acetylamino)ethoxy]ethoxy)acetyl]), desB27, desB30 human insulin"},
+ {
+ "experimental_method":["X-ray diffraction"],
+ "pdb_id":"6s4j",
+ "resolution":1.5,
+ "title":"Crystal structure of zinc free A14E, B25H, B29K(N(eps)-[2-(2-[2-(2-[2-(Octadecandioyl-gamma-Glu)amino]ethoxy)ethoxy]acetylamino)ethoxy]ethoxy)acetyl]), desB27, desB30 human insulin"},
+ {
+ "experimental_method":["X-ray diffraction"],
+ "pdb_id":"5co6",
+ "resolution":1.8,
+ "title":"Crystal structure of human zinc insulin at pH 6.5"},
+ {
+ "experimental_method":["X-ray diffraction"],
+ "pdb_id":"5co6",
+ "resolution":1.8,
+ "title":"Crystal structure of human zinc insulin at pH 6.5"},
+ {
+ "experimental_method":["X-ray diffraction"],
+ "pdb_id":"6p4z",
+ "resolution":1.8,
+ "title":"Structure of gadolinium-caged cobalt (III) insulin hexamer"},
+ {
+ "experimental_method":["X-ray diffraction"],
+ "pdb_id":"6gv0",
+ "resolution":1.26,
+ "title":"Insulin glulisine"},
+ {
+ "experimental_method":["X-ray diffraction"],
+ "pdb_id":"6gnq",
+ "resolution":2.2,
+ "title":"Monoclinic crystalline form of human insulin, complexed with meta-cresol"},
+ {
+ "experimental_method":["X-ray diffraction"],
+ "pdb_id":"5ems",
+ "resolution":2.3,
+ "title":"Crystal Structure of an iodinated insulin analog"},
+ {
+ "experimental_method":["X-ray diffraction"],
+ "pdb_id":"3zu1",
+ "resolution":1.6,
+ "title":"Structure of LysB29(Nepsilon omega-carboxyheptadecanoyl) des(B30) Human Insulin"},
+ {
+ "experimental_method":["X-ray diffraction"],
+ "pdb_id":"3zu1",
+ "resolution":1.6,
+ "title":"Structure of LysB29(Nepsilon omega-carboxyheptadecanoyl) des(B30) Human Insulin"},
+ {
+ "experimental_method":["X-ray diffraction"],
+ "pdb_id":"5co9",
+ "resolution":1.92,
+ "title":"Crystal structure of human zinc insulin at pH 6.5"},
+ {
+ "experimental_method":["X-ray diffraction"],
+ "pdb_id":"2wby",
+ "resolution":2.6,
+ "title":"Crystal structure of human insulin-degrading enzyme in complex with insulin"},
+ {
+ "experimental_method":["X-ray diffraction"],
+ "pdb_id":"2wby",
+ "resolution":2.6,
+ "title":"Crystal structure of human insulin-degrading enzyme in complex with insulin"},
+ {
+ "experimental_method":["Electron Microscopy"],
+ "pdb_id":"6hn5",
+ "resolution":3.2,
+ "title":"Leucine-zippered human insulin receptor ectodomain with single bound insulin - \"upper\" membrane-distal part"},
+ {
+ "experimental_method":["X-ray diffraction"],
+ "pdb_id":"2olz",
+ "resolution":1.7,
+ "title":"Structure of human insulin in presence of thiocyanate at pH 7.0"},
+ {
+ "experimental_method":["X-ray diffraction"],
+ "pdb_id":"2olz",
+ "resolution":1.7,
+ "title":"Structure of human insulin in presence of thiocyanate at pH 7.0"},
+ {
+ "experimental_method":["X-ray diffraction"],
+ "pdb_id":"2omg",
+ "resolution":1.52,
+ "title":"Structure of human insulin cocrystallized with protamine and urea"},
+ {
+ "experimental_method":["X-ray diffraction"],
+ "pdb_id":"2w44",
+ "resolution":2.0,
+ "title":"Structure DeltaA1-A4 insulin"},
+ {
+ "experimental_method":["X-ray diffraction"],
+ "pdb_id":"2ws7",
+ "resolution":2.59,
+ "title":"Semi-synthetic analogue of human insulin ProB26-DTI"},
+ {
+ "experimental_method":["X-ray diffraction"],
+ "pdb_id":"4fg3",
+ "resolution":2.001,
+ "title":"Crystal Structure Analysis of the Human Insulin"},
+ {
+ "experimental_method":["X-ray diffraction"],
+ "pdb_id":"4fg3",
+ "resolution":2.001,
+ "title":"Crystal Structure Analysis of the Human Insulin"},
+ {
+ "experimental_method":["X-ray diffraction"],
+ "pdb_id":"1w8p",
+ "resolution":2.08,
+ "title":"Structural properties of the B25Tyr-NMe-B26Phe insulin mutant."},
+ {
+ "experimental_method":["X-ray diffraction"],
+ "pdb_id":"1w8p",
+ "resolution":2.08,
+ "title":"Structural properties of the B25Tyr-NMe-B26Phe insulin mutant."},
+ {
+ "experimental_method":["X-ray diffraction"],
+ "pdb_id":"3p33",
+ "resolution":2.3,
+ "title":"Insulin fibrillation is the Janus face of induced fit. A chiral clamp stabilizes the native state at the expense of activity"},
+ {
+ "experimental_method":["X-ray diffraction"],
+ "pdb_id":"1znj",
+ "resolution":2.0,
+ "title":"INSULIN, MONOCLINIC CRYSTAL FORM"},
+ {
+ "experimental_method":["X-ray diffraction"],
+ "pdb_id":"1znj",
+ "resolution":2.0,
+ "title":"INSULIN, MONOCLINIC CRYSTAL FORM"},
+ {
+ "experimental_method":["X-ray diffraction"],
+ "pdb_id":"1xw7",
+ "resolution":2.3,
+ "title":"Diabetes-Associated Mutations in Human Insulin: Crystal Structure and Photo-Cross-Linking Studies of A-Chain Variant Insulin Wakayama"},
+ {
+ "experimental_method":["X-ray diffraction"],
+ "pdb_id":"1xw7",
+ "resolution":2.3,
+ "title":"Diabetes-Associated Mutations in Human Insulin: Crystal Structure and Photo-Cross-Linking Studies of A-Chain Variant Insulin Wakayama"},
+ {
+ "experimental_method":["X-ray diffraction"],
+ "pdb_id":"1qj0",
+ "resolution":2.4,
+ "title":"HUMAN INSULIN HEXAMERS WITH CHAIN B HIS MUTATED TO TYR"},
+ {
+ "experimental_method":["X-ray diffraction"],
+ "pdb_id":"1rwe",
+ "resolution":1.8,
+ "title":"Enhancing the activity of insulin at receptor edge: crystal structure and photo-cross-linking of A8 analogues"},
+ {
+ "experimental_method":["X-ray diffraction"],
+ "pdb_id":"1rwe",
+ "resolution":1.8,
+ "title":"Enhancing the activity of insulin at receptor edge: crystal structure and photo-cross-linking of A8 analogues"},
+ {
+ "experimental_method":["X-ray diffraction"],
+ "pdb_id":"1evr",
+ "resolution":1.9,
+ "title":"The structure of the resorcinol/insulin R6 hexamer"},
+ {
+ "experimental_method":["X-ray diffraction"],
+ "pdb_id":"1g7b",
+ "resolution":1.3,
+ "title":"1.3 A STRUCTURE OF T3R3 HUMAN INSULIN AT 100 K"},
+ {
+ "experimental_method":["X-ray diffraction"],
+ "pdb_id":"1g7b",
+ "resolution":1.3,
+ "title":"1.3 A STRUCTURE OF T3R3 HUMAN INSULIN AT 100 K"},
+ {
+ "experimental_method":["X-ray diffraction"],
+ "pdb_id":"1ben",
+ "resolution":1.4,
+ "title":"INSULIN COMPLEXED WITH 4-HYDROXYBENZAMIDE"},
+ {
+ "experimental_method":["X-ray diffraction"],
+ "pdb_id":"1lph",
+ "resolution":2.3,
+ "title":"LYS(B28)PRO(B29)-HUMAN INSULIN"},
+ {
+ "experimental_method":["X-ray diffraction"],
+ "pdb_id":"1lph",
+ "resolution":2.3,
+ "title":"LYS(B28)PRO(B29)-HUMAN INSULIN"},
+ {
+ "experimental_method":["X-ray diffraction"],
+ "pdb_id":"2om1",
+ "resolution":1.97,
+ "title":"Structure of human insulin in presence of thiocyanate at pH 6.5"},
+ {
+ "experimental_method":["X-ray diffraction"],
+ "pdb_id":"2om0",
+ "resolution":2.05,
+ "title":"Structure of human insulin in presence of urea at pH 6.5"},
+ {
+ "experimental_method":["X-ray diffraction"],
+ "pdb_id":"2om0",
+ "resolution":2.05,
+ "title":"Structure of human insulin in presence of urea at pH 6.5"},
+ {
+ "experimental_method":["X-ray diffraction"],
+ "pdb_id":"1g7a",
+ "resolution":1.2,
+ "title":"1.2 A structure of T3R3 human insulin at 100 K"},
+ {
+ "experimental_method":["X-ray diffraction"],
+ "pdb_id":"1g7a",
+ "resolution":1.2,
+ "title":"1.2 A structure of T3R3 human insulin at 100 K"},
+ {
+ "experimental_method":["X-ray diffraction"],
+ "pdb_id":"6ck2",
+ "resolution":2.25,
+ "title":"Insulin analog containing a YB26W mutation"},
+ {
+ "experimental_method":["X-ray diffraction"],
+ "pdb_id":"5udp",
+ "resolution":1.348,
+ "title":"High resolution x-ray crystal structure of synthetic insulin lispro"},
+ {
+ "experimental_method":["X-ray diffraction"],
+ "pdb_id":"5udp",
+ "resolution":1.348,
+ "title":"High resolution x-ray crystal structure of synthetic insulin lispro"},
+ {
+ "experimental_method":["X-ray diffraction"],
+ "pdb_id":"5mt3",
+ "resolution":2.02,
+ "title":"Human insulin in complex with serotonin and arginine"},
+ {
+ "experimental_method":["X-ray diffraction"],
+ "pdb_id":"6nwv",
+ "resolution":1.601,
+ "title":"Insulin Lispro Analog"},
+ {
+ "experimental_method":["X-ray diffraction"],
+ "pdb_id":"6gnq",
+ "resolution":2.2,
+ "title":"Monoclinic crystalline form of human insulin, complexed with meta-cresol"},
+ {
+ "experimental_method":["X-ray diffraction"],
+ "pdb_id":"5hrq",
+ "resolution":1.28,
+ "title":"Insulin with proline analog HzP at position B28 in the R6 state"},
+ {
+ "experimental_method":["X-ray diffraction"],
+ "pdb_id":"5hpr",
+ "resolution":1.33,
+ "title":"Insulin with proline analog HyP at position B28 in the T2 state"},
+ {
+ "experimental_method":["X-ray diffraction"],
+ "pdb_id":"5hpr",
+ "resolution":1.33,
+ "title":"Insulin with proline analog HyP at position B28 in the T2 state"},
+ {
+ "experimental_method":["X-ray diffraction"],
+ "pdb_id":"5ems",
+ "resolution":2.3,
+ "title":"Crystal Structure of an iodinated insulin analog"},
+ {
+ "experimental_method":["X-ray diffraction"],
+ "pdb_id":"4ajx",
+ "resolution":1.2,
+ "title":"Ligand controlled assembly of hexamers, dihexamers, and linear multihexamer structures by an engineered acylated insulin"},
+ {
+ "experimental_method":["X-ray diffraction"],
+ "pdb_id":"4ajx",
+ "resolution":1.2,
+ "title":"Ligand controlled assembly of hexamers, dihexamers, and linear multihexamer structures by an engineered acylated insulin"},
+ {
+ "experimental_method":["X-ray diffraction"],
+ "pdb_id":"3v1g",
+ "resolution":2.2,
+ "title":"Forestalling insulin fibrillation by insertion of a chiral clamp mechanism-based application of protein engineering to global health"},
+ {
+ "experimental_method":["X-ray diffraction"],
+ "pdb_id":"3v1g",
+ "resolution":2.2,
+ "title":"Forestalling insulin fibrillation by insertion of a chiral clamp mechanism-based application of protein engineering to global health"},
+ {
+ "experimental_method":["X-ray diffraction"],
+ "pdb_id":"3zqr",
+ "resolution":1.9,
+ "title":"NMePheB25 insulin analogue crystal structure"},
+ {
+ "experimental_method":["X-ray diffraction"],
+ "pdb_id":"3zqr",
+ "resolution":1.9,
+ "title":"NMePheB25 insulin analogue crystal structure"},
+ {
+ "experimental_method":["X-ray diffraction"],
+ "pdb_id":"4ajz",
+ "resolution":1.8,
+ "title":"Ligand controlled assembly of hexamers, dihexamers, and linear multihexamer structures by an engineered acylated insulin"},
+ {
+ "experimental_method":["X-ray diffraction"],
+ "pdb_id":"3v19",
+ "resolution":2.0,
+ "title":"Forestalling insulin fibrillation by insertion of a chiral clamp mechanism-based application of protein engineering to global health"},
+ {
+ "experimental_method":["X-ray diffraction"],
+ "pdb_id":"3v19",
+ "resolution":2.0,
+ "title":"Forestalling insulin fibrillation by insertion of a chiral clamp mechanism-based application of protein engineering to global health"},
+ {
+ "experimental_method":["X-ray diffraction"],
+ "pdb_id":"3zs2",
+ "resolution":1.97,
+ "title":"TyrB25,NMePheB26,LysB28,ProB29-insulin analogue crystal structure"},
+ {
+ "experimental_method":["X-ray diffraction"],
+ "pdb_id":"3zs2",
+ "resolution":1.97,
+ "title":"TyrB25,NMePheB26,LysB28,ProB29-insulin analogue crystal structure"},
+ {
+ "experimental_method":["X-ray diffraction"],
+ "pdb_id":"5mt9",
+ "resolution":1.88,
+ "title":"Human insulin in complex with serotonin and arginine"},
+ {
+ "experimental_method":["X-ray diffraction"],
+ "pdb_id":"5uru",
+ "resolution":2.41,
+ "title":"Insulin with proline analog DhP at position B28 in the R6 state"},
+ {
+ "experimental_method":["X-ray diffraction"],
+ "pdb_id":"5uu3",
+ "resolution":2.25,
+ "title":"Insulin with proline analog DfP at position B28 in the R6 state"},
+ {
+ "experimental_method":["X-ray diffraction"],
+ "pdb_id":"3kq6",
+ "resolution":1.9,
+ "title":"Enhancing the Therapeutic Properties of a Protein by a Designed Zinc-Binding Site, Structural principles of a novel long-acting insulin analog"},
+ {
+ "experimental_method":["X-ray diffraction"],
+ "pdb_id":"3kq6",
+ "resolution":1.9,
+ "title":"Enhancing the Therapeutic Properties of a Protein by a Designed Zinc-Binding Site, Structural principles of a novel long-acting insulin analog"},
+ {
+ "experimental_method":["X-ray diffraction"],
+ "pdb_id":"4akj",
+ "resolution":2.01,
+ "title":"Ligand controlled assembly of hexamers, dihexamers, and linear multihexamer structures by an engineered acylated insulin"},
+ {
+ "experimental_method":["X-ray diffraction"],
+ "pdb_id":"5uss",
+ "resolution":2.061,
+ "title":"Insulin with proline analog PiP at position B28 in the R6 state"},
+ {
+ "experimental_method":["X-ray diffraction"],
+ "pdb_id":"5uss",
+ "resolution":2.061,
+ "title":"Insulin with proline analog PiP at position B28 in the R6 state"},
+ {
+ "experimental_method":["Electron Microscopy"],
+ "pdb_id":"6hn5",
+ "resolution":3.2,
+ "title":"Leucine-zippered human insulin receptor ectodomain with single bound insulin - \"upper\" membrane-distal part"},
+ {
+ "experimental_method":["X-ray diffraction"],
+ "pdb_id":"2wc0",
+ "resolution":2.8,
+ "title":"crystal structure of human insulin degrading enzyme in complex with iodinated insulin"},
+ {
+ "experimental_method":["X-ray diffraction"],
+ "pdb_id":"2wc0",
+ "resolution":2.8,
+ "title":"crystal structure of human insulin degrading enzyme in complex with iodinated insulin"},
+ {
+ "experimental_method":["Electron Microscopy"],
+ "pdb_id":"6sof",
+ "resolution":4.3,
+ "title":"human insulin receptor ectodomain bound by 4 insulin"},
+ {
+ "experimental_method":["X-ray diffraction"],
+ "pdb_id":"6z7y",
+ "resolution":2.2,
+ "title":"Human insulin in complex with the analytical antibody OXI-005 Fab"},
+ {
+ "experimental_method":["X-ray diffraction"],
+ "pdb_id":"6z7y",
+ "resolution":2.2,
+ "title":"Human insulin in complex with the analytical antibody OXI-005 Fab"},
+ {
+ "experimental_method":["X-ray diffraction"],
+ "pdb_id":"2omh",
+ "resolution":1.36,
+ "title":"Structure of human insulin cocrystallized with ARG-12 peptide in presence of urea"},
+ {
+ "experimental_method":["X-ray diffraction"],
+ "pdb_id":"2omh",
+ "resolution":1.36,
+ "title":"Structure of human insulin cocrystallized with ARG-12 peptide in presence of urea"},
+ {
+ "experimental_method":["X-ray diffraction"],
+ "pdb_id":"2omg",
+ "resolution":1.52,
+ "title":"Structure of human insulin cocrystallized with protamine and urea"},
+ {
+ "experimental_method":["X-ray diffraction"],
+ "pdb_id":"3fq9",
+ "resolution":1.35,
+ "title":"Design of an insulin analog with enhanced receptor-binding selectivity. Rationale, structure, and therapeutic implications"},
+ {
+ "experimental_method":["X-ray diffraction"],
+ "pdb_id":"3fq9",
+ "resolution":1.35,
+ "title":"Design of an insulin analog with enhanced receptor-binding selectivity. Rationale, structure, and therapeutic implications"},
+ {
+ "experimental_method":["X-ray diffraction"],
+ "pdb_id":"3jsd",
+ "resolution":2.5,
+ "title":"Insulin's biosynthesis and activity have opposing structural requirements: a new factor in neonatal diabetes mellitus"},
+ {
+ "experimental_method":["X-ray diffraction"],
+ "pdb_id":"3jsd",
+ "resolution":2.5,
+ "title":"Insulin's biosynthesis and activity have opposing structural requirements: a new factor in neonatal diabetes mellitus"},
+ {
+ "experimental_method":["X-ray diffraction"],
+ "pdb_id":"4p65",
+ "resolution":1.5,
+ "title":"Crystal structure of an cyclohexylalanine substituted insulin analog."},
+ {
+ "experimental_method":["X-ray diffraction"],
+ "pdb_id":"4p65",
+ "resolution":1.5,
+ "title":"Crystal structure of an cyclohexylalanine substituted insulin analog."},
+ {
+ "experimental_method":["X-ray diffraction"],
+ "pdb_id":"3p33",
+ "resolution":2.3,
+ "title":"Insulin fibrillation is the Janus face of induced fit. A chiral clamp stabilizes the native state at the expense of activity"},
+ {
+ "experimental_method":["X-ray diffraction"],
+ "pdb_id":"3p2x",
+ "resolution":2.0,
+ "title":"Insulin fibrillation is the Janus face of induced fit. A chiaral clamp stabilizes the native state at the expense of activity"},
+ {
+ "experimental_method":["X-ray diffraction"],
+ "pdb_id":"3p2x",
+ "resolution":2.0,
+ "title":"Insulin fibrillation is the Janus face of induced fit. A chiaral clamp stabilizes the native state at the expense of activity"},
+ {
+ "experimental_method":["X-ray diffraction"],
+ "pdb_id":"1qiz",
+ "resolution":2.0,
+ "title":"HUMAN INSULIN HEXAMERS WITH CHAIN B HIS MUTATED TO TYR COMPLEXED WITH RESORCINOL"},
+ {
+ "experimental_method":["X-ray diffraction"],
+ "pdb_id":"1qiz",
+ "resolution":2.0,
+ "title":"HUMAN INSULIN HEXAMERS WITH CHAIN B HIS MUTATED TO TYR COMPLEXED WITH RESORCINOL"},
+ {
+ "experimental_method":["X-ray diffraction"],
+ "pdb_id":"1ben",
+ "resolution":1.4,
+ "title":"INSULIN COMPLEXED WITH 4-HYDROXYBENZAMIDE"},
+ {
+ "experimental_method":["X-ray diffraction"],
+ "pdb_id":"2oly",
+ "resolution":1.7,
+ "title":"Structure of human insulin in presence of urea at pH 7.0"},
+ {
+ "experimental_method":["X-ray diffraction"],
+ "pdb_id":"2om1",
+ "resolution":1.97,
+ "title":"Structure of human insulin in presence of thiocyanate at pH 6.5"},
+ {
+ "experimental_method":["X-ray diffraction"],
+ "pdb_id":"6ck2",
+ "resolution":2.25,
+ "title":"Insulin analog containing a YB26W mutation"},
+ {
+ "experimental_method":["X-ray diffraction"],
+ "pdb_id":"6tyh",
+ "resolution":1.600019,
+ "title":"Four-Disulfide Insulin Analog A22/B22"},
+ {
+ "experimental_method":["X-ray diffraction"],
+ "pdb_id":"6tyh",
+ "resolution":1.600019,
+ "title":"Four-Disulfide Insulin Analog A22/B22"},
+ {
+ "experimental_method":["X-ray diffraction"],
+ "pdb_id":"5mt3",
+ "resolution":2.02,
+ "title":"Human insulin in complex with serotonin and arginine"},
+ {
+ "experimental_method":["X-ray diffraction"],
+ "pdb_id":"6nwv",
+ "resolution":1.601,
+ "title":"Insulin Lispro Analog"},
+ {
+ "experimental_method":["X-ray diffraction"],
+ "pdb_id":"5hpu",
+ "resolution":2.2,
+ "title":"Insulin with proline analog HyP at position B28 in the R6 state"},
+ {
+ "experimental_method":["X-ray diffraction"],
+ "pdb_id":"5hpu",
+ "resolution":2.2,
+ "title":"Insulin with proline analog HyP at position B28 in the R6 state"},
+ {
+ "experimental_method":["X-ray diffraction"],
+ "pdb_id":"5hrq",
+ "resolution":1.28,
+ "title":"Insulin with proline analog HzP at position B28 in the R6 state"},
+ {
+ "experimental_method":["X-ray diffraction"],
+ "pdb_id":"4ajz",
+ "resolution":1.8,
+ "title":"Ligand controlled assembly of hexamers, dihexamers, and linear multihexamer structures by an engineered acylated insulin"},
+ {
+ "experimental_method":["X-ray diffraction"],
+ "pdb_id":"5mt9",
+ "resolution":1.88,
+ "title":"Human insulin in complex with serotonin and arginine"},
+ {
+ "experimental_method":["X-ray diffraction"],
+ "pdb_id":"5uru",
+ "resolution":2.41,
+ "title":"Insulin with proline analog DhP at position B28 in the R6 state"},
+ {
+ "experimental_method":["X-ray diffraction"],
+ "pdb_id":"5uu3",
+ "resolution":2.25,
+ "title":"Insulin with proline analog DfP at position B28 in the R6 state"},
+ {
+ "experimental_method":["X-ray diffraction"],
+ "pdb_id":"5uu4",
+ "resolution":1.973,
+ "title":"Insulin with proline analog ThioP at position B28 in the R6 state"},
+ {
+ "experimental_method":["X-ray diffraction"],
+ "pdb_id":"5uu4",
+ "resolution":1.973,
+ "title":"Insulin with proline analog ThioP at position B28 in the R6 state"},
+ {
+ "experimental_method":["X-ray diffraction"],
+ "pdb_id":"5bqq",
+ "resolution":1.54,
+ "title":"Human insulin with intra-chain chemical crosslink between modified B27 and B30"},
+ {
+ "experimental_method":["X-ray diffraction"],
+ "pdb_id":"5mam",
+ "resolution":2.2,
+ "title":"Human insulin in complex with serotonin"},
+ {
+ "experimental_method":["X-ray diffraction"],
+ "pdb_id":"5mam",
+ "resolution":2.2,
+ "title":"Human insulin in complex with serotonin"},
+ {
+ "experimental_method":["X-ray diffraction"],
+ "pdb_id":"4akj",
+ "resolution":2.01,
+ "title":"Ligand controlled assembly of hexamers, dihexamers, and linear multihexamer structures by an engineered acylated insulin"},
+ {
+ "experimental_method":["X-ray diffraction"],
+ "pdb_id":"1q4v",
+ "resolution":2.0,
+ "title":"CRYSTAL STRUCTURE OF ALLO-ILEA2-INSULIN, AN INACTIVE CHIRAL ANALOGUE: IMPLICATIONS FOR THE MECHANISM OF RECEPTOR"},
+ {
+ "experimental_method":["X-ray diffraction"],
+ "pdb_id":"4xc4",
+ "resolution":1.499,
+ "title":"Insulin co-crystallizes in the presence of it beta-cell chaperone sulfatide"},
+ {
+ "experimental_method":["X-ray diffraction"],
+ "pdb_id":"4xc4",
+ "resolution":1.499,
+ "title":"Insulin co-crystallizes in the presence of it beta-cell chaperone sulfatide"},
+ {
+ "experimental_method":["Electron Microscopy"],
+ "pdb_id":"6sof",
+ "resolution":4.3,
+ "title":"human insulin receptor ectodomain bound by 4 insulin"},
+ {
+ "experimental_method":["Electron Microscopy"],
+ "pdb_id":"6sof",
+ "resolution":4.3,
+ "title":"human insulin receptor ectodomain bound by 4 insulin"},
+ {
+ "experimental_method":["X-ray diffraction"],
+ "pdb_id":"6z7y",
+ "resolution":2.2,
+ "title":"Human insulin in complex with the analytical antibody OXI-005 Fab"},
+ {
+ "experimental_method":["X-ray diffraction"],
+ "pdb_id":"6z7y",
+ "resolution":2.2,
+ "title":"Human insulin in complex with the analytical antibody OXI-005 Fab"},
+ {
+ "experimental_method":["X-ray diffraction"],
+ "pdb_id":"1zeh",
+ "resolution":1.5,
+ "title":"STRUCTURE OF INSULIN"},
+ {
+ "experimental_method":["X-ray diffraction"],
+ "pdb_id":"1zeh",
+ "resolution":1.5,
+ "title":"STRUCTURE OF INSULIN"},
+ {
+ "experimental_method":["X-ray diffraction"],
+ "pdb_id":"1qiy",
+ "resolution":2.3,
+ "title":"HUMAN INSULIN HEXAMERS WITH CHAIN B HIS MUTATED TO TYR COMPLEXED WITH PHENOL"},
+ {
+ "experimental_method":["X-ray diffraction"],
+ "pdb_id":"1qiy",
+ "resolution":2.3,
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+ {
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+ "pdb_id":"3rov",
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+ "title":"Insulin's biosynthesis and activity have opposing structural requirements: a new factor in neonatal diabetes mellitus"},
+ {
+ "experimental_method":["X-ray diffraction"],
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+ "title":"Human insulin with intra-chain chemical crosslink between modified B27 and B30"},
+ {
+ "experimental_method":["X-ray diffraction"],
+ "pdb_id":"1q4v",
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+ "title":"CRYSTAL STRUCTURE OF ALLO-ILEA2-INSULIN, AN INACTIVE CHIRAL ANALOGUE: IMPLICATIONS FOR THE MECHANISM OF RECEPTOR"},
+ {
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+ "title":"human insulin receptor ectodomain bound by 4 insulin"},
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+ "experimental_method":["X-ray diffraction"],
+ "pdb_id":"6z7w",
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+ "title":"Human insulin in complex with the analytical antibody HUI-018 Fab"},
+ {
+ "experimental_method":["X-ray diffraction"],
+ "pdb_id":"6z7w",
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+ "title":"Human insulin in complex with the analytical antibody HUI-018 Fab"},
+ {
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+ "title":"STRUCTURE OF B28 ASP INSULIN IN COMPLEX WITH PHENOL"},
+ {
+ "experimental_method":["X-ray diffraction"],
+ "pdb_id":"5uqa",
+ "resolution":1.3100024,
+ "title":"Insulin with proline analog FzP at position B28 in the R6 state"},
+ {
+ "experimental_method":["X-ray diffraction"],
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+ "title":"Human insulin in complex with the analytical antibody HUI-018 Fab"},
+ {
+ "experimental_method":["X-ray diffraction"],
+ "pdb_id":"6z7w",
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+ "title":"Human insulin in complex with the analytical antibody HUI-018 Fab"},
+ {
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+ "title":"STRUCTURE OF INSULIN"}]
+ }}
--- /dev/null
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DETERMINED","provider":"SASBDB","created":"2020-12-18","uniprot_start":25,"uniprot_end":110,"model_url":"https://www.sasbdb.org/media/pdb_file/SASDJY3_fit1_model1.pdb","model_format":"PDB","model_page_url":"https://www.sasbdb.org/data/SASDJY3"},{"model_identifier":"4421","model_category":"EXPERIMENTALLY DETERMINED","provider":"SASBDB","created":"2020-12-18","uniprot_start":25,"uniprot_end":110,"model_url":"https://www.sasbdb.org/media/pdb_file/SASDJY3_fit1_model2.pdb","model_format":"PDB","model_page_url":"https://www.sasbdb.org/data/SASDJY3"},{"model_identifier":"4422","model_category":"EXPERIMENTALLY DETERMINED","provider":"SASBDB","created":"2020-12-18","uniprot_start":25,"uniprot_end":110,"model_url":"https://www.sasbdb.org/media/pdb_file/SASDJZ3_fit1_model1.pdb","model_format":"PDB","model_page_url":"https://www.sasbdb.org/data/SASDJZ3"},{"model_identifier":"4423","model_category":"EXPERIMENTALLY DETERMINED","provider":"SASBDB","created":"2020-12-18","uniprot_start":25,"uniprot_end":110,"model_url":"https://www.sasbdb.org/media/pdb_file/SASDJZ3_fit1_model2.pdb","model_format":"PDB","model_page_url":"https://www.sasbdb.org/data/SASDJZ3"}]}
\ No newline at end of file
import jalview.fts.core.FTSRestClient;
import jalview.fts.core.FTSRestRequest;
import jalview.fts.service.pdb.PDBFTSRestClient;
+import jalview.fts.service.pdb.PDBFTSRestClientTest;
import jalview.fts.service.threedbeacons.TDBeaconsFTSRestClient;
import jalview.fts.threedbeacons.TDBeaconsFTSRestClientTest;
import jalview.gui.structurechooser.PDBStructureChooserQuerySource;
public void populateFilterComboBoxTest() throws InterruptedException
{
TDBeaconsFTSRestClientTest.setMock();
- PDBFTSRestClient.setMock();
+ PDBFTSRestClientTest.setMock();
SequenceI[] selectedSeqs = new SequenceI[] { seq };
StructureChooser sc = new StructureChooser(selectedSeqs, seq, null);
public void fetchStructuresInfoMockedTest()
{
TDBeaconsFTSRestClientTest.setMock();
- PDBFTSRestClient.setMock();
+ PDBFTSRestClientTest.setMock();
SequenceI[] selectedSeqs = new SequenceI[] { upSeq };
StructureChooser sc = new StructureChooser(selectedSeqs, seq, null);
sc.fetchStructuresMetaData();
import jalview.fts.core.FTSRestRequest;
import jalview.fts.core.FTSRestResponse;
import jalview.fts.service.pdb.PDBFTSRestClient;
+import jalview.fts.service.pdb.PDBFTSRestClientTest;
import jalview.fts.threedbeacons.TDBeaconsFTSRestClientTest;
import jalview.gui.JvOptionPane;
import jalview.gui.StructureChooser;
{
System.out.println("seq >>>> " + upSeq);
TDBeaconsFTSRestClientTest.setMock();
- PDBFTSRestClient.setMock();
+ PDBFTSRestClientTest.setMock();
StructureChooserQuerySource scquery = StructureChooserQuerySource.getQuerySourceFor(new SequenceI[] { upSeq});
// gets the lightweight proxy rather than the ThreeDBStructureChooserQuerySource
AssertJUnit.assertTrue(scquery instanceof ThreeDBStructureChooserQuerySource);
public void cascadingThreeDBandPDBQuerys(SequenceI testUpSeq)
{
TDBeaconsFTSRestClientTest.setMock();
- PDBFTSRestClient.setMock();
+ PDBFTSRestClientTest.setMock();
ThreeDBStructureChooserQuerySource tdbquery = new ThreeDBStructureChooserQuerySource();
PDBStructureChooserQuerySource pdbquery = new PDBStructureChooserQuerySource();
git://source.jalview.org / jalview.git / commitdiff