From: Jim Procter Date: Wed, 30 Mar 2022 16:32:19 +0000 (+0100) Subject: JAL-3976 fix mock PDBFTS query & responses X-Git-Tag: Release_2_11_2_1~7^2 X-Git-Url: http://source.jalview.org/gitweb/?a=commitdiff_plain;h=c9c5cdd4e2859de09b36d76227e0d0dce7aaf98d;p=jalview.git JAL-3976 fix mock PDBFTS query & responses --- diff --git a/test/jalview/fts/threedbeacons/p01308_pdbfts_query.txt b/test/jalview/fts/threedbeacons/p01308_pdbfts_query.txt index 47a59ab..efb4c88 100644 --- a/test/jalview/fts/threedbeacons/p01308_pdbfts_query.txt +++ b/test/jalview/fts/threedbeacons/p01308_pdbfts_query.txt @@ -1 +1 @@ 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ultra-stable single-chain insulin analog resists thermal inactivation and exhibits biological signaling duration equivalent to the native protein"}, + { + "experimental_method":["Solution NMR"], + "pdb_id":"1efe", + "title":"AN ACTIVE MINI-PROINSULIN, M2PI"}, + { + "experimental_method":["Solution NMR"], + "pdb_id":"1sju", + "title":"MINI-PROINSULIN, SINGLE CHAIN INSULIN ANALOG MUTANT: DES B30, HIS(B 10)ASP, PRO(B 28)ASP AND PEPTIDE BOND BETWEEN LYS B 29 AND GLY A 1, NMR, 20 STRUCTURES"}, + { + "experimental_method":["Solution NMR"], + "pdb_id":"6k59", + "title":"Structure of Glargine insulin in 20% acetic acid-d4 (pH 1.9)"}, + { + "experimental_method":["Solution NMR"], + "pdb_id":"6k59", + "title":"Structure of Glargine insulin in 20% acetic acid-d4 (pH 1.9)"}, + { + "experimental_method":["Solution NMR"], + "pdb_id":"1his", + "title":"Structure and dynamics of des-pentapeptide-insulin in solution: the molten-globule hypothesis."}, + { + "experimental_method":["Solution NMR"], + "pdb_id":"1hit", + "title":"Receptor binding redefined by a structural switch in a mutant Human Insulin"}, + { + "experimental_method":["Solution NMR"], + "pdb_id":"1hit", + "title":"Receptor binding redefined by a structural switch in a mutant Human Insulin"}, + { + "experimental_method":["Solution NMR"], + "pdb_id":"1his", + "title":"Structure and dynamics of des-pentapeptide-insulin in solution: the molten-globule hypothesis."}, + { + "experimental_method":["Solution NMR"], + "pdb_id":"2m2p", + "title":"Structure of [D-HisB24] insulin analogue at pH 8.0"}, + { + "experimental_method":["Solution NMR"], + "pdb_id":"2m1d", + "title":"Biosynthetic engineered B28K-B29P human insulin monomer structure in in water/acetonitrile solutions."}, + { + "experimental_method":["Solution NMR"], + "pdb_id":"2m2n", + "title":"Structure of [L-HisB24] insulin analogue at pH 8.0"}, + { + "experimental_method":["Solution NMR"], + "pdb_id":"2m2n", + "title":"Structure of [L-HisB24] insulin analogue at pH 8.0"}, + { + "experimental_method":["Solution NMR"], + "pdb_id":"2mvd", + "title":"Solution structure of [GlnB22]-insulin mutant at pH 1.9"}, + { + "experimental_method":["Solution NMR"], + "pdb_id":"2mvd", + "title":"Solution structure of [GlnB22]-insulin mutant at pH 1.9"}, + { + "experimental_method":["Solution NMR"], + "pdb_id":"2mvc", + "title":"Solution structure of human insulin at pH 1.9"}, + { + "experimental_method":["X-ray diffraction"], + "pdb_id":"6o17", + "resolution":1.58, + "title":"Recombinant Human Insulin"}, + { + "experimental_method":["X-ray diffraction"], + "pdb_id":"6o17", + "resolution":1.58, + "title":"Recombinant Human Insulin"}, + { + "experimental_method":["X-ray diffraction"], + "pdb_id":"2c8r", + "resolution":1.5, + "title":"insuline(60sec) and UV laser excited fluorescence"}, + { + "experimental_method":["X-ray diffraction"], + "pdb_id":"2c8r", + "resolution":1.5, + "title":"insuline(60sec) and UV laser excited fluorescence"}, + { + "experimental_method":["Solution NMR"], + "pdb_id":"1hiq", + "title":"PARADOXICAL STRUCTURE AND FUNCTION IN A MUTANT HUMAN INSULIN ASSOCIATED WITH DIABETES MELLITUS"}, + { + "experimental_method":["Solution NMR"], + "pdb_id":"1hiq", + "title":"PARADOXICAL STRUCTURE AND FUNCTION IN A MUTANT HUMAN INSULIN ASSOCIATED WITH DIABETES MELLITUS"}, + { + "experimental_method":["Solution NMR"], + "pdb_id":"1vkt", + "title":"HUMAN INSULIN TWO DISULFIDE MODEL, NMR, 10 STRUCTURES"}, + { + "experimental_method":["X-ray diffraction"], + "pdb_id":"2c8q", + "resolution":1.95, + "title":"insuline(1sec) and UV laser excited fluorescence"}, + { + "experimental_method":["X-ray diffraction"], + "pdb_id":"2c8q", + "resolution":1.95, + "title":"insuline(1sec) and UV laser excited fluorescence"}, + { + "experimental_method":["Solution NMR"], + "pdb_id":"2m2o", + "title":"Structure of [D-HisB24] insulin analogue at pH 1.9"}, + { + "experimental_method":["Solution NMR"], + "pdb_id":"2m1e", + "title":"Biosynthetic engineered B28K-B29P human insulin monomer structure in in water solutions."}, + { + "experimental_method":["X-ray diffraction"], + "pdb_id":"7nhu", + "resolution":1.4, + "title":"Crystal structure of desB30 insulin produced by cell free protein synthesis"}, + { + "experimental_method":["Solution NMR"], + "pdb_id":"2m2p", + "title":"Structure of [D-HisB24] insulin analogue at pH 8.0"}, + { + "experimental_method":["Solution NMR"], + "pdb_id":"2m1d", + "title":"Biosynthetic engineered B28K-B29P human insulin monomer structure in in water/acetonitrile solutions."}, + { + "experimental_method":["X-ray diffraction"], + "pdb_id":"5en9", + "resolution":1.5, + "title":"High resolution x-ray crystal structure of isotope-labeled ester-insulin"}, + { + "experimental_method":["X-ray diffraction"], + "pdb_id":"5ena", + "resolution":1.35, + "title":"Xray crystal structure of isotope-labeled human insulin"}, + { + "experimental_method":["X-ray diffraction"], + "pdb_id":"5viz", + "resolution":1.7, + "title":"X-Ray structure of Insulin Glargine"}, + { + "experimental_method":["X-ray diffraction"], + "pdb_id":"5viz", + "resolution":1.7, + "title":"X-Ray structure of Insulin Glargine"}, + { + "experimental_method":["Solution NMR"], + "pdb_id":"5mwq", + "title":"Biosynthetic engineered A21K-B31K-B32R human insulin monomer structure in water/acetonitrile solution"}, + { + "experimental_method":["Solution NMR"], + "pdb_id":"2mvc", + "title":"Solution structure of human insulin at pH 1.9"}, + { + "experimental_method":["X-ray diffraction"], + "pdb_id":"2ws4", + "resolution":1.9, + "title":"Semi-synthetic analogue of human insulin ProB26-DTI in monomer form"}, + { + "experimental_method":["Solution NMR"], + "pdb_id":"1sjt", + "title":"MINI-PROINSULIN, TWO CHAIN INSULIN ANALOG MUTANT: DES B30, HIS(B 10)ASP, PRO(B 28)ASP, NMR, 20 STRUCTURES"}, + { + "experimental_method":["Solution NMR"], + "pdb_id":"1sjt", + "title":"MINI-PROINSULIN, TWO CHAIN INSULIN ANALOG MUTANT: DES B30, HIS(B 10)ASP, PRO(B 28)ASP, NMR, 20 STRUCTURES"}, + { + "experimental_method":["Solution NMR"], + "pdb_id":"1vkt", + "title":"HUMAN INSULIN TWO DISULFIDE MODEL, NMR, 10 STRUCTURES"}, + { + "experimental_method":["Solution NMR"], + "pdb_id":"1lkq", + "title":"NMR STRUCTURE OF HUMAN INSULIN MUTANT ILE-A2-GLY, VAL-A3-GLY, HIS-B10-ASP, PRO-B28-LYS, LYS-B29-PRO, 20 STRUCTURES"}, + { + "experimental_method":["Solution NMR"], + "pdb_id":"1lkq", + "title":"NMR STRUCTURE OF HUMAN INSULIN MUTANT ILE-A2-GLY, VAL-A3-GLY, HIS-B10-ASP, PRO-B28-LYS, LYS-B29-PRO, 20 STRUCTURES"}, + { + "experimental_method":["Solution NMR"], + "pdb_id":"1k3m", + "title":"NMR STRUCTURE OF HUMAN INSULIN MUTANT ILE-A2-ALA, HIS-B10-ASP, PRO-B28-LYS, LYS-B29-PRO, 15 STRUCTURES"}, + { + "experimental_method":["Solution NMR"], + "pdb_id":"1k3m", + "title":"NMR STRUCTURE OF HUMAN INSULIN MUTANT ILE-A2-ALA, HIS-B10-ASP, PRO-B28-LYS, LYS-B29-PRO, 15 STRUCTURES"}, + { + "experimental_method":["X-ray diffraction"], + "pdb_id":"3ilg", + "resolution":1.9, + "title":"Crystal structure of humnan insulin Sr+2 complex"}, + { + "experimental_method":["Solution NMR"], + "pdb_id":"2m2o", + "title":"Structure of [D-HisB24] insulin analogue at pH 1.9"}, + { + "experimental_method":["Solution NMR"], + "pdb_id":"2m1e", + "title":"Biosynthetic engineered B28K-B29P human insulin monomer structure in in water solutions."}, + { + "experimental_method":["X-ray diffraction"], + "pdb_id":"7nhu", + "resolution":1.4, + "title":"Crystal structure of desB30 insulin produced by cell free protein synthesis"}, + { + "experimental_method":["X-ray diffraction"], + "pdb_id":"3u4n", + "resolution":1.98, + "title":"A novel covalently linked insulin dimer"}, + { + "experimental_method":["X-ray diffraction"], + "pdb_id":"3u4n", + "resolution":1.98, + "title":"A novel covalently linked insulin dimer"}, + { + "experimental_method":["X-ray diffraction"], + "pdb_id":"5en9", + "resolution":1.5, + "title":"High resolution x-ray crystal structure of isotope-labeled ester-insulin"}, + { + "experimental_method":["X-ray diffraction"], + "pdb_id":"5ena", + "resolution":1.35, + "title":"Xray crystal structure of isotope-labeled human insulin"}, + { + "experimental_method":["Solution NMR"], + "pdb_id":"5mwq", + "title":"Biosynthetic engineered A21K-B31K-B32R human insulin monomer structure in water/acetonitrile solution"}, + { + "experimental_method":["X-ray diffraction"], + "pdb_id":"2wrw", + "resolution":2.41, + "title":"Semi-synthetic highly active analogue of human insulin D-ProB26-DTI- NH2"}, + { + "experimental_method":["X-ray diffraction"], + "pdb_id":"2wrw", + "resolution":2.41, + "title":"Semi-synthetic highly active analogue of human insulin D-ProB26-DTI- NH2"}, + { + "experimental_method":["Solution NMR"], + "pdb_id":"2l1z", + "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":["Solution NMR"], + "pdb_id":"2l1z", + "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":["Solution NMR"], + "pdb_id":"6x4x", + "title":"B24Y DKP insulin"}, + { + "experimental_method":["Solution NMR"], + "pdb_id":"6x4x", + "title":"B24Y DKP insulin"}, + { + "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"}, + { + "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":"2kju", + "title":"NMR structure of human insulin mutant glu-b21-d-glu, his-b10 asp pro-b28-lys, lys-b29-pro, 20 structures"}, + { + "experimental_method":["X-ray diffraction"], + "pdb_id":"2ws4", + "resolution":1.9, + "title":"Semi-synthetic analogue of human insulin ProB26-DTI in monomer form"}, + { + "experimental_method":["X-ray diffraction"], + "pdb_id":"2qiu", + "resolution":2.0, + "title":"Structure of Human Arg-Insulin"}, + { + "experimental_method":["Solution NMR"], + "pdb_id":"2kjj", + "title":"Dynamics of insulin probed by 1H-NMR amide proton exchange anomalous flexibility of the receptor-binding surface"}, + { + "experimental_method":["Solution NMR"], + "pdb_id":"2kjj", + "title":"Dynamics of insulin probed by 1H-NMR amide proton exchange anomalous flexibility of the receptor-binding surface"}, + { + "experimental_method":["X-ray diffraction"], + "pdb_id":"3zi3", + "resolution":1.7, + "title":"Crystal structure of the B24His-insulin - human analogue"}, + { + "experimental_method":["X-ray diffraction"], + "pdb_id":"3zi3", + "resolution":1.7, + "title":"Crystal structure of the B24His-insulin - human analogue"}, + { + "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":"1jco", + "title":"Solution structure of the monomeric [Thr(B27)->Pro,Pro(B28)->Thr] insulin mutant (PT insulin)"}, + { + "experimental_method":["Solution NMR"], + "pdb_id":"1ioh", + "title":"INSULIN MUTANT A8 HIS,(B1, B10, B16, B27)GLU, DES-B30, NMR, 26 STRUCTURES"}, + { + "experimental_method":["Solution NMR"], + "pdb_id":"1iog", + "title":"INSULIN MUTANT A3 GLY,(B1, B10, B16, B27)GLU, DES-B30, NMR, 19 STRUCTURES"}, + { + "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":"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"}, + { + "experimental_method":["X-ray diffraction"], + "pdb_id":"3i40", + "resolution":1.85, + "title":"Human insulin"}, + { + "experimental_method":["X-ray diffraction"], + "pdb_id":"2r35", + "resolution":2.08, + "title":"Crystal structure of RB human arg-insulin"}, + { + "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":"2juu", + "title":"allo-ThrA3 DKP-insulin"}, + { + "experimental_method":["Solution NMR"], + "pdb_id":"2jum", + "title":"ThrA3-DKP-insulin"}, + { + "experimental_method":["Solution NMR"], + "pdb_id":"2jum", + "title":"ThrA3-DKP-insulin"}, + { + "experimental_method":["Solution NMR"], + "pdb_id":"1xgl", + "title":"HUMAN INSULIN DISULFIDE ISOMER, NMR, 10 STRUCTURES"}, + { + "experimental_method":["Solution NMR"], + "pdb_id":"1xgl", + "title":"HUMAN INSULIN DISULFIDE ISOMER, NMR, 10 STRUCTURES"}, + { + "experimental_method":["Solution NMR"], + "pdb_id":"1t1k", + "title":"NMR STRUCTURE OF HUMAN INSULIN MUTANT HIS-B10-ASP, VAL-B12-ALA, PRO-B28-LYS, LYS-B29-PRO, 15 STRUCTURES"}, + { + "experimental_method":["Solution NMR"], + "pdb_id":"1t1k", + "title":"NMR STRUCTURE OF HUMAN INSULIN MUTANT HIS-B10-ASP, VAL-B12-ALA, PRO-B28-LYS, LYS-B29-PRO, 15 STRUCTURES"}, + { + "experimental_method":["Solution NMR"], + "pdb_id":"1kmf", + "title":"NMR STRUCTURE OF HUMAN INSULIN MUTANT ILE-A2-ALLO-ILE, HIS-B10-ASP, PRO-B28-LYS, LYS-B29-PRO, 15 STRUCTURES"}, + { + "experimental_method":["Solution NMR"], + "pdb_id":"1kmf", + "title":"NMR STRUCTURE OF HUMAN INSULIN MUTANT ILE-A2-ALLO-ILE, HIS-B10-ASP, PRO-B28-LYS, LYS-B29-PRO, 15 STRUCTURES"}, + { + "experimental_method":["X-ray diffraction"], + "pdb_id":"3ilg", + "resolution":1.9, + "title":"Crystal structure of humnan insulin Sr+2 complex"}, + { + "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"}, + { + "experimental_method":["X-ray diffraction"], + "pdb_id":"7jp3", + "resolution":1.95, + "title":"Des-B29,B30-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":"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":"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":["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":"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":["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":["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":"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":["Solution NMR"], + "pdb_id":"2mpg", + "title":"Solution structure of the [AibB8,LysB28,ProB29]-insulin analogue"}, + { + "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":"2kju", + "title":"NMR structure of human insulin mutant glu-b21-d-glu, his-b10 asp pro-b28-lys, lys-b29-pro, 20 structures"}, + { + "experimental_method":["X-ray diffraction"], + "pdb_id":"2qiu", + "resolution":2.0, + "title":"Structure of Human Arg-Insulin"}, + { + "experimental_method":["Solution NMR"], + "pdb_id":"2aiy", + "title":"R6 HUMAN INSULIN HEXAMER (SYMMETRIC), NMR, 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":"2juv", + "title":"AbaA3-DKP-insulin"}, + { + "experimental_method":["Solution NMR"], + "pdb_id":"2juv", + "title":"AbaA3-DKP-insulin"}, + { + "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":["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":["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":"1jco", + "title":"Solution structure of the monomeric [Thr(B27)->Pro,Pro(B28)->Thr] insulin mutant (PT insulin)"}, + { + "experimental_method":["Solution NMR"], + "pdb_id":"1ioh", + "title":"INSULIN MUTANT A8 HIS,(B1, B10, B16, B27)GLU, DES-B30, NMR, 26 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":"1iog", + "title":"INSULIN MUTANT A3 GLY,(B1, B10, B16, B27)GLU, DES-B30, NMR, 19 STRUCTURES"}, + { + "experimental_method":["Solution NMR"], + "pdb_id":"1a7f", + "title":"INSULIN MUTANT B16 GLU, B24 GLY, DES-B30, NMR, 20 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":"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":["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":["X-ray diffraction"], + "pdb_id":"3i40", + "resolution":1.85, + "title":"Human insulin"}, + { + "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":"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":"2r35", + "resolution":2.08, + "title":"Crystal structure of RB human arg-insulin"}, + { + "experimental_method":["Solution NMR"], + "pdb_id":"2juu", + "title":"allo-ThrA3 DKP-insulin"}, + { + "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":["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":["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":["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":"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":["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":"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":"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":"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":"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":["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":"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":"4ung", + "resolution":1.81, + "title":"Human insulin B26Asn mutant crystal structure"}, + { + "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":"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":"2n2v", + "title":"Solution structure of [B26-B29 triazole cross-linked]-insulin analogue at pH 1.9"}, + { + "experimental_method":["Solution NMR"], + "pdb_id":"2mpg", + "title":"Solution structure of the [AibB8,LysB28,ProB29]-insulin analogue"}, + { + "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":["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":["Solution NMR"], + "pdb_id":"2mli", + "title":"NMR structure of B25-(alpha, beta)-dehydro-phenylalanine insulin"}, + { + "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":["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":"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":["X-ray diffraction"], + "pdb_id":"2ws0", + "resolution":2.1, + "title":"Semi-synthetic analogue of human insulin NMeAlaB26-insulin at pH 7.5"}, + { + "experimental_method":["X-ray diffraction"], + "pdb_id":"2g56", + "resolution":2.2, + "title":"crystal structure of human insulin-degrading enzyme in complex with insulin B chain"}, + { + "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":["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":"2hho", + "title":"NMR structure of human insulin mutant GLY-B8-SER, HIS-B10-ASP PRO-B28-LYS, LYS-B29-PRO, 20 structures"}, + { + "experimental_method":["X-ray diffraction"], + "pdb_id":"4ewx", + "resolution":2.201, + "title":"Human Insulin"}, + { + "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":"1mso", + "resolution":1.0, + "title":"T6 Human Insulin at 1.0 A Resolution"}, + { + "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":"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":"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":["X-ray diffraction"], + "pdb_id":"1os3", + "resolution":1.95, + "title":"Dehydrated T6 human insulin at 100 K"}, + { + "experimental_method":["X-ray diffraction"], + "pdb_id":"2r34", + "resolution":2.25, + "title":"Crystal structure of MN human arg-insulin"}, + { + "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":"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":"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":["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":"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":"5uu2", + "resolution":1.223, + "title":"Insulin with proline analog ThioP at position B28 in the T2 state"}, + { + "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":"2n2v", + "title":"Solution structure of [B26-B29 triazole cross-linked]-insulin analogue at pH 1.9"}, + { + "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":["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":"5bpo", + "resolution":1.9, + "title":"Human insulin with intra-chain chemical crosslink between modified B27 and B29"}, + { + "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":["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":"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":"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":"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":"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":["X-ray diffraction"], + "pdb_id":"4f1f", + "resolution":1.684, + "title":"Human Insulin"}, + { + "experimental_method":["X-ray diffraction"], + "pdb_id":"4f1g", + "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":"4f1c", + "resolution":1.7, + "title":"Human Insulin"}, + { + "experimental_method":["X-ray diffraction"], + "pdb_id":"4f1b", + "resolution":1.591, + "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":"4eww", + "resolution":2.3, + "title":"Human Insulin"}, + { + "experimental_method":["X-ray diffraction"], + "pdb_id":"4f4v", + "resolution":1.637, + "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":"4eyp", + "resolution":1.591, + "title":"Human Insulin"}, + { + "experimental_method":["X-ray diffraction"], + "pdb_id":"4eyn", + "resolution":1.532, + "title":"Human Insulin"}, + { + "experimental_method":["X-ray diffraction"], + "pdb_id":"4f1d", + "resolution":1.637, + "title":"Human Insulin"}, + { + "experimental_method":["X-ray diffraction"], + "pdb_id":"4eyn", + "resolution":1.532, + "title":"Human Insulin"}, + { + "experimental_method":["X-ray diffraction"], + "pdb_id":"4ex1", + "resolution":1.657, + "title":"Human Insulin"}, + { + "experimental_method":["X-ray diffraction"], + "pdb_id":"4ey1", + "resolution":1.471, + "title":"Human Insulin"}, + { + "experimental_method":["X-ray diffraction"], + "pdb_id":"4f51", + "resolution":1.637, + "title":"Human Insulin"}, + { + "experimental_method":["X-ray diffraction"], + "pdb_id":"4f4t", + "resolution":1.637, + "title":"Human Insulin"}, + { + "experimental_method":["X-ray diffraction"], + "pdb_id":"4ewz", + "resolution":1.791, + "title":"Human Insulin"}, + { + "experimental_method":["X-ray diffraction"], + "pdb_id":"4ewx", + "resolution":2.201, + "title":"Human Insulin"}, + { + "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":"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":"4ewz", + "resolution":1.791, + "title":"Human Insulin"}, + { + "experimental_method":["Solution NMR"], + "pdb_id":"1aiy", + "title":"R6 HUMAN INSULIN HEXAMER (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":"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":"1jca", + "resolution":2.5, + "title":"Non-standard Design of Unstable Insulin Analogues with Enhanced Activity"}, + { + "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":["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":["X-ray diffraction"], + "pdb_id":"4f8f", + "resolution":1.676, + "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":"4fka", + "resolution":1.08, + "title":"High resolution structure of the manganese derivative of insulin"}, + { + "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":"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":"5c0d", + "resolution":1.68, + "title":"HLA-A02 carrying AQWGPDPAAA"}, + { + "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":"5cny", + "resolution":1.7, + "title":"Crystal Structure of human zinc insulin at pH 5.5"}, + { + "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":"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":"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":["Solution NMR"], + "pdb_id":"2mli", + "title":"NMR structure of B25-(alpha, beta)-dehydro-phenylalanine insulin"}, + { + "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":"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":"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":"4f1f", + "resolution":1.684, + "title":"Human Insulin"}, + { + "experimental_method":["X-ray diffraction"], + "pdb_id":"4f1g", + "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":"4f1c", + "resolution":1.7, + "title":"Human Insulin"}, + { + "experimental_method":["X-ray diffraction"], + "pdb_id":"4f1b", + "resolution":1.591, + "title":"Human Insulin"}, + { + "experimental_method":["X-ray diffraction"], + "pdb_id":"4f4v", + "resolution":1.637, + "title":"Human Insulin"}, + { + "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":"4eyp", + "resolution":1.591, + "title":"Human Insulin"}, + { + "experimental_method":["X-ray diffraction"], + "pdb_id":"4f1d", + "resolution":1.637, + "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":"4ex1", + "resolution":1.657, + "title":"Human Insulin"}, + { + "experimental_method":["X-ray diffraction"], + "pdb_id":"4ey1", + "resolution":1.471, + "title":"Human Insulin"}, + { + "experimental_method":["X-ray diffraction"], + "pdb_id":"4f51", + "resolution":1.637, + "title":"Human Insulin"}, + { + "experimental_method":["X-ray diffraction"], + "pdb_id":"4f4t", + "resolution":1.637, + "title":"Human Insulin"}, + { + "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":"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":"1jca", + "resolution":2.5, + "title":"Non-standard Design of Unstable Insulin Analogues with Enhanced Activity"}, + { + "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":"2r36", + "resolution":2.0, + "title":"Crystal structure of ni human ARG-insulin"}, + { + "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 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":"4gbi", + "resolution":2.502, + "title":"Crystal structure of aspart insulin at pH 6.5"}, + { + "experimental_method":["X-ray diffraction"], + "pdb_id":"4f8f", + "resolution":1.676, + "title":"Human Insulin"}, + { + "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":"4fka", + "resolution":1.08, + "title":"High resolution structure of the manganese derivative of insulin"}, + { + "experimental_method":["Electron Microscopy"], + "pdb_id":"7pg3", + "resolution":7.3, + "title":"Low resolution Cryo-EM structure of the full-length insulin receptor bound to 3 insulin, conf 2"}, + { + "experimental_method":["Electron Microscopy"], + "pdb_id":"7pg3", + "resolution":7.3, + "title":"Low resolution Cryo-EM structure of the full-length insulin receptor bound to 3 insulin, conf 2"}, + { + "experimental_method":["Electron Microscopy"], + "pdb_id":"7pg0", + "resolution":7.6, + "title":"Low resolution Cryo-EM structure of full-length insulin receptor bound to 3 insulin with visible ddm micelle, conf 1"}, + { + "experimental_method":["Electron Microscopy"], + "pdb_id":"7pg0", + "resolution":7.6, + "title":"Low resolution Cryo-EM structure of full-length insulin receptor bound to 3 insulin with visible ddm micelle, conf 1"}, + { + "experimental_method":["Electron Microscopy"], + "pdb_id":"7pg2", + "resolution":6.7, + "title":"Low resolution Cryo-EM structure of full-length insulin receptor bound to 3 insulin, conf 1"}, + { + "experimental_method":["Electron Microscopy"], + "pdb_id":"7pg2", + "resolution":6.7, + "title":"Low resolution Cryo-EM structure of full-length insulin receptor bound to 3 insulin, conf 1"}, + { + "experimental_method":["Electron Microscopy"], + "pdb_id":"7pg4", + "resolution":9.1, + "title":"Low resolution Cryo-EM structure of the full-length insulin receptor bound to 2 insulin, conf 3"}, + { + "experimental_method":["Electron Microscopy"], + "pdb_id":"7pg4", + "resolution":9.1, + "title":"Low resolution Cryo-EM structure of the full-length insulin receptor bound to 2 insulin, conf 3"}, + { + "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":"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":"4iuz", + "resolution":1.6, + "title":"High resolution crystal structure of racemic ester 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":"4cy7", + "resolution":1.4, + "title":"Crystal structure of human insulin analogue (NMe-AlaB8)-insulin crystal form II"}, + { + "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":"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":"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":"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":"6gv0", + "resolution":1.26, + "title":"Insulin glulisine"}, + { + "experimental_method":["X-ray diffraction"], + "pdb_id":"2omi", + "resolution":2.24, + "title":"Structure of human insulin cocrystallized with protamine"}, + { + "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":"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":"2vk0", + "resolution":2.2, + "title":"Crystal structure form ultalente insulin microcrystals"}, + { + "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":"2g54", + "resolution":2.25, + "title":"Crystal structure of Zn-bound human insulin-degrading enzyme in complex with insulin B chain"}, + { + "experimental_method":["X-ray powder diffraction"], + "pdb_id":"1fub", + "title":"FIRST PROTEIN STRUCTURE DETERMINED FROM X-RAY POWDER DIFFRACTION DATA"}, + { + "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 diffraction"], + "pdb_id":"2r36", + "resolution":2.0, + "title":"Crystal structure of ni human ARG-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":"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":"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":["Electron Microscopy"], + "pdb_id":"6ce7", + "resolution":7.4, + "title":"Insulin Receptor ectodomain in complex with one insulin molecule"}, + { + "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":"3utq", + "resolution":1.67, + "title":"Human HLA-A*0201-ALWGPDPAAA"}, + { + "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":"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":"5ems", + "resolution":2.3, + "title":"Crystal Structure of an iodinated insulin analog"}, + { + "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":"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":"4cy7", + "resolution":1.4, + "title":"Crystal structure of human insulin analogue (NMe-AlaB8)-insulin crystal form II"}, + { + "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":"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":"6gnq", + "resolution":2.2, + "title":"Monoclinic crystalline form of human insulin, complexed with meta-cresol"}, + { + "experimental_method":["X-ray diffraction"], + "pdb_id":"6gv0", + "resolution":1.26, + "title":"Insulin glulisine"}, + { + "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":"2omi", + "resolution":2.24, + "title":"Structure of human insulin cocrystallized with protamine"}, + { + "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 powder diffraction"], + "pdb_id":"1fu2", + "title":"FIRST PROTEIN STRUCTURE DETERMINED FROM X-RAY POWDER DIFFRACTION DATA"}, + { + "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":"1ev3", + "resolution":1.78, + "title":"Structure of the rhombohedral form of the M-cresol/insulin R6 hexamer"}, + { + "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":"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":"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 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":"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":"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":"7s4y", + "resolution":1.71, + "title":"Serial Macromolecular Crystallography at ALBA Synchrotron Light Source - Insulin"}, + { + "experimental_method":["X-ray diffraction"], + "pdb_id":"7s4y", + "resolution":1.71, + "title":"Serial Macromolecular Crystallography at ALBA Synchrotron Light Source - Insulin"}, + { + "experimental_method":["Electron Microscopy"], + "pdb_id":"6ce7", + "resolution":7.4, + "title":"Insulin Receptor ectodomain in complex with one insulin molecule"}, + { + "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":"1jk8", + "resolution":2.4, + "title":"Crystal structure of a human insulin peptide-HLA-DQ8 complex"}, + { + "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":["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":"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":"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":"5ems", + "resolution":2.3, + "title":"Crystal Structure of an iodinated insulin analog"}, + { + "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":["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":"5uu3", + "resolution":2.25, + "title":"Insulin with proline analog DfP 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":"5uru", + "resolution":2.41, + "title":"Insulin with proline analog DhP 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":"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":"5mt9", + "resolution":1.88, + "title":"Human insulin in complex with serotonin and arginine"}, + { + "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":"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":"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":"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":"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":"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":"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":"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":"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":"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":"1lph", + "resolution":2.3, + "title":"LYS(B28)PRO(B29)-HUMAN INSULIN"}, + { + "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":"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":"1evr", + "resolution":1.9, + "title":"The structure of the resorcinol/insulin R6 hexamer"}, + { + "experimental_method":["X-ray diffraction"], + "pdb_id":"1ben", + "resolution":1.4, + "title":"INSULIN COMPLEXED WITH 4-HYDROXYBENZAMIDE"}, + { + "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":"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":"1qj0", + "resolution":2.4, + "title":"HUMAN INSULIN HEXAMERS WITH CHAIN B HIS MUTATED TO TYR"}, + { + "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":"2omg", + "resolution":1.52, + "title":"Structure of human insulin cocrystallized with protamine and urea"}, + { + "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":"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":"6ck2", + "resolution":2.25, + "title":"Insulin analog containing a YB26W mutation"}, + { + "experimental_method":["X-ray diffraction"], + "pdb_id":"4wdi", + "resolution":2.313, + "title":"Weak TCR binding to an unstable insulin epitope drives type 1 diabetes"}, + { + "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":["Electron Microscopy"], + "pdb_id":"7qid", + "resolution":5.0, + "title":"tentative model of the human insulin receptor ectodomain bound by three insulin"}, + { + "experimental_method":["Electron Microscopy"], + "pdb_id":"7qid", + "resolution":5.0, + "title":"tentative model of the human insulin receptor ectodomain bound by three insulin"}, + { + "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":"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":"5mt3", + "resolution":2.02, + "title":"Human insulin in complex with serotonin and arginine"}, + { + "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":"5hrq", + "resolution":1.28, + "title":"Insulin with proline analog HzP at position B28 in the R6 state"}, + { + "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":"5mt9", + "resolution":1.88, + "title":"Human insulin in complex with serotonin and arginine"}, + { + "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":"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":"6nwv", + "resolution":1.601, + "title":"Insulin Lispro Analog"}, + { + "experimental_method":["Electron Microscopy"], + "pdb_id":"6bfc", + "resolution":3.7, + "title":"Cryo-EM structure of human insulin degrading enzyme in complex with insulin"}, + { + "experimental_method":["Electron Microscopy"], + "pdb_id":"7bwa", + "resolution":4.9, + "title":"Cryo-EM Structure for the Ectodomain of the Full-length Human Insulin Receptor in Complex with 2 Insulin"}, + { + "experimental_method":["Electron Microscopy"], + "pdb_id":"7bw8", + "resolution":3.8, + "title":"Cryo-EM Structure for the Insulin Binding Region in the Ectodomain of the Full-length Human Insulin Receptor in Complex with 1 Insulin"}, + { + "experimental_method":["Electron Microscopy"], + "pdb_id":"7bw7", + "resolution":4.1, + "title":"Cryo-EM Structure for the Ectodomain of the Full-length Human Insulin Receptor in Complex with 1 Insulin."}, + { + "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":"5bqq", + "resolution":1.54, + "title":"Human insulin with intra-chain chemical crosslink between modified B27 and B30"}, + { + "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":"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":"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":"1lph", + "resolution":2.3, + "title":"LYS(B28)PRO(B29)-HUMAN INSULIN"}, + { + "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":"2om1", + "resolution":1.97, + "title":"Structure of human insulin in presence of thiocyanate at pH 6.5"}, + { + "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":"2oly", + "resolution":1.7, + "title":"Structure of human insulin in presence of urea at pH 7.0"}, + { + "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"}] + }}