Theoretical models
About theoretical models.
Theoretical models
| PDBID | Title | Authors | ||
|---|---|---|---|---|
| 163d | A THREE-DIMENSIONAL MODEL OF THE REV BINDING ELEMENT OF HIV- 1 DERIVED FROM ANALYSES OF IN VITRO SELECTED VARIANTS | F.LECLERC,R.J.CEDERGREN,A.D.ELLINGTON | Display | Download |
| 1a20 | MOLECULAR MODEL FOR A PLEUROTUS ERYNGII PEROXIDASE OXIDIZING MNII AS WELL AS DIFFERENT PHENOLIC AND NON- PHENOLIC AROMATIC COMPOUNDS AND DYES, THEORETICAL MODEL | A.T.MARTINEZ,A.ROMERO,F.J.RUIZ-DUENAS,M.J.MARTINEZ | Display | Download |
| 1a89 | MOLECULAR FEATURES OF THE COLLAGEN V HEPARIN BINDING SITE THEORETICAL MODEL | F.DELACOUX,A.FICHARD,C.GEOURJON,R.GARRONE,F.RUGGIERO | Display | Download |
| 1a8x | HUMAN MAC-1 BETA-PROPELLER, THEORETICAL MODEL | C.OXVIG,T.A.SPRINGER | Display | Download |
| 1a9a | MOLECULAR FEATURES OF THE COLLAGEN V HEPARIN BINDING SITE, THEORETICAL MODEL | F.DELACOUX,A.FICHARD,C.GEOURJON,R.GARRONE,F.RUGGIERO | Display | Download |
| 1aag | MODELING THE ANTI-CEA ANTIBODY COMBINING SITE BY HOMOLOGY AND CONFORMATIONAL SEARCH | M.T.MAS,K.C.SMITH,D.L.YARMUSH,K.AISAKA,R.M.FINE | Display | Download |
| 1aao | MAST CELL TRYPTASES: EXAMINATION OF UNUSUAL CHARACTERISTICS BY MULTIPLE SEQUENCE ALIGNMENT AND MOLECULAR MODELING | D.A.JOHNSON,G.J.BARTON | Display | Download |
| 1abl | HOMOLOGY MODELING OF THE ABL-SH3 DOMAIN | M.T.PISABARRO,A.R.ORTIZ,L.SERRANO,R.C.WADE | Display | Download |
| 1afy | THE MODELED STRUCTURE OF THE THIOLASE/ACETOACTYL-COA COMPLEX, THEORETICAL MODEL | Y.MODIS,C.ENGEL,R.ABAGYAN,R.K.WIERENGA | Display | Download |
| 1aji | APO-CALMODULIN IN COMPLEX WITH BRUSH BORDER MYOSIN I IQ MOTIF, THEORETICAL MODEL | A.HOUDUSSE,C.COHEN | Display | Download |
| 1akf | HOMOLOGOUS-EXTENSION-BASED MODEL OF HUMAN ESTROGEN RECEPTOR WITH BOUND ESTRADIOL, THEORETICAL MODEL | G.J.MAALOUF,W.XU,T.F.SMITH,S.C.MOHR | Display | Download |
| 1alm | THE STRUCTURE OF THE ACTO-MYOSIN SUBFRAGMENT-ONE COMPLEX. RESULTS OF SEARCHES USING DATA FROM ELECTRON MICROSCOPY AND X-RAY CRYSTALLOGRAPHY. THEORETICAL MODEL, ALPHA CARBONS. | R.A.MENDELSON,E.P.MORRIS | Display | Download |
| 1als | A MODELING STUDY OF THE ALPHA-SUBUNIT OF THE HUMAN HIGH- AFFINITY RECEPTOR FOR IMMUNOGLOBULIN-E | E.A.PADLAN,B.A.HELM | Display | Download |
| 1alt | A MODELING STUDY OF THE ALPHA-SUBUNIT OF THE HUMAN HIGH- AFFINITY RECEPTOR FOR IMMUNOGLOBULIN-E | E.A.PADLAN,B.A.HELM | Display | Download |
| 1an3 | THE RABBIT PROLACTIN HORMONE COMPLEXED WITH THE EXTRACELLULAR DOMAIN OF ITS RECEPTOR, THEORETICAL MODEL | D.HALABY,J.P.MORNON | Display | Download |
| 1apk | PREDICTED STRUCTURES OF CAMP BINDING DOMAINS OF TYPE I AND II REGULATORY SUBUNITS OF CAMP-DEPENDENT PROTEIN KINASE | I.T.WEBER | Display | Download |
| 1as1 | MODEL OF A FATTY ACID BINDING PROTEIN FROM ASCARIS SUUM, THEORETICAL MODEL | J.BEAUCHAMP,B.MEI,M.W.KENNEDY,P.R.KOMUNIECKI,R.KOMUNIECKI | Display | Download |
| 1at8 | THEORETICAL MODEL OF THE REV BINDING ELEMENT (RBE, 30 RIBONUCLEOTIDE FRAGMENT) OF HUMAN IMMUNODEFICIENCY VIRUS-1 COMPLEXED WITH NEOMYCIN B | F.LECLERC,R.CEDERGREN | Display | Download |
| 1atf | ENERGY-OPTIMIZED STRUCTURE OF ANTIFREEZE PROTEIN AND ITS BINDING MECHANISM | K.-C.CHOU | Display | Download |
| 1atm | THEORETICAL MODEL OF AN ANTI-TUMOR MONOCLONAL ANTIBODY | J.BAJORATH,S.SHERIFF | Display | Download |
| 1auf | THEORETICAL MODEL OF THE REV BINDING ELEMENT (RBE, 30 RIBONUCLEOTIDE FRAGMENT) OF HUMAN IMMUNODEFICIENCY VIRUS-1 COMPLEXED WITH TOBRAMYCIN | F.LECLERC,R.CEDERGREN | Display | Download |
| 1auh | THEORETICAL MODEL OF THE REV BINDING ELEMENT (RBE, 30 RIBONUCLEOTIDE FRAGMENT) OF HUMAN IMMUNODEFICIENCY VIRUS-1 COMPLEXED WITH THE REV PEPTIDE | J.SRINIVASAN,F.LECLERC,W.XU,A.D.ELLINGTON,R.J.CEDERGREN | Display | Download |
| 1avj | CALMODULIN-TYPE TCH2 PROTEIN FROM ARABIDOPSIS, THEORETICAL MODEL | A.R.KHAN,K.A.JOHNSON,J.BRAAM,M.N.G.JAMES | Display | Download |
| 1awk | THEORETICAL MODEL OF ADENYLYL CYCLASE, TYPE I | J.H.HURLEY,V.D.RAO | Display | Download |
| 1awl | THEORETICAL MODEL OF A HOMODIMERIC PHOTORECEPTOR GUANYLYL CYCLASE | J.H.HURLEY,V.D.RAO | Display | Download |
| 1awm | THEORETICAL MODEL OF THE GERMINATION SPECIFIC ADENYLYL CYCLASE | J.H.HURLEY,V.D.RAO | Display | Download |
| 1awn | HOMOLOGY MODEL OF BOVINE SOLUBLE GUANYLYL CYCLASE | J.H.HURLEY,V.D.RAO | Display | Download |
| 1az7 | HOMOLOGY-BUILT MODEL OF THE CYTOKINE RECEPTOR HOMOLOGY DOMAIN OF HUMAN GRANULOCYTE COLONY-STIMULATING FACTOR RECEPTOR | D.K.SMITH,H.R.TREUTLEIN | Display | Download |
| 1b1f | MODEL OF RB69 DNA POLYMERASE WITH T7 DNA POLYMERASE PRIMER/ TEMPLATE | D.M.COEN | Display | Download |
| 1b29 | GLUTAMYL TRNA REDUCTASE FROM HORDEUM VULGARE | S.S.BRODY,S.GOUGH,G.KANNANGARA | Display | Download |
| 1b61 | GLUTAMYL TRNA REDUCTASE FROM HORDEUM VULGARE, THEORETICAL MODEL | S.S.BRODY,S.GOUGH,G.KANNANGARA | Display | Download |
| 1bac | AN ENERGY-BASED APPROACH TO PACKING THE 7-HELIX BUNDLE OF BACTERIORHODOPSIN | K.C.CHOU,L.CARLACCI,G.M.MAGGIORA,L.A.PARODI,M.W.SCHULZ | Display | Download |
| 1bad | AN ENERGY-BASED APPROACH TO PACKING THE 7-HELIX BUNDLE OF BACTERIORHODOPSIN | K.C.CHOU,L.CARLACCI,G.M.MAGGIORA,L.A.PARODI,M.W.SCHULZ | Display | Download |
| 1bbe | ENERGY PARAMETERS IN POLYPEPTIDES. 10. IMPROVED GEOMETRICAL PARAMETERS AND NONBONDED INTERACTIONS FOR USE IN THE ECEPP(SLASH)3 ALGORITHM, WITH APPLICATION TO PROLINE- CONTAINING PEPTIDES | G.NEMETHY,K.D.GIBSON,K.A.PALMER,C.N.YOON,G.PATERLINI, A.ZAGARI,S.RUMSEY,H.A.SCHERAGA | Display | Download |
| 1bbf | ENERGY PARAMETERS IN POLYPEPTIDES. 10. IMPROVED GEOMETRICAL PARAMETERS AND NONBONDED INTERACTIONS FOR USE IN THE ECEPP(SLASH)3 ALGORITHM, WITH APPLICATION TO PROLINE- CONTAINING PEPTIDES | G.NEMETHY,K.D.GIBSON,K.A.PALMER,C.N.YOON,G.PATERLINI, A.ZAGARI,S.RUMSEY,H.A.SCHERAGA | Display | Download |
| 1bf7 | MOLECULAR MODEL OF THE CATHEPSIN B-LIKE CYSTEINE PROTEASE FROM THE PROTOZOAN PARASITE LEISHMANIA MAJOR, THEORETICAL MODEL | P.M.SELZER,X.CHEN,V.J.CHAN,M.CHENG,G.L.KENYON,I.D.KUNTZ, J.A.SAKANARI,F.E.COHEN,J.H.MCKERROW | Display | Download |
| 1bmj | MOLECULAR MODEL OF THE CATHEPSIN L-LIKE CYSTEINE PROTEASE FROM THE PROTOZOAN PARASITE LEISHMANIA MAJOR | P.M.SELZER,X.CHEN,V.J.CHAN,M.CHENG,G.L.KENYON,I.D.KUNTZ, J.A.SAKANARI,F.E.COHEN,J.H.MCKERROW | Display | Download |
| 1bmu | MOLECULAR MODEL OF BRUGIA PAHANGI THIRD-STAGE LARVAE CYSTEINE PROTEASE. | P.M.SELZER,X.CHEN,F.E.COHEN,J.H.MCKERROW | Display | Download |
| 1bny | N-TERMINAL DOMAIN OF HUMAN RNA BINDING PROTEIN WITH MULTIPLE SPLICING | P.V.SAHASRABUDHE,R.TEJERO,G.T.MONTELIONE | Display | Download |
| 1boj | BOVINE RHODOPSIN (7-HELIX BUNDLE) WITH ALL-TRANS RETINAL, METARHODOPSIN II MODEL, THEORETICAL MODEL | I.D.POGOZHEVA,A.L.LOMIZE,H.I.MOSBERG | Display | Download |
| 1bok | BOVINE RHODOPSIN (7-HELIX BUNDLE) WITH 11-CIS RETINAL, THEORETICAL MODEL | I.D.POGOZHEVA,A.L.LOMIZE,H.I.MOSBERG | Display | Download |
| 1bpk | PREDICTED STRUCTURES OF CAMP BINDING DOMAINS OF TYPE I AND II REGULATORY SUBUNITS OF CAMP-DEPENDENT PROTEIN KINASE | I.T.WEBER | Display | Download |
| 1bqw | MOLECULAR MODEL OF A POLYVALENT PEROXIDASE ISOLATED FROM PARTIALLY-DELIGNIFIED LIGNOCELLULOSE WHICH INCLUDES BOTH MNP AND LIP-TYPE BINDING SITES, THEORETICAL MODEL | A.T.MARTINEZ,S.SARKAR,F.J.RUIZ-DUENAS,S.CAMARERO, M.J.MARTINEZ | Display | Download |
| 1bst | A HEURISTIC APPROACH TO PREDICTING THE TERTIARY STRUCTURE OF BOVINE SOMATOTROPIN | L.CARLACCI,K.C.CHOU,G.M.MAGGIORA | Display | Download |
| 1btd | BETADOUBLET: DE NOVO DESIGN, SYNTHESIS, AND CHARACTERIZATION OF A MODEL BETASANDWICH PROTEIN | T.P.QUINN | Display | Download |
| 1bxf | THREE-DIMENSIONAL STRUCTURES OF THE CYSTEINE-PROTEASES CATHEPSINS K AND S DEDUCED BY KNOWLEDGE-BASED MODELLING AND ACTIVE-SITE CHARACTERISTICS | A.FENGLER,W.BRANDT | Display | Download |
| 1bzi | THEORETICAL MODEL OF THE CD95-LIGAND COMPLEX | J.BAJORATH | Display | Download |
| 1bzn | THE STRUCTURES OF THE CYSTEINE PROTEASES CATHEPSINS K AND S DEDUCED BY KNOWLEDGE-BASED MODELLING, THEORETICAL MODEL | A.FENGLER,W.BRANDT | Display | Download |
| 1c2z | STRUCTURE OF WHEATWIN1-THEORETICAL MODEL | A.FACCHIANO | Display | Download |
| 1c42 | SEQUENCE ALIGNMENT STUDY AND MODEL BUILDING BY HOMOLOGY OF HFE | F.-Y.DUPRADEAU,B.ALTENBERG-GREULICH | Display | Download |
| 1c4h | MAJOR PILIN OF PILUS COLONIZATION FACTOR ANTIGEN III OF HUMAN ENTEROTOXIGENIC E. COLI | R.CHATTOPADHYAYA | Display | Download |
| 1c7x | MODEL STRUCTURE OF A CARICAIN D158E MUTANT IN COMPLEX WITH ZPACK | S.BHATTACHARYA,A.BANERJEE | Display | Download |
| 1c9g | "RKKH" PEPTIDES FROM THE SNAKE VENOM METALLOPROTEINASE OF BOTHROPS JARARACA BIND NEAR THE MIDAS SITE OF THE HUMAN INTEGRIN ALPHA2 I-DOMAIN | O.PENTIKAINEN,A.-M.HOFFREN,J.IVASKA,J.KAPYLA,T.NYRONEN, J.HEINO,M.S JOHNSON | Display | Download |
| 1cc9 | A MODEL STRUCTURE OF UDP-N-ACETYLMURAMOYL: L-ALANINE SYNTHETASE (MURC) FROM ESCHERICHIA COLI BASED ON HOMOLOGY AND HYDROPHOBIC CLUSTER ANALYSIS AND ITS VALIDATION BY AMINO ACID MODIFICATIONS. | F.NOSAL,R.LEGRAND,D.A.ROWLANDS,P.FERRARI,B.SCHOOT,J.VAN HEIJENOORT | Display | Download |
| 1cda | A 3-DIMENSIONAL MODEL FOR THE CD40 LIGAND REVEALS A CLOSE SIMILARITY TO THE TUMOR NECROSIS FACTORS | M.C.PEITSCH,C.V.JONGENEEL | Display | Download |
| 1cdf | THREE-DIMENSIONAL THEORETICAL MODEL OF THE LIGAND BINDING DOMAIN OF THE HUMAN B CELL RECPTOR CD40 | J.BAJORATH | Display | Download |
| 1cfk | CATESTATIN | S.K.TSIGELNY,S.K.MAHATA,L.TAUPENOT,N.E.PREECE,M.MAHATA, I.KHAN,R.J.PARMER,D.T.O'CONNOR | Display | Download |
| 1cjh | WHEY ACIDIC PROTEIN (WAP) FROM PIG (SUS SCROFA) | S.RANGANATHAN,K.J.SIMPSON,D.C.SHAW,K.R.NICHOLAS | Display | Download |
| 1clg | AN ENERGETIC EVALUATION OF A "SMITH" COLLAGEN MICROFIBRIL MODEL | J.M.CHEN | Display | Download |
| 1clt | PHOTOSYNTHETIC REACTION CENTER, THEORETICAL MODEL | N.FOLOPPE,M.FERRAND,J.BRETON,J.C.SMITH | Display | Download |
| 1cme | CRYSTAL STRUCTURE OF ESCHERICHIA COLI MALATE DEHYDROGENASE. A COMPLEX OF THE APOENZYME AND CITRATE AT 1.87 ANGSTROMS RESOLUTION | M.D.HALL,L.J.BANASZAK | Display | Download |
| 1crv | COMPARATIVE ANALYSES OF PENTRAXINS: IMPLICATIONS FOR PROTOMER ASSEMBLY AND LIGAND BINDING | N.SRINIVASAN,H.E.WHITE,J.EMSLEY,S.P.WOOD,M.B.PEPYS, T.L.BLUNDELL | Display | Download |
| 1cu7 | BOVINE TRYPSIN COMPLEXED WITH 2-[3-AMINO(IMINOMETHYL) PHENOXY]-6-[3-(AMINOMETHYL)PHENOXY]-3,5-DIFLUORO-4- METHYLPYRIDINE (ZK-806299), BINDING MODEL FROM DOUBLE REDOR NMR AND MD SIMULATIONS | M.A.MCCARRICK,L.M.MCDOWELL,D.R.STUDELSKA,J.SCHAEFER | Display | Download |
| 1cu8 | BOVINE TRYPSIN COMPLEXED WITH 2,6-BIS[3-AMINO(IMINO)METHYL PHENOXY]-3,5-DIFLUORO-4-METHYLPYRIDINE (ZK-805623), BINDING MODEL FROM DOUBLE REDOR NMR AND MD SIMULATIONS | M.A.MCCARRICK,L.M.MCDOWELL,D.R.STUDELSKA,J.SCHAEFER | Display | Download |
| 1cu9 | BOVINE TRYPSIN COMPLEXED WITH 2,6-BIS[3-AMINO(IMINO)METHYL PHENOXY]-3,5-DIFLUORO-4-METHYLPYRIDINE (ZK-805623), BINDING MODEL FROM DOUBLE REDOR NMR AND MD SIMULATIONS | M.A.MCCARRICK,L.M.MCDOWELL,D.R.STUDELSKA,J.SCHAEFER | Display | Download |
| 1cxj | THEORETICAL MODEL OF PA-BJ, A SERINE PROTEINASE WITH PLATELET-AGGREGATING ACTIVITY FROM THE VENOM OF BOTHROPS JARARACA | S.M.T.SERRANO,A.WISNER,C.BON,R.C.MAROUN | Display | Download |
| 1cxm | THEORETICAL MODEL OF BOTHROMBIN, A SERINE PROTEINASE WITH FIBRINOGENOLYTIC ACTIVITY FROM THE VENOM OF BOTHROPS JARARACA | S.M.T.SERRANO,A.WISNER,C.BON,R.C.MAROUN | Display | Download |
| 1d3o | KNOWLEDGE BASED MODEL OF A SERINE PROTEASE INHIBITOR OF CUCURBITACEAE FAMILY (THEORETICAL MODEL) BOUND TO TRYPSIN | A.BANERJEE,S.CHAKRABORTY,S.BHATTACHARYYA | Display | Download |
| 1d5u | MOLECULAR MODEL OF THE MATURE HUMAN CATHEPSIN F | A.FENGLER,W.BRANDT,E.MEHLER,D.BROMME | Display | Download |
| 1d71 | A THREE-DIMENSIONAL MODEL FOR NODULE DNA | D.SPROUS,S.C.HARVEY | Display | Download |
| 1d7g | A MODEL FOR THE COMPLEX BETWEEN THE HYPOXIA-INDUCIBLE FACTOR-1 (HIF-1) AND ITS CONSENSUS DNA SEQUENCE | G.MICHEL,E.MINET,F.DURANT,J.REMACLE,C.MICHIELS | Display | Download |
| 1dcx | MOLECULAR MODEL OF ARACHIDONIC ACID BOUND TO THE CYCLOOXYGENASE ACTIVE SITE OF COX-2 | J.R.KIEFER,J.L.PAWLITZ,K.T.MORELAND,R.A.STEGEMAN,J.K.GIERSE, A.M.STEVENS,D.C.GOODWIN,S.W.ROWLINSON,L.J.MARNETT, W.C.STALLINGS,R.G.KURUMBAIL | Display | Download |
| 1dd0 | MOLECULAR MODEL OF PROSTAGLANDIN G2 BOUND TO THE CYCLOOXYGENASE ACTIVE SITE OF COX-2 | J.R.KIEFER,J.L.PAWLITZ,K.T.MORELAND,R.A.STEGEMAN,J.K.GIERSE, A.M.STEVENS,D.C.GOODWIN,S.W.ROWLINSON,L.J.MARNETT, W.C.STALLINGS,R.G.KURUMBAIL | Display | Download |
| 1dda | HOMOLOGY MODEL OF ADH GG WITH ISO-URSODEOXYCHOLIC ACID | H.U.MARSCHALL,U.C.OPPERMANN,S.SVENSSON,E.NORDLING,B.PERSSON, J.O.HOOG,H.JORNVALL | Display | Download |
| 1ddd | MOLECULAR MODEL OF THE CHICK P2Y1 PURINOCEPTOR | A.M.VAN RHEE,B.FISCHER,P.J.M.VAN GALEN,K.A.JACOBSON | Display | Download |
| 1df2 | KNOWLEDGE BASED MODEL OF A SERINE PROTEASE INHIBITOR OF CUCURBITACEAE FAMILY (THEORETICAL MODEL) BOUND TO TRYPSIN | A.BANERJEE,S.CHAKRABORTY,S.BHATTACHARYYA | Display | Download |
| 1dgx | SYNTHETIC HUMAN COMBINATORIAL ANTIBODY LIBRARY (HUCAL) FRAMEWORK VL KAPPA 1 | A.KNAPPIK,P.PACK,L.GE,A.HONEGGER,M.FISCHER,G.WELLNHOFER, A.HOESS,J.WOELLE,A.PLUECKTHUN,B.VIRNEKAES | Display | Download |
| 1dh4 | SYNTHETIC HUMAN COMBINATORIAL ANTIBODY LIBRARY (HUCAL) FRAMEWORK VL KAPPA 3 | A.KNAPPIK,P.PACK,L.GE,A.HONEGGER,M.FISCHER,G.WELLNHOFER, A.HOESS,J.WOELLE,A.PLUECKTHUN,B.VIRNEKAES | Display | Download |
| 1dh5 | SYNTHETIC HUMAN COMBINATORIAL ANTIBODY LIBRARY (HUCAL) FRAMEWORK VL KAPPA 3 | A.KNAPPIK,P.PACK,L.GE,A.HONEGGER,M.FISCHER,G.WELLNHOFER, A.HOESS,J.WOELLE,A.PLUCKTHUN,B.VIRNEKAES | Display | Download |
| 1dh6 | SYNTHETIC HUMAN COMBINATORIAL ANTIBODY LIBRARY (HUCAL) FRAMEWORK VL KAPPA 4 | A.KNAPPIK,P.PACK,L.GE,A.HONEGGER,M.FISCHER,G.WELLNHOFER, A.HOESS,J.WOELLE,A.PLUCKTHUN,B.VIRNEKAES | Display | Download |
| 1dh7 | SYNTHETIC HUMAN COMBINATORIAL ANTIBODY LIBRARY (HUCAL) FRAMEWORK VL LAMBDA 1 | A.KNAPPIK,P.PACK,L.GE,A.HONEGGER,M.FISCHER,G.WELLNHOFER, A.HOESS,J.WOELLE,A.PLUCKTHUN,B.VIRNEKAES | Display | Download |
| 1dh8 | SYNTHETIC HUMAN COMBINATORIAL ANTIBODY LIBRARY (HUCAL) FRAMEWORK VL LAMBDA 2 | A.KNAPPIK,P.PACK,L.GE,A.HONEGGER,M.FISCHER,G.WELLNHOFER, A.HOESS,J.WOELLE,A.PLUCKTHUN,B.VIRNEKAES | Display | Download |
| 1dh9 | SYNTHETIC HUMAN COMBINATORIAL ANTIBODY LIBRARY (HUCAL) FRAMEWORK VL LAMBDA 3 | A.KNAPPIK,P.PACK,L.GE,A.HONEGGER,M.FISCHER,G.WELLNHOFER, A.HOESS,J.WOELLE,A.PLUCKTHUN,B.VIRNEKAES | Display | Download |
| 1dha | SYNTHETIC HUMAN COMBINATORIAL ANTIBODY LIBRARY (HUCAL) FRAMEWORK VH 1A | A.KNAPPIK,P.PACK,L.GE,A.HONEGGER,M.FISCHER,G.WELLNHOFER, A.HOESS,J.WOELLE,A.PLUCKTHUN,B.VIRNEKAES | Display | Download |
| 1dhl | MODELS OF DELTA-HEMOLYSIN MEMBRANE CHANNELS AND CRYSTAL STRUCTURES | G.RAGHUNATHAN,H.R.GUY | Display | Download |
| 1dho | SYNTHETIC HUMAN COMBINATORIAL ANTIBODY LIBRARY (HUCAL) FRAMEWORK VH 1B | A.KNAPPIK,P.PACK,L.GE,A.HONEGGER,M.FISCHER,G.WELLNHOFER, A.HOESS,J.WOELLE,A.PLUCKTHUN,B.VIRNEKAES | Display | Download |
| 1dhq | SYNTHETIC HUMAN COMBINATORIAL ANTIBODY LIBRARY (HUCAL) FRAMEWORK VH 2 | A.KNAPPIK,P.PACK,L.GE,A.HONEGGER,M.FISCHER,G.WELLNHOFER, A.HOESS,J.WOELLE,A.PLUCKTHUN,B.VIRNEKAES | Display | Download |
| 1dhu | SYNTHETIC HUMAN COMBINATORIAL ANTIBODY LIBRARY (HUCAL) FRAMEWORK VH 3 | A.KNAPPIK,P.PACK,L.GE,A.HONEGGER,M.FISCHER,G.WELLNHOFER, A.HOESS,J.WOELLE,A.PLUCKTHUN,B.VIRNEKAES | Display | Download |
| 1dhv | SYNTHETIC HUMAN COMBINATORIAL ANTIBODY LIBRARY (HUCAL) FRAMEWORK VH 4 | A.KNAPPIK,P.PACK,L.GE,A.HONEGGER,M.FISCHER,G.WELLNHOFER, A.HOESS,J.WOELLE,A.PLUCKTHUN,B.VIRNEKAES | Display | Download |
| 1dhw | SYNTHETIC HUMAN COMBINATORIAL ANTIBODY LIBRARY (HUCAL) FRAMEWORK VH 5 | A.KNAPPIK,P.PACK,L.GE,A.HONEGGER,M.FISCHER,G.WELLNHOFER, A.HOESS,J.WOELLE,A.PLUCKTHUN,B.VIRNEKAES | Display | Download |
| 1dhz | SYNTHETIC HUMAN COMBINATORIAL ANTIBODY LIBRARY (HUCAL) FRAMEWORK VH 6 | A.KNAPPIK,P.PACK,L.GE,A.HONEGGER,M.FISCHER,G.WELLNHOFER, A.HOESS,J.WOELLE,A.PLUCKTHUN,B.VIRNEKAES | Display | Download |
| 1djj | KNOWLEDGE BASED MODEL OF THE MEMBRANE PROTEIN, CYCLOOXYGENASE (COX-1) AND NSAID COMPLEX | A.BANERJEE,A.K.PAL,S.BHATTACHARYYA | Display | Download |
| 1dl9 | THREE-DIMENSIONAL CONSTRUCTION OF THE ACTIVE SITE (REGION 507-749) OF HUMAN NEUTRAL ENDOPEPTIDASE (EC.3.4.24.11) | G.TIRABOSCHI,N.JULLIAN,V.THERY,S.ANTONCZAK,M.C.FOURNIE- ZALUSKI,B.P.ROQUES | Display | Download |
| 1dld | KNOWLEDGE-BASED MODELING OF THE D-LACTATE DEHYDROGENASE THREE-DIMENSIONAL STRUCTURE | C.VINALS | Display | Download |
| 1dn7 | THE CRYSTAL STRUCTURE OF D(*G-G-G-G-C-C-C-C). A MODEL FOR POLY(D*G)(DOT)POLY(D*C) | M.J.MCCALL,T.BROWN,O.KENNARD | Display | Download |
| 1dnn | SMOOTH BENDING OF DNA IN CHROMATIN | J.L.SUSSMAN,E.N.TRIFONOV | Display | Download |
| 1dnq | THEORETICAL MODEL OF THE FIRST AND SECOND DOMAINS OF THE HUMAN EPIDERMAL GROWTH FACTOR RECEPTOR ECTODOMAIN | R.N.JORISSEN,V.C.EPA,H.R.TREUTLEIN,T.P.J.GARRETT,C.W.WARD, A.W.BURGESS | Display | Download |
| 1dnr | THEORETICAL MODEL OF THE THIRD AND FOURTH DOMAINS OF THE HUMAN EPIDERMAL GROWTH FACTOR RECEPTOR ECTODOMAIN | R.N.JORISSEN,V.C.EPA,H.R.TREUTLEIN,T.P.J.GARRETT,C.W.WARD, A.W.BURGESS | Display | Download |
| 1dop | THEORETICAL MODEL OF PHOTOSYSTEM II REACTION CENTER (CORE) | B.SVENSSON,C.ETCHEBEST,P.TUFFERY,P.VAN KAN,J.SMITH,S.STYRING | Display | Download |
| 1dtf | PEPTIDE DEFORMYLASE:THIORPHAN DOCKING MODEL 1 | S.RAGUSA,P.MOUCHET,C.LAZENNEC,V.DIVE,T.MEINNEL | Display | Download |
| 1dx2 | TUMOUR TARGETTING HUMAN ANTIBODIES SPECIFIC TO THE PAN- CARCINOMA ANTIGEN EPITHELIAL GLYCOPROTEIN-2 BY GUIDED SELECTION OF A MURINE ANTIBODY | S.H.W.BEIBOER,A.REURS,R.C.ROOVERS,J.-W.ARENDS, N.R.J.WHITELEGG,A.R.REES,H.R.HOOGENBOOM | Display | Download |
| 1dx3 | TUMOUR TARGETTING HUMAN ANTIBODIES SPECIFIC TO THE PAN- CARCINOMA ANTIGEN EPITHELIAL GLYCOPROTEIN-2 BY GUIDED SELECTION OF A MURINE ANTIBODY | S.H.W.BEIBOER,A.REURS,R.C.ROOVERS,J.-W.ARENDS, N.R.J.WHITELEGG,A.R.REES,H.R.HOOGENBOOM | Display | Download |
| 1e11 | MODEL STRUCTURE OF ELECTRON TRANSFERRING FLAVOPROTEIN FROM METHYLOPHILUS METHYLOTROPUS (C-ALPHA ONLY) | K.K.CHOHAN,N.S.SCRUTTON,M.J.SUTCLIFFE | Display | Download |
| 1e16 | BETA SUBUNIT OF MITOCHONDRIAL F1-ATPASE FROM SORGHUM LINE CS3541 FERTILITY RESTORER OF A1-MALE STERILE CYTOPLASM | P.JAISWAL | Display | Download |
| 1e1i | BETA SUBUNIT OF MITOCHONDRIAL F1-ATPASE FROM SORGHUM LINE 2077A (CONTAINS A1-TYPE CYTOPLASMIC MALE STERILE CYTOPLASM) | P.JAISWAL | Display | Download |
| 1e4z | BACTERIOPHAGE HK022 NUN-PROTEIN-NUTBOXB-RNA COMPLEX | C.FABER,M.SCHAERPF,H.STICHT,P.ROESCH | Display | Download |
| 1ef6 | HOMOLOGY MODEL OF THE HUMAN REV-ERBA LIGAND-BINDING DOMAIN | J.P.RENAUD | Display | Download |
| 1efb | STAPHYLOCOCCUS AUREUS EFB PROTEIN (THEORETICAL MODEL) PREDICTED 3D STRUCTURE FOR THE ALPHA-CARBON BACKBONE BY A DE NOVO MODELING PROCEDURE INVOLVING THE USE OF THE RESIDUE-RESIDUE CONTACT METHOD. | D.WADE,M.PALMA,J.-I.FLOCK,K.D.BERNDT,J.SILBERRING, S.G.GALAKTIONOV | Display | Download |
| 1eff | KNOWLEDGE BASED MODEL OF AN INHIBITOR BOUND TO A THIOL(CYSTEIN) PROTEASE, PAPAIN COMPLEXED WITH NAPQI | A.BANERJEE,A.K.PAL,S.BHATTACHARYYA | Display | Download |
| 1efj | HOMOLOGY MODEL OF THE MOUSE RVR LIGAND-BINDING DOMAIN | J.P.RENAUD | Display | Download |
| 1eg8 | THEORETICAL MODEL OF THE CATALYTIC DOMAIN OF A CELLOBIOHYDROLASE FROM CORIOLUS VERSICOLOR | C.NOVO,F.SIMOES,D.MENDONCA,J.MATOS,A.CLEMENTE | Display | Download |
| 1egb | THEORETICAL MODEL OF THE BINDING DOMAIN OF A CELLOBIOHYDROLASE FROM CORIOLUS VERSICOLOR | C.NOVO,F.SIMOES,D.MENDONCA,J.MATOS,A.CLEMENTE | Display | Download |
| 1eho | MODEL OF (-)-COCAINE-BOUND BCHE COMPLEX. | H.SUN,J.EL YAZAL,W.S.BRIMIJOIN,Y.P.PANG | Display | Download |
| 1ehq | MODEL OF (+)-COCAINE-BOUND BCHE COMPLEX | H.SUN,J.EL YAZAL,W.S.BRIMIJOIN,Y.P.PANG | Display | Download |
| 1ehr | MOLECULAR MODEL OF SHEEP GDF9B (BMP15) | T.S.JOKIRANTA,S.M.GALLOWAY,O.V.RITVOS | Display | Download |
| 1ehu | MOLECULAR MODEL OF FECXI SHEEP GDF9B (BMP15) | T.S.JOKIRANTA,S.M.GALLOWAY,O.V.RITVOS | Display | Download |
| 1eiu | MU-AGATOXIN-IV; THEORETICAL MODEL OF A CONFORMER CONTAINING TWO CIS PROLINES | K.E.HOLUB,M.D.REILY | Display | Download |
| 1eiv | MU-AGATOXIN-IV; THEORETICAL MODEL OF A CONFORMER CONTAINING ONE CIS PROLINE | K.E.HOLUB,M.D.REILY | Display | Download |
| 1em4 | COMPUTATIONAL MODEL OF ANTIBODY 4D5 BOUND TO BENZO[A]PYRENE | J.-L.PELLEQUER,V.A.ROBERTS | Display | Download |
| 1eox | SEDOHEPTULOSE-1,7-BISPHOSPHATASE FROM CHLAMYDOMONAS REINHARDTII (OXIDIZED FORM), THEORETICAL MODEL | L.E.ANDERSON,H.C.HUPPE,A.D.LI,F.J.STEVENS | Display | Download |
| 1eoy | SEDOHEPTULOSE-1,7-BISPHOSPHATASE FROM CHLAMYDOMONAS REINHARDTII (REDUCED FORM), THEORETICAL MODEL | L.E.ANDERSON,H.C.HUPPE,A.D.LI,F.J.STEVENS | Display | Download |
| 1eqi | MOLECULAR MODEL OF EQUINE INFECTIOUS VIRUS PROTEINASE AND KINETIC MEASUREMENTS FOR PEPTIDE SUBSTRATES WITH SINGLE AMINO ACID SUBSTITUTIONS | I.T.WEBER,J.TOZSER,J.WU,D.FRIEDMAN,S.OROSZLAN | Display | Download |
| 1et2 | MOLECULAR MODEL OF THE CRYSTAL STRUCTURE OF HUMAN PARATHYROID HORMONE 1-34 COMPLEXED WITH PTH/PTHRP RECEPTOR. | L.JIN,S.L.BRIGGS,S.CHANDRASEKHAR,N.Y.CHIRGADZE,D.K.CLAWSON, R.W.SCHEVITZ,D.L.SMILEY,A.H.TASHJIAN,F.ZHANG | Display | Download |
| 1et3 | MOLECULAR MODEL OF PTHRP (1-34) IN COMPLEX WITH THE PTH/PTHRP RECEPTOR (PTHR1). | L.JIN,S.L.BRIGGS,S.CHANDRASEKHAR,N.Y.CHIRGADZE,D.K.CLAWSON, R.W.SCHEVITZ,D.L.SMILEY,A.H.TASHJIAN,F.ZHANG | Display | Download |
| 1eu0 | THEORETICAL MODEL OF THE HUMAN INVOLUCRIN (FRAGMENT, FROM 312 TO 361 POSITION) | A.V.KAJAVA | Display | Download |
| 1eux | MODEL STRUCTURE OF A CARICAIN D158E MUTANT IN COMPLEX WITH E-64C | S.BHATTACHARYA,A.BANERJEE | Display | Download |
| 1ew7 | MODEL OF TROPONIN-I IN COMPLEX WITH TROPONIN-C | C.S.TUNG,M.E.WALL,S.C.GALLAGHER,J.TREWHELLA | Display | Download |
| 1ewu | KNOWLEDGE BASED MODEL OF A SERINE PROTEASE INHIBITOR OF CUCURBITACEAE FAMILY (THEORETICAL MODEL) BOUND TO TRYPSIN. | A.BANERJEE,S.CHAKRABORTY,S.BHATTACHARYYA | Display | Download |
| 1ez5 | COMPUTER MODEL OF A COVALENT COMPLEX BETWEEN D(TAAAGCTTA) AND ANTITUMOR DRUG ECTEINASCIDIN 743 | R.GARCIA-NIETO,I.MANZANARES,C.CUEVAS,F.GAGO | Display | Download |
| 1ezh | COMPUTER MODEL OF A COVALENT COMPLEX BETWEEN D(TAACGGTTA) AND ANTITUMOR DRUG ECTEINASCIDIN 743 | R.GARCIA-NIETO,I.MANZANARES,C.CUEVAS,F.GAGO | Display | Download |
| 1f1i | MODEL STRUCTURE OF A CARICAIN D158E MUTANT IN COMPLEX WITH LEUPEPTIN (ACETYL-L-LEUCYL-L-LEUCYL-L-ARGINAL) | S.BHATTACHARYYA,A.BANERJEE | Display | Download |
| 1f1k | THEORETICAL MODEL OF THE ENZYME-PRODUCT COMPLEX OF ARISTOLOCHENE SYNTHASE | J.M.CARUTHERS,I.KANG,M.J.RYNKIEWICZ,D.E.CANE, D.W.CHRISTIANSON | Display | Download |
| 1f1l | THEORETICAL MODEL OF GERMACRENE IN THE ACTIVE SITE OF ARISTOLOCHENE SYNTHASE | J.M.CARUTHERS,I.KANG,M.J.RYNKIEWICZ,D.E.CANE, D.W.CHRISTIANSON | Display | Download |
| 1f1n | THEORETICAL MODEL OF THE COMPLEX OF ARISTOLOCHENE SYNTHASE AND EUDESMANE CATION | J.M.CARUTHERS,I.KANG,M.J.RYNKIEWICZ,D.E.CANE, D.W.CHRISTIANSON | Display | Download |
| 1f1p | THEORETICAL MODEL OF ARISTOLOCHENE SYNTHASE COMPLEXED WITH ITS SUBSTRATE, FARNESYL DIPHOSPHATE | J.M.CARUTHERS,I.KANG,M.J.RYNKIEWICZ,D.E.CANE, D.W.CHRISTIANSON | Display | Download |
| 1f3q | MODEL STRUCTURE OF ACTINIDIN IN COMPLEX WITH ZPACK (N- BENZYLOXYCARBONYL-L-PHENYL ALANYL-L-ALANINE CHLOROMETHYL KETONE) | S.BHATTACHARYA,A.BANERJEE | Display | Download |
| 1f64 | LEU55PRO TTR-IDOX THEORETICAL MODEL | M.P.SEBASTIAO | Display | Download |
| 1f67 | MOLECULAR MODELING OF HUMAN TYPE 10 17BETA-HYDROXYSTEROID DEHYDROGENASE | E.NORDLING,U.C.OPPERMANN,H.JORNVALL,B.PERSSON | Display | Download |
| 1f7j | PL.LSU/2 GROUPII INTRON | M.COSTA,F.MICHEL,E.WESTHOF | Display | Download |
| 1f87 | HOMOLGY MODELING OF 3D STRUCTURE OF HUMAN PLACENTA PROTEIN 13 (PP13) | B.VISEGRADY,N.G.THAN,F.KILAR,B.SUMEGI,G.N.THAN | Display | Download |
| 1fau | BUILDING BY HOMOLOGY OF HUMAN TISSUE TRANSGLUTAMINASE | R.CASADIO,E.POLVERINI,P.MARIANI,F.SPINOZZI,F.CARSUGHI, A.FONTANA,P.POLVERINO DE LAURETO,G.MATTEUCCI,C.M.BERGAMINI | Display | Download |
| 1fg1 | MODEL OF A HYPOTHESIZED HAMMERHEAD RIBOZYME CONFORMATIONAL CHANGE | W.G.SCOTT,J.B.MURRAY | Display | Download |
| 1fh4 | HUMAN EUKARYOTIC INITIATION FACTOR 5A | A.M.FACCHIANO | Display | Download |
| 1fhc | C3D AND HEPARIN BINDING COMPLEMENT FACTOR H DOMAINS SCR19-20 | T.S.JOKIRANTA,J.HELLWAGE,M.A.FRIESE,T.U.WOLK,E.KAMPEN, P.F.ZIPFEL,S.MERI | Display | Download |
| 1fji | STRUCTURE OF FERROCHELATASE, THEORETICAL MODEL | M.HANSSON,S.P.GOUGH,S.S.BRODY | Display | Download |
| 1fl4 | THEORETICAL MODEL OF BOVINE PHOSPHODIESTERASE 5 1ST GAF DOMAIN | Y.-S.J.HO,L.M.BURDEN,J.H.HURLEY | Display | Download |
| 1flf | THEORETICAL STRUCTURE OF ARABIDOPSIS THALIANA PAP-SPECIFIC PHOSPHATASE (AHL) | Y.LIM,J.JUNG | Display | Download |
| 1flx | DE NOVO DESIGN, EXPRESSION, AND CHARACTERIZATION OF FELIX: A FOUR-HELIX BUNDLE PROTEIN OF NATIVE-LIKE SEQUENCE | T.P.QUINN,D.C.RICHARDSON,J.S.RICHARDSON | Display | Download |
| 1fog | THEORETICAL MODEL STRUCTURE OF ACTINIDIN WITH DIFFERENT BIOLOGICALLY IMPORTANT INHIBITORS | S.BHATTACHARYA,A.BANERJEE | Display | Download |
| 1fqu | STRUCTURE OF CALCIUM ATPASE IN THE ABSENCE OF CALCIUM IONS | M.NAKASAKO,C.TOYOSHIMA | Display | Download |
| 1fsm | FULL SEQUENCE DESIGN 1 OF BETA BETA ALPHA MOTIF, DESIGN ALGORITHM PREDICTION, THEORETICAL MODEL | B.I.DAHIYAT,S.L.MAYO | Display | Download |
| 1fti | MODELS OF TERNARY COMPLEXES FOR NONPEPTIDIC FARNESYLTRANSFERASE INHIBITORS | K.XU,E.PEROLA,F.G.PRENDERGAST,Y.P.PANG | Display | Download |
| 1ftv | THEORETICAL MODEL STRUCTURE OF ACTINIDIN WITH DIFFERENT BIOLOGICALLY IMPORTANT INHIBITORS | S.BHATTACHARYA,A.BANERJEE | Display | Download |
| 1fv4 | THREE DIMENSIONAL MODEL OF COAGULATION FACTOR VA | J.-L.PELLEQUER | Display | Download |
| 1fvb | MODEL-BUILDING STUDY OF THE COMBINING SITES OF TWO ANTIBODIES TO ALPHA(1(RIGHT ARROW)6)DEXTRAN | E.A.PADLAN,E.A.KABAT | Display | Download |
| 1fvw | MODEL-BUILDING STUDY OF THE COMBINING SITES OF TWO ANTIBODIES TO ALPHA(1(RIGHT ARROW)6)DEXTRAN | E.A.PADLAN,E.A.KABAT | Display | Download |
| 1gf1 | TERTIARY STRUCTURES, RECEPTOR BINDING, AND ANTIGENICITY OF INSULINLIKE GROWTH FACTORS | T.L.BLUNDELL,S.BEDARKAR,R.E.HUMBEL | Display | Download |
| 1gf2 | TERTIARY STRUCTURES, RECEPTOR BINDING, AND ANTIGENICITY OF INSULINLIKE GROWTH FACTORS | T.L.BLUNDELL,S.BEDARKAR,R.E.HUMBEL | Display | Download |
| 1gfx | UMUD' BASED MODEL OF A LAMBDA REPRESSOR TETRAMER (TWO DIMERS) BOUND TO TWO ADJACENT OPERATOR SITES | R.CHATTOPADHYAYA,K.GHOSH | Display | Download |
| 1gie | COLLAGEN-LIKE DOMAIN DELETED RAT SURFACTANT PROTEIN A (SP-A) | N.PALANIYAR,F.X.MCCORMACK,F.POSSMAYER,G.HARAUZ | Display | Download |
| 1glk | MOLECULAR MODEL OF HUMAN BETA-CELL GLUCOKINASE BUILT BY ANALOGY TO THE CRYSTAL STRUCTURE OF YEAST HEXOKINASE B | R.ST.CHARLES,R.W.HARRISON,G.I.BELL,S.J.PILKIS,I.T.WEBER | Display | Download |
| 1gop | STRUCTURE OF THE C3B-BINDING SITE OF CR1 (CD35), THE IMMUNE ADHERENCE RECEPTOR | B.O.SMITH,R.L.MALLIN,M.KRYCH-GOLDBERG,X.WANG,R.E.HAUHART, K.BROMEK,D.UHRIN,J.P.ATKINSON,P.N.BARLOW | Display | Download |
| 1gpv | ELECTROSTATIC POTENTIAL DISTRIBUTION OF THE GENE V PROTEIN FROM FF PHAGE FACILITATES COOPERATIVE DNA BINDING: A MODEL OF THE GVP-SSDNA COMPLEX | Y.GUAN,H.ZHANG,A.H.-J.WANG | Display | Download |
| 1gqx | MODELLED STRUCTURE OF 2,4-DICHLOROPHENOXYACETIC ACID/ ALPHA- KETOGLUTARATE DIOXYGENASE | J.C.DUNNING-HOTOPP,J.M.ELKINS,M.J.RYLE,I.J.CLIFTON, J.S.LLOYD,N.I.BURZLAFF,J.E.BALDWIN,R.P.HAUSINGER,P.L.ROACH | Display | Download |
| 1gs2 | THEORETICAL MODELS OF THE L13, L14, L15, L16, L18, L23, AND L24 PROTEIN STRUCTURES FROM THE LARGE RIBOSOMAL SUBUNIT FROM D. RADIODURANS BASED ON BIOINFORMATIC ANALYSIS | J.M.BUJNICKI,M.FEDER,L.RYCHLEWSKI,D.FISCHER | Display | Download |
| 1gty | HOMOLOGY MODEL OF N-TERMINAL N1 DOMAIN OF E. COLI BRANCHING ENZYME | L.LO LEGGIO,H.A.ERNST,I.HILDEN,S.LARSEN | Display | Download |
| 1gys | BRAZIL NUT 2S ALBUMIN SEED STORAGE PROTEIN, HOMOLOGY MODEL | M.J.C.ALCOCER,G.J.MURTAGH,K.BAILEY,M.J.PARKER,L.JING, D.B.ARCHER | Display | Download |
| 1h1u | COMPLEX OF THE ALPHA-SARCIN-RICIN LOOP AND ELONGATION FACTOR TU | S.M.STAGG,D.MOUSTAKAS,S.C.HARVEY | Display | Download |
| 1h3k | THEORETICAL MODEL OF THE BETA-HELICAL DOMAIN OF STREPTOMYCES SP. MYCODEXTRANASE | D.J.RIGDEN,O.L.FRANCO | Display | Download |
| 1h3r | HOMOLOGY MODEL OF THE ANTIFUNGAL PROTEIN ALFAFP FROM ALFALFA (MEDICAGO SATIVUS) | H.J.SCHIRRA,F.T.LAY,M.J.SCANLON,M.A.ANDERSON,D.J.CRAIK | Display | Download |
| 1h8q | HUMAN MONOAMINE OXIDASE TYPE A (TRUNCATED) | J.WOUTERS,N.LEONARD,C.LAMBERT,E.DEPIEREUX | Display | Download |
| 1h8r | HUMAN MONOAMINE OXIDASE TYPE B (TRUNCATED) | J.WOUTERS,N.LEONARD,C.LAMBERT,E.DEPIEREUX | Display | Download |
| 1has | COMPARATIVE ANALYSES OF PENTRAXINS: IMPLICATIONS FOR PROTOMER ASSEMBLY AND LIGAND BINDING | N.SRINIVASAN,H.E.WHITE,J.EMSLEY,S.P.WOOD,M.B.PEPYS, T.L.BLUNDELL | Display | Download |
| 1hf1 | COMPARATIVE MOLECULAR MODEL BUILDING OF TWO SERINE PROTEINASES FROM CYTOTOXIC T LYMPHOCYTES | M.MURPHY,M.N.G.JAMES | Display | Download |
| 1hfm | A THREE-DIMENSIONAL MODEL OF AN ANTI-LYSOZYME ANTIBODY | S.J.SMITH-GILL,C.MAINHART,T.B.LAVOIE,R.J.FELDMANN,W.DROHAN, B.R.BROOKS | Display | Download |
| 1hlh | PROPOSED STRUCTURE FOR THE DNA-BINDING DOMAIN OF THE HELIX- LOOP-HELIX FAMILY OF EUKARYOTIC GENE REGULATORY PROTEINS | T.J.GIBSON,J.D.THOMPSON,R.A.ABAGYAN | Display | Download |
| 1hli | MODELING OF THE LECTIN-HOMOLOGY DOMAINS OF THE HUMAN AND MURINE LOW-AFFINITY FCE RECEPTOR (FCERII(SLASH)CD23) | E.A.PADLAN,B.A.HELM | Display | Download |
| 1hlj | MODELING OF THE LECTIN-HOMOLOGY DOMAINS OF THE HUMAN AND MURINE FCE RECEPTOR (FCERII(SLASH)CD23) | E.A.PADLAN,B.A.HELM | Display | Download |
| 1hn5 | MODEL FOR THE MOTOR COMPONENT OF DYNEIN | G.MOCZ,I.R.GIBBONS | Display | Download |
| 1hou | THEORETICAL MODEL OF THE UNMUTATED, MAJOR CANONICAL ANTIBODY SPECIFIC FOR HAEMOPHILUS INFLUENZAE TYPE B CAPSULAR POLYSACCHARIDE. | L.HOUGS,L.JUUL,A.SVEJGAARD,T.BARINGTON | Display | Download |
| 1hr4 | MOLECULAR MODEL OF DOMAINS 3 AND 4 OF MEMBRANE COFACTOR PROTEIN (MCP, CD46) | T.S.JOKIRANTA,C.BAGLEY,D.L.GORDON | Display | Download |
| 1hvp | MOLECULAR MODELING OF THE HIV-1 PROTEASE AND ITS SUBSTRATE BINDING SITE | I.T.WEBER | Display | Download |
| 1hz7 | THE COMPLEX STRUCTURE OF FARNESYLTRANSFERASE BOUND WITH FARNESYL PYROPHOSPHATE, ZINC AND MAGNESIUM | Y.-P.PANG,K.XU,F.G.PRENDERGAST | Display | Download |
| 1i15 | DOPAMINE D2 RECEPTOR MODELED ON BACTERIORHODOPSIN | M.M.TEETER,M.F.FROIMOWITZ,B.STEC,C.J.DURAND | Display | Download |
| 1i1t | A THEORETICAL MODEL OF DOUBLE-STRANDED DNA BOUND TO RECA PROTEIN (N-TYPE SUGAR CONFORMATION) | T.NISHINAKA,A.SHINOHARA,Y.ITO,S.YOKOYAMA,T.SHIBATA | Display | Download |
| 1i1u | A THEORETICAL MODEL OF DOUBLE-STRANDED DNA BOUND TO RECA PROTEIN (S-TYPE SUGAR CONFORMATION) | T.NISHINAKA,A.SHINOHARA,Y.ITO,S.YOKOYAMA,T.SHIBATA | Display | Download |
| 1i1v | A THEORETICAL MODEL OF TRIPLE-STRANDED DNA BOUND TO RECA PROTEIN (N-S INTERCONVERSION MODEL) | T.NISHINAKA,A.SHINOHARA,Y.ITO,S.YOKOYAMA,T.SHIBATA | Display | Download |
| 1i3b | THEORETICAL BETA-HELIX MODEL OF A PLANT ANTIFREEZE PROTEIN FROM LOLIUM PERENNE. | M.J.KUIPER,P.L.DAVIES,V.K.WALKER | Display | Download |
| 1iaf | IMPLICATIONS OF THE THREE-DIMENSIONAL STRUCTURE OF ASTACIN FOR THE STRUCTURE AND FUNCTION OF THE ASTACIN FAMILY OF ZINC ENDOPEPTIDASES | F.-X.GOMIS-RUETH,W.STOECKER,W.BODE | Display | Download |
| 1ic3 | THEORETICAL MODEL OF S.CEREVISIAE CAP 0 (MRNA:GUANINE-N7) METHYLTRANSFERASE | J.M.BUJNICKI,M.FEDER,M.RADLINSKA,L.RYCHLEWSKI | Display | Download |
| 1icz | THEORETICAL MODEL OF HISTAMINE N-METHYLTRANSFERASE | Y.-P.PANG,X.-E.ZHENG,R.M.WEINSHILBOUM | Display | Download |
| 1if3 | MODEL FOR THE STRUCTURE OF THE HIV GP41 ECTODOMAIN | M.CAFFREY | Display | Download |
| 1ige | A MODEL OF THE FC OF IMMUNOGLOBULIN E | E.A.PADLAN,D.R.DAVIES | Display | Download |
| 1igk | MODELED COMPLEX BETWEEN PHOTOSYSTEM II AND CYTOCHROME C549 | C.A.KERFELD,M.R.SAWAYA,T.O.YEATES,D.W.KROGMANN | Display | Download |
| 1iif | STRUCTURAL BASE OF THE INTERACTION OF A MONOCLONAL ANTIBODY AGAINST P24 OF HIV-1 WITH ITS PEPTIDE EPITOPE | W.E.HOEHNE,R.-D.STIGLER | Display | Download |
| 1iiv | HOMOLOGY BASED MODEL OF S. TYPHI OMPC | A.AROCKIASAMY,S.KRISHNASWAMY | Display | Download |
| 1ij4 | MODEL OF THE ALB2 I-DOMAIN / ICAM-1 D1 COMPLEX | G.B.LEGGE,G.M.MORRIS,M.F.SANNER,Y.TAKADA,A.J.OLSON, F.GRYNSZPAN | Display | Download |
| 1ik2 | HUMAN CARDIAC BETA-MYOSIN HEAVY CHAIN | L.G.D'CRUZ,G.M.ALTER,J.OBEROI,F.D.DAVISON,W.J.MCKENNA, N.D.CARTER,C.BABOONIAN | Display | Download |
| 1il7 | INTERLEUKIN-7, THEORETICAL MODEL | L.COSENZA,A.ROSENBACH,J.V.WHITE,J.R.MURPHY,T.F.SMITH | Display | Download |
| 1ilb | THEORETICAL MODEL OF REDUCED E. COLI GLUTAREDOXIN 3 | N.FOLOPPE,J.SAGEMARK,K.NORDSTRAND,K.D.BERNDT,L.NILSSON | Display | Download |
| 1ili | THEORETICAL MODEL OF THE CONSERVED DOMAIN IV OF E. COLI 4.5S RNA, THIS STRUCTURE WAS MODELED FROM 1DUH. | C.Q.LIU,S.Q.LIU,C.WANG,C.L.BAI | Display | Download |
| 1ilj | MOLECULAR MODELING OF THE HAMSTER STEROIDOGENIC ACUTE REGULATORY (STAR) PROTEIN | A.P.MATHIEU,A.FLEURY,L.DUCHARME,P.LAVIGNE,J.-G.LEHOUX | Display | Download |
| 1ill | THE INTERLEUKIN 2 AND INTERLEUKIN 4 RECEPTORS STUDIED BY MOLECULAR MODELLING | P.BAMBOROUGH,C.J.HEDGECOCK,W.G.RICHARDS | Display | Download |
| 1ilm | THE INTERLEUKIN 2 AND INTERLEUKIN 4 RECEPTORS STUDIED BY MOLECULAR MODELLING | P.BAMBOROUGH,C.J.HEDGECOCK,W.G.RICHARDS | Display | Download |
| 1iln | THE INTERLEUKIN 2 AND INTERLEUKIN 4 RECEPTORS STUDIED BY MOLECULAR MODELLING | P.BAMBOROUGH,C.J.HEDGECOCK,W.G.RICHARDS | Display | Download |
| 1img | MOLECULAR MODELING OF THE HUMAN STEROIDOGENIC ACUTE REGULATORY (STAR) PROTEIN | A.P.MATHIEU,A.FLEURY,L.DUCHARME,P.LAVIGNE,J.-G.LEHOUX | Display | Download |
| 1in9 | HOMOLOGY-BASED THEORETICAL MOLECULAR MODEL OF HUMAN TRYPTOPHAN HYDROXYLASE REGULATORY, CATALYTIC AND TETRAMERIZATION DOMAINS | G.C.T.JIANG,G.J.YOHRLING IV,J.D.SCHMITT,K.E.VRANA | Display | Download |
| 1ina | A MODEL OF THE THREE-DIMENSIONAL STRUCTURE OF ICE NUCLEATION PROTEINS | A.V.KAJAVA,S.E.LINDOW | Display | Download |
| 1inb | A MODEL OF THE THREE-DIMENSIONAL STRUCTURE OF ICE NUCLEATION PROTEINS | A.V.KAJAVA,S.E.LINDOW | Display | Download |
| 1ip8 | RIBOSOMAL RNAS AND PROTEINS AS WELL AS FACTORS IN THE PRE- TRANSLOCATIONAL STATE | K.NAGANO,N.NAGANO | Display | Download |
| 1ipl | RIBOSOMAL RNAS AND PROTEINS AS WELL AS FACTORS | K.NAGANO,N.NAGANO | Display | Download |
| 1ipm | RIBOSOMAL RNAS AND PROTEINS AS WELL AS FACTORS | K.NAGANO,N.NAGANO | Display | Download |
| 1ipn | RIBOSOMAL RNAS AND PROTEINS AS WELL AS FACTORS | K.NAGANO,N.NAGANO | Display | Download |
| 1ipo | RIBOSOMAL RNAS AND PROTEINS AS WELL AS FACTORS | K.NAGANO,N.NAGANO | Display | Download |
| 1ipq | RIBOSOMAL RNAS AND PROTEINS AS WELL AS FACTORS | K.NAGANO,N.NAGANO | Display | Download |
| 1ipr | RIBOSOMAL RNAS AND PROTEINS AS WELL AS FACTORS | K.NAGANO,N.NAGANO | Display | Download |
| 1ipt | MODELLING OF THE THREE-DIMENSIONAL ARCHITECTURE OF GROUP I CATALYTIC INTRONS BASED ON COMPARATIVE SEQUENCE ANALYSIS | F.MICHEL,E.WESTHOF | Display | Download |
| 1ipu | RIBOSOMAL RNAS AND PROTEINS AS WELL AS FACTORS | K.NAGANO,N.NAGANO | Display | Download |
| 1ipv | RIBOSOMAL RNAS AND PROTEINS AS WELL AS FACTORS | K.NAGANO,N.NAGANO | Display | Download |
| 1ipx | RIBOSOMAL RNAS AND PROTEINS AS WELL AS FACTORS | K.NAGANO,N.NAGANO | Display | Download |
| 1ipy | RIBOSOMAL RNAS AND PROTEINS AS WELL AS FACTORS | K.NAGANO,N.NAGANO | Display | Download |
| 1ipz | RIBOSOMAL RNAS AND PROTEINS AS WELL AS FACTORS | K.NAGANO,N.NAGANO | Display | Download |
| 1ir4 | DOCKING MODEL OF T. THERMOPHILUS ARGRS AND YEAST TRNA(ARG) | A.SHIMADA,O NUREKI,M.GOTO,S.TAKAHASHI,S.YOKOYAMA | Display | Download |
| 1ita | STRUCTURE AND FUNCTION OF INTERLEUKIN-1, BASED ON CRYSTALLOGRAPHIC AND MODELING STUDIES | B.VEERAPANDIAN | Display | Download |
| 1ite | A MODEL OF THE COMPLEX BETWEEN INTERLEUKIN-4 AND ITS RECEPTORS | A.S.ZDANOV,A.E.GUSTCHINA,C.SCHALK-HIHI,A.WLODAWER | Display | Download |
| 1itn | STRUCTURE AND FUNCTION OF INTERLEUKIN-1, BASED ON CRYSTALLOGRAPHIC AND MODELING STUDIES | B.VEERAPANDIAN | Display | Download |
| 1ium | LOV DOMAIN OF THE YTVA PROTEIN FROM BACILLUS SUBTILIS: A THEORETICAL MODEL | E.POLVERINI,A.LOSI | Display | Download |
| 1j4f | THEORETICAL MODEL OF E.COLI 16S RRNA M5C967 METHYLTRANSFERASE SUN | J.M.BUJNICKI | Display | Download |
| 1j5f | REVISED MODEL OF T5 5' NUCLEASE + DNA | J.J.DERVAN,M.FENG,J.A.GRASBY,P.J.ARTYMIUK,T.A.CESKA, J.R.SAYERS | Display | Download |
| 1j5g | KNOWLEDGE BASED MODEL OF A LAMBDA REPRESSOR TETRAMER (TWO DIMERS) BOUND TO TWO ADJACENT OPERATOR SITES | R.CHATTOPADHYAYA,K.GHOSH | Display | Download |
| 1j7f | SUBUNIT C OLIGOMER OF THE E.COLI ATP SYNTHASE | O.Y.DMITRIEV,P.C.JONES,R.H.FILLINGAME | Display | Download |
| 1j8j | A NEW CLASS OF SMALL NON-PEPTIDYL COMPOUNDS BLOCKS PLASMODIUM FALCIPARUM DEVELOPMENT IN VITRO BY INHIBITING PLASMEPSINS | S.JIANG,S.T.PRIGGE,L.WEI,Y.GAO,T.H.HUDSON,L.GERENA,J.B.DAME, D.E.KYLE | Display | Download |
| 1j9u | THEORETICAL STRUCTURE OF HUMAN INTERLEUKIN-13 | J.ZUEGG,D.C.WEBB,P.S.FOSTER,M.G.CASAROTTO | Display | Download |
| 1jga | THEORETICAL MODEL OF THE DIISOPROPYLPHOSPHORYL- ACETYLCHOLINESTERASE COMPLEXED WITH 1,7-HEPTYLENE-BIS-N,N'- SYN-2-PYRIDINIUMALDOXIME | Y.-P.PANG | Display | Download |
| 1jgb | THEORETICAL MODEL OF THE DIISOPROPYLPHOSPHORYL- ACETYLCHOLINESTERASE COMPLEXED WITH 1,3-PROPYLENE-BIS-N,N'- SYN-4-PYRIDINIUMALDOXIME | Y.-P.PANG | Display | Download |
| 1jng | STRUCTURE OF THE ENA-VASP HOMOLOGY 1 (EVH1) DOMAIN OF HUMAN VASODILATOR-STIMULATED PHOSPHOPROTEIN (VASP) IN COMPLEX WITH SFEFPPPPTEDEL PEPTIDE (THEORETICAL MODEL) | L.BALL,R.KUHNE,B.HOFFMANN,A.HAFNER,P.SCHMIEDER,R.VOLKMER- ENGERT,M.HOF,M.WAHL,J.SCHNEIDER-MERGENER,U.WALTER, H.OSCHKINAT,T.JARCHAU | Display | Download |
| 1jo9 | COMPUTATIONAL MODEL OF HAMSTER P450C17 | A.P.MATHIEU,R.J.AUCHUS,J.G.LEHOUX | Display | Download |
| 1jp1 | MOLECULAR DOCKING OF COMPETITIVE PHOSPHODIESTERASE SUBSTRATE CYCLIC ADENOSINE 3',5'-MONOPHOSPHATE (CAMP) | O.DYM,I.XENARIOS,H.KE,J.COLICELLI | Display | Download |
| 1jp2 | MOLECULAR DOCKING OF COMPETITIVE PHOSPHODIESTERASE INHIBITOR, 4-[3-(CYCLOPENTYLOXY)-4-METHOXYPHENYL]-2- PYRROLIDINONE, ROLIPRAM | O.DYM,I.XENARIOS,H.KE,J.COLICELLI | Display | Download |
| 1juw | THEORETICAL MODEL OF LEISHMANIA DONOVANI TOPOISOMERASE I IN COMPLEX WITH A 22 BASE PAIR DNA DUPLEX | A.DAS,C.MANDAL,A.DASGUPTA,T.SENGUPTA,H.K.MAJUMDER | Display | Download |
| 1jx3 | THEORETICAL MODEL OF THE INTEGRIN BETA2 I-LIKE DOMAIN | C.HUANG,Q.ZANG,J.TAKAGI,T.A.SPRINGER | Display | Download |
| 1jx5 | THEORETICAL MODEL OF THE BETA-PROPELLER DOMAIN OF INTEGRIN ALPHAIIB | T.KAMATA,K.K.TIEU,T.A.SPRINGER,Y.TAKADA | Display | Download |
| 1jx8 | MODELLED COMPLEX BETWEEN CYTOCHROME F AND CYTOCHROME C6 | M.FRAGATA,A.KAJAVA | Display | Download |
| 1k11 | THEORETICAL STRUCTURE OF ICAP1-ALPHA BOUND TO INTEGRIN BETA1 CYTOPLASMIC DOMAIN | D.D.CHANG,B.Q.HOANG,J.LIU,T.A.SPRINGER | Display | Download |
| 1k13 | SEVEN TANDEM LEUCINE-RICH REPEATS OF HUMAN GLYCOPROTEIN 1B ALPHA | J.C.WHISSTOCK,Y.SHEN,J.A.LOPEZ,R.K.ANDREWS,M.C.BERNDT | Display | Download |
| 1k14 | SEVEN TANDEM LEUCINE-RICH REPEATS OF CANINE GLYCOPROTEIN 1B ALPHA | J.C.WHISSTOCK,Y.SHEN,J.A.LOPEZ,R.K.ANDREWS,M.C.BERNDT | Display | Download |
| 1k15 | SEVEN TANDEM LEUCINE-RICH REPEATS OF MURINE GLYCOPROTEIN 1B ALPHA | J.C.WHISSTOCK,Y.SHEN,J.A.LOPEZ,R.K.ANDREWS,M.C.BERNDT | Display | Download |
| 1k17 | ALIPHATIC AMIDASE (EC 3.5.1.4) | C.NOVO,S.FARNAUD,R.TATA,A.CLEMENTE,P.R.BROWN | Display | Download |
| 1k5l | INTERLEUKIN 1BETA-SEA BASS | S.COSTANTINI,A.FACCHIANO | Display | Download |
| 1k5x | STRUCTURE OF THE TRANSLATING 80S RIBOSOME FROM YEAST, OBTAINED BY DOCKING ATOMIC MODELS FOR RNA AND PROTEIN COMPONENTS INTO A 15A CRYO-EM MAP. THIS FILE 1K5X CONTAINS THE 40S RIBOSOMAL SUBUNIT, THE P-SITE BOUND TRNA AND THE MRNA CODON. THE FILE 1K5Y CONTAINS THE 60S RIBOSOMAL SUBUNIT. | C.M.T.SPAHN,R.BECKMANN,N.ESWAR,P.PENCZEK,A.SALI,G.BLOBEL, J.FRANK | Display | Download |
| 1k5y | STRUCTURE OF THE TRANSLATING 80S RIBOSOME FROM YEAST, OBTAINED BY DOCKING ATOMIC MODELS FOR RNA AND PROTEIN COMPONENTS INTO A 15A CRYO-EM MAP. THIS FILE 1K5Y CONTAINS THE 60S RIBOSOMAL SUBUNIT. THE FILE 1K5X CONTAINS THE 40S RIBOSOMAL SUBUNIT, THE P-SITE BOUND TRNA AND THE MRNA CODON. | C.M.T.SPAHN,R.BECKMANN,N.ESWAR,P.PENCZEK,A.SALI,G.BLOBEL, J.FRANK | Display | Download |
| 1k67 | MODEL INTERACTION BETWEEN BIRA AND BCCP | L.H.WEAVER,K.KWON,D.BECKETT,B.W.MATTHEWS | Display | Download |
| 1k69 | MODEL INTERACTION BETWEEN BCCP AND ATP-BOUND CARBOXYLASE SUBUNIT OF ACETYL COA CARBOXYLASE | L.H.WEAVER,K.KWON,D.BECKETT,B.W.MATTHEWS | Display | Download |
| 1k7n | THE INTERACTION BETWEEN MRNA AND TRNA (MODEL 2) | C.Q.LIU,S.X.LIU,S.Q.LIU | Display | Download |
| 1k7o | THE INTERACTION BETWEEN MRNA AND TRNA (MODEL 3) | C.Q.LIU,S.X.LIU,S.Q.LIU | Display | Download |
| 1k7p | THE INTERACTION BETWEEN MRNA AND TRNA (MODEL 4) | C.Q.LIU,S.X.LIU,S.Q.LIU | Display | Download |
| 1k7r | THE INTERACTION BETWEEN MRNA AND TRNA (MODEL 1) | C.Q.LIU,S.X.LIU,S.Q.LIU | Display | Download |
| 1k9n | MODEL OF THE PENTAMERIC TRANSMEMBRANE DOMAIN OF PHOSPHOLAMBAN, A REGULATOR OF THE CALCIUM ATPASE SERCA2A | M.G.PATERLINI,J.KARIM,C.B.KARIM,D.D.THOMAS | Display | Download |
| 1kad | MOLECULAR MODELING ON HUMAN CCR2B | X.-F.SHI,S.-X.LIU,J.HUANG,C.-Q.LIU | Display | Download |
| 1kbx | PLASMODIUM CHABAUDI CHABAUDI ASPARTIC PROTEINASE | T.M.MARTINS,C.NOVO,V.E.DO ROSARIO,A.DOMINGOS | Display | Download |
| 1kch | ROLE OF CYSTEINE RESIDUES IN STRUCTURAL STABILITY AND FUNCTION OF A TRANSMEMBRANE HELIX BUNDLE | M.G.PATERLINI,C.B.KARIM,D.D.THOMAS | Display | Download |
| 1kcj | MODEL OF (-)-COCAINE-BOUND (-)-COCAINE HYDROLASE COMPLEX | H.SUN,Y.-P.PANG,O.LOCKRIDGE,S.BRIMIJOIN | Display | Download |
| 1kja | THEORETICAL MODEL OF E-SELECTIN, C-TYPE LECTIN DOMAIN, RESIDUES 1-120, CELL ADHESION MOLECULE | J.BAJORATH,R.STENKAMP,A.ARUFFO | Display | Download |
| 1kjb | THEORETICAL MODEL OF L-SELECTIN, C-TYPE LECTIN DOMAIN, RESIDUES 1-120, CELL ADHESION MOLECULE | J.BAJORATH,A.ARUFFO | Display | Download |
| 1kjc | THEORETICAL MODEL OF THE HUMAN CD6 LIGAND ALCAM (ACTIVATED LEUKOCYTE-CELL ADHESION MOLECULE), N-TERMINAL RECEPTOR- BINDING DOMAIN | J.BAJORATH,M.A.BOWEN,A.ARUFFO | Display | Download |
| 1kjd | THEORETICAL MODEL OF P-SELECTIN, C-TYPE LECTIN DOMAIN, RESIDUES 1-120, CELL ADHESION MOLECULE | J.BAJORATH,R.STENKAMP,A.ARUFFO | Display | Download |
| 1kje | THEORETICAL MODEL OF THE HUMAN CELL SURFACE RECEPTOR CD23, EXTRACELLULAR C-TYPE LECTIN DOMAIN, RESIDUES 178-285 | J.BAJORATH | Display | Download |
| 1kky | THEORETICAL MODEL OF THE FAT DOMAIN OF FOCAL ADHESION KINASE COMPLEXED WITH PAXILLIN LD2 MOTIF | I.HAYASHI,K.VUORI,R.C.LIDDINGTON | Display | Download |
| 1kl0 | THEORETICAL MODEL OF THE FAT DOMAIN OF FOCAL ADHESION KINASE COMPLEXED WITH PAXILLIN LD2 MOTIF | I.HAYASHI,K.VUORI,R.C.LIDDINGTON | Display | Download |
| 1kml | COMPUTER MODEL OF A COVALENT COMPLEX BETWEEN D(GTGGCGGCGGCC) AND THREE MOLECULES OF ANTITUMOR DRUG ECTEINASCIDIN 743 | E.MARCO,R.GARCIA-NIETO,J.MENDIETA,I.MANZANARES,C.CUEVAS, F.GAGO | Display | Download |
| 1kmu | MODEL STRUCTURE OF THE CATALYTIC SUBUNIT-REGULATORY SUBUNIT DIMERIC COMPLEX OF THE CAMP-DEPENDENT PROTEIN KINASE | C.S.TUNG,D.A.WALSH,J.TREWHELLA | Display | Download |
| 1kmw | MODEL STRUCTURE OF THE CATALYTIC SUBUNIT-REGULATORY SUBUNIT DIMERIC COMPLEX OF THE C-AMP-DEPENDENT PROTEIN KINASE | C.S.TUNG,D.A.WALSH,J.TREWHELLA | Display | Download |
| 1kov | HOMOLOGY MODEL OF HUMAN FACTOR H SCRS 6 AND 7 | S.RANGANATHAN,D.A.MALE,R.J.ORMSBY,E.GIANNAKIS,D.L.GORDON | Display | Download |
| 1kp1 | MOLECULAR MODELING AND MOLECULAR DYNAMICS SIMULATION OF HUMAN CCR2B. | X-F.SHI,S-X.LIU,J.G.XIANGYU,Y.P.ZHANG,J.HUANG,S-Q.LIU,C- Q.LIU | Display | Download |
| 1kpn | THEORETICAL MODEL OF BLUE CONE PIGMENT | R.E.STENKAMP,S.FILIPEK,C.A.G.G.DRIESSEN,D.C.TELLER, K.PALCZEWSKI | Display | Download |
| 1kpw | THEORETICAL MODEL OF GREEN CONE PIGMENT | R.E.STENKAMP,S.FILIPEK,C.A.G.G.DRIESSEN,D.C.TELLER, K.PALCZEWSKI | Display | Download |
| 1kpx | THEORETICAL MODEL OF RED CONE PIGMENT | R.E.STENKAMP,S.FILIPEK,C.A.G.G.DRIESSEN,D.C.TELLER, K.PALCZEWSKI | Display | Download |
| 1ks1 | A MODEL FOR A FIVE-PRIME STACKED TRNA | A.B.SIMONSON,J.A.LAKE | Display | Download |
| 1ku4 | STRUCTURE MODEL OF THE SMUC159 ANTIBODY SINGLE CHAIN FRAGMENT SPECIFIC FOR MUCIN-1 | P.JIRHOLT,C.A.K.BORREBAECK,M.OHLIN | Display | Download |
| 1kur | THEORETICAL MODEL OF THE ALLERGEN JUN A 3 FROM MOUNTAIN CEDAR POLLEN | K.V.SOMAN,T.MIDORO-HORIUTI,J.C.FERREON,R.M.GOLDBLUM, E.G.BROOKS,A.KUROSKY,W.BRAUN,C.H.SCHEIN | Display | Download |
| 1kwl | HOMOLOGY MODELING OF BJ2S | G.BASU,M.GHOSE,D.ROY,S.MANDAL,R.K.MANDAL | Display | Download |
| 1kyk | HOMOLOGY MODEL OF THE MECHANOSENSITIVE CHANNEL FROM ESCHERICHIA COLI: A CLOSED STATE | E.PEROZO,D.M.CORTES,P.SOMPORNPISUT,A.KODA,B.MARTINAC | Display | Download |
| 1kyl | STRUCTURAL MODEL OF THE MECHANOSENSITIVE CHANNEL FROM ESCHERICHIA COLI: AN INTERMEDIATE CLOSED STATE | E.PEROZO,D.M.CORTES,P.SOMPORNPISUT,A.KODA,B.MARTINAC | Display | Download |
| 1kym | STRUCTURAL MODEL OF THE MECHANOSENSITIVE CHANNEL FROM ESCHERICHIA COLI: AN OPEN GATE STRUCTURE | E.PEROZO,D.M.CORTES,P.SOMPORNPISUT,A.KODA,B.MARTINAC | Display | Download |
| 1kzr | TRANSITION STATE MODEL OF THE PROTEIN FARNESYLTRANSFERASE REACTION BASED ON CRYSTAL STRUCTURES OF PROTEIN FARNESYLTRANSFERASE WITH BOUND SUBSTRATES AND PRODUCTS | S.B.LONG,P.J.CASEY,L.S.BEESE | Display | Download |
| 1l0t | ATOMIC MODEL OF THE PAPILLOMAVIRUS CAPSID | Y.MODIS,B.L.TRUS,S.C.HARRISON | Display | Download |
| 1l1u | TERNARY COMPLEX DOCKED IN THE DECODING SITE OF THE 30S RIBOSOMAL SUBUNIT | A.B.SIMONSON,J.A.LAKE | Display | Download |
| 1l4o | HEXAMER OF DNA-PACKAGING RNA (PRNA) OF BACTERIOPHAGE PHI29 DNA-TRANSLOCATING MOTOR | S.HOEPRICH,P.GUO | Display | Download |
| 1l4p | PRNA AND CONNECTOR COMPLEX OF BACTERIOPHAGE PHI29 DNA PACKAGING MOTOR | S.HOEPRICH,P.GUO | Display | Download |
| 1l4q | DIMER OF DNA-PACKAGING RNA (PRNA) OF BACTERIOPHAGE PHI29 | S.HOEPRICH,P.GUO | Display | Download |
| 1l4r | MONOMER OF DNA-PACKAGING RNA (PRNA) OF BACTERIOPHAGE PHI29 | S.HOEPRICH,P.GUO | Display | Download |
| 1l6q | MOUSE MAJOR HISTOCOMPATIBILITY COMPLEX CLASS I PROTEIN H2-KD | F.S.WONG,A.K.MOUSTAKAS,L.WEN,G.K.PAPADOPOULOS,C.A.JANEWAY JR. | Display | Download |
| 1l8m | THEORETICAL MODEL OF HISTIDINE RICH PROTEIN II OF THE P.FALCIPARUM | R.R.SHARAN,J.A.R.P.SHARMA | Display | Download |
| 1l9i | THEORETICAL MODEL OF HORSE STROMELYSIN | S.C.MALLENA,J.A.R.P.SHARMA | Display | Download |
| 1la5 | THEORITICAL MODEL OF HUMAN FICOLIN PRECURSOR | S.C.MALLENA,K.YADUGIRI | Display | Download |
| 1la7 | A THEORETICAL MODEL OF HUMAN CHITINASE-3 LIKE PROTEIN | M.V.RAGHU RAM | Display | Download |
| 1lbn | THROMBOXANE A2 RECEPTOR (TXA2-R) (PROSTANOID TP RECEPTOR) | J.A.R.P.SARMA,S.S.TAJNE,S.RAMA DEVI,G.RAMBABU | Display | Download |
| 1lc9 | THEORETICAL STRUCTURE OF HUMAN CYCLIN-DEPENDENT KINASE 1 (CDK1) | K.NARAYANA,R.P.K.SURENDRA,J.A.R.P.SARMA | Display | Download |
| 1lcg | A THEORETICAL MODEL OF HUMAN CATHEPSIN E PRECURSOR | M.V.RAGHU RAM | Display | Download |
| 1lch | THEORETICAL MODEL OF CELL DIVISION CONTROL PROTEIN LIKE PROTEIN KINASE FROM HUMAN MALARIA PARASITE PLASMODIUM FALCIPARUM | A.DASH,K.K.KAKARALA | Display | Download |
| 1lcq | THEORETICAL MODEL OF THE B ALLELE OF THE NS GENE OF AVIAN INFLUENZA VIRUSES | R.SAGAJKAR,A.MUTHUVEL | Display | Download |
| 1lcr | THEORETICAL MODEL OF PLASMEPSIN-I OF PLASMODIUM FALCIPARUM | P.R.NATH,P.BHATNAGAR | Display | Download |
| 1ld0 | THEORETICAL MODEL OF HUMAN GAMMA D CRYSTALLIN | A.SALIM,Z.H.ZAIDI | Display | Download |
| 1ld2 | THEORETICAL STRUCTURE OF HUMAN CYCLIN-DEPENDENT KINASE 4 (CDK4) | K.NARAYANA,R.P.K.SURENDRA,J.A.R.P.SARMA | Display | Download |
| 1ldu | COMPARATIVE MODELING OF PROPLASMEPSIN 1 OF PLASMODIUM FALCIPARUM | K.K.KAKARALA,R.R.SHARAN,R.B.GUNDLA | Display | Download |
| 1ldv | PLASMODIUM FALCIPARUM MEROZOITE SURFACE ANTIGEN PRECUSOR | A.DASH,K.K.KAKARALA | Display | Download |
| 1ler | THEORETICAL MODEL OF HUMAN GAMMA A CRYSTALLIN | A.SALIM,Z.H.ZAIDI | Display | Download |
| 1leu | THEORETICAL MODEL OF HUMAN GAMMA B CRYSTALLIN | A.SALIM,Z.H.ZAIDI | Display | Download |
| 1lfe | THEORETICAL MODEL OF HUMAN GAMMA C CRYSTALLIN | A.SALIM,Z.H.ZAIDI | Display | Download |
| 1lfn | THEORETICAL STRUCTURE OF HUMAN-CYCLIN DEPENDENT KINASE 3 (CDK3) | K.NARAYANA,T.RAJASEKHAR,J.A.R.P.SARMA | Display | Download |
| 1lfr | THEORETICAL STRUCTURE OF HUMAN-CYCLIN DEPENDENT KINASE 5 (CDK5) | K.NARAYANA,A.SRINIVASAREDDY,J.A.R.P.SARMA | Display | Download |
| 1lfs | THEORETICAL STRUCTURE OF REPLICATION FACTOR C 36 KDA SUBUNIT | R.P.K.SURENDRA,T.NEELIMA,K.K.KAKARALA | Display | Download |
| 1lfx | THEORETICAL STRUCTURE OF NITROGENASE MOLYBDENUM-IRON PROTEIN ALPHA CHAIN | A.SRINIVASAREDDY,K.NARAYANA,G.RAMBABU | Display | Download |
| 1lg0 | THEORETICAL STRUCTURE OF TELOMERASE-BINDING PROTEIN P23 | T.RAJASEKHAR,T.NEELIMA,J.A.R.P.SARMA | Display | Download |
| 1lg3 | THEORETICAL STRUCTURE OF HUMAN-CYCLIN DEPENDENT KINASE 7 (CDK7) | K.NARAYANA,R.C.HARINARAYANA,J.A.R.P.SARMA | Display | Download |
| 1lgi | PLASMODIUM FALCIPARUM 3-PHOSPHOGLYCERATE KINASE | A.DASH,J.A.R.P.SARMA | Display | Download |
| 1lgj | STRUCTURE OF VIRAL CASP8 AND FADD-LIKE APOPTOSIS REGULATOR | R.SAGAJKAR,A.MUTHUVEL | Display | Download |
| 1lgo | STRUCTURE OF ETHANOLAMINE UTILIZATION PROTEIN EUTK [PRECURSOR] | R.SAGAJKAR,R.RAMCHANDRA,A.MUTHUVEL | Display | Download |
| 1lgz | STRUCTURE OF ACID SHOCK PROTEIN PRECURSOR. {GENE STM1485}- SALMONELLA TYPHIMURIUM | R.RAMCHANDRA,R.SAGAJKAR | Display | Download |
| 1lh8 | STRUCTURE OF ACID SHOCK PROTEIN PRECURSOR. {GENE: ASR OR STY1582}-SALMONELLA TYPHI | R.SAGAJKAR,R.RAMCHANDRA,A.MUTHUVEL | Display | Download |
| 1lh9 | THEORETICAL MODEL OF THE BETA6 INTEGRIN | S.RAMA DEVI,S.TAJNE,P.APARNA | Display | Download |
| 1lha | THEORETICAL MODEL OF BETA1 INTEGRIN | S.RAMA DEVI,S.TAJNE | Display | Download |
| 1lhq | CATALYTIC DOMAIN OF 3',5'-CYCLIC PHOSPHODIESTERASE 8A | S.RAMA DEVI,S.TAJNE,R.JOHN | Display | Download |
| 1lhx | PLASMODIUM FALCIPARUM CASEIN KINASE-1 | K.BEESETTI,K.GAYATHRI | Display | Download |
| 1lim | COMPARATIVE ANALYSES OF PENTRAXINS: IMPLICATIONS FOR PROTOMER ASSEMBLY AND LIGAND BINDING | N.SRINIVASAN,H.E.WHITE,J.EMSLEY,S.P.WOOD,M.B.PEPYS, T.L.BLUNDELL | Display | Download |
| 1lj6 | THEORITICAL MODEL OF TROPONIN | K.YADUGIRI,S.C.MALLENA,K.M.BEESETTI | Display | Download |
| 1lja | STRUCTURE OF REGULATOR OF SIGMA D (SALMONELLA TYPHIMURIUM) | R.SAGAJKAR,P.KULKARNI | Display | Download |
| 1ljb | TRANSTHYRETIN [PRECURSOR] | K.M.BESETTI,G.KARLAPUDI | Display | Download |
| 1ljc | STRUCTURE OF RIBONUCLEASE HII OF SALMONELLA TYPHIMURIUM | R.SAGAJKAR,A.MUTHUVEL,R.RAMCHANDRA | Display | Download |
| 1ljd | THEORETICAL STRUCTURE OF HUMAN PHOSPHOGLYCERATE MUTASE 1 | R.P.K.SURENDRA,V.SRINIVAS,J.A.R.P.SARMA | Display | Download |
| 1lk1 | MODEL OF THE ACETYLCHOLINE RECEPTOR EXTRACELLULAR DOMAIN IN COMPLEX WITH TWO ALPHA-BUNGAROTOXIN MOLECULES | A.O.SAMSON,T.SCHERF,M.EISENSTEIN,J.CHILL,J.ANGLISTER | Display | Download |
| 1lk8 | THEORETICAL MODEL OF COLLAGENASE PRECURSOR | S.C.MALLENA,K.YADUGIRI | Display | Download |
| 1lkg | THEORETICAL MODEL OF HUMAN TYPE IV COLLAGENASE PRECURSOR | S.C.MALLENA,R.D.SAGAJKAR | Display | Download |
| 1lkh | SRTUCTURE OF ASPARAGINYL-TRNA SYNTHETASE SALMONELLA TYPHIMURIUM | R.SAGAJKAR | Display | Download |
| 1lkw | STRUCTURE OF TRYPTOPHANYL-TRNA SYNTHETASE OF SALMONELLA TYPHIMURIUM | R.SAGAJKAR | Display | Download |
| 1lle | ARGINYL-TRNA SYNTHETASE-SALMONELLA TYPHIMURIUM | R.SAGAJKAR,K.C.MISHRA | Display | Download |
| 1llg | HOMOLOGY MODELLING OF RHO-CRYSTALLIN FROM BULL FROG (RANA CATESBEIANA) LENS | S.ZARINA,Z.H.ZAIDI | Display | Download |
| 1llj | STRUCTURE OF PHOSPHOMETHYLPYRIMIDINE KINASE-SALMONELLA TYPHIMURIUM | R.SAGAJKAR | Display | Download |
| 1llk | STRUCTURE OF CYTOCHROME C OXIDASE POLYPEPTIDE III-GALLUS GALLUS | R.SAGAJKAR | Display | Download |
| 1lll | STRUCTURE OF PHOSPHOMANNOMUTASE-SALMONELLA TYPHIMURIUM | R.SAGAJKAR,A.MUTHUVEL,R.REDDY | Display | Download |
| 1lly | STRUCTURE OF CYTOCHROME B-GALLUS GALLUS | R.SAGAJKAR | Display | Download |
| 1lmg | THEORETICAL MODEL OF A COMPLEX OF ALPHA SHORT CHAIN NEUROTOXIN FROM COBRA NAJA NAJA NAJA AND HUMAN ACETYLCHOLINE RECEPTOR PEPTIDE | A.BANO,A.SALIM,A.ABBASI,Z.H.ZAIDI | Display | Download |
| 1lmu | STRUCTURE OF DNA TOPOISOMERASE III-SALMONELLA TYPHIMURIUM | R.SAGAJKAR | Display | Download |
| 1ln5 | STRUCTURE OF 3-PHOSPHOSHIKIMATE 1-CARBOXYVINYLTRANSFERASE- SALMONELLA GALLINARUM | R.SAGAJKAR | Display | Download |
| 1ln7 | 3D STRUCTURE OF A COMPLEX OF ALPHA SHORT CHAIN NEUROTOXIN AND HUMAN ACETYLCHOLINE RECEPTOR PEPTIDE BY HOMOLOGY MODELING | A.BANO,A.SALIM,A.ABBASI,Z.H.ZAIDI | Display | Download |
| 1ln9 | THEORETICAL MODEL OF COMPLEX OF ALPHA SHORT CHAIN NEUROTOXIN AND HUMAN ACETYLCHOLINE RECEPTOR PEPTIDE | A.BANO,A.SALIM,A.ABBASI,Z.H.ZAIDI | Display | Download |
| 1lnj | RAT ADENOSINE KINASE | K.YADUGIRI,K.BESSETTI | Display | Download |
| 1lnk | THEORETICAL MODEL OF BETA NEUROTOXIN FROM ELAPIDAE SNAKE VENOM | A.BANO,A.SALIM,A.ABBASI,Z.H.ZAIDI | Display | Download |
| 1lnn | CYCLIN-DEPENDENT KINASE 4 INHIBITOR A | A.DASH,K.BEESETTI,K.GAYATHRI | Display | Download |
| 1lno | THEORETICAL MODEL OF 2,3-BISPHOSPHOGLYCERATE-INDEPENDENT PHOSPHOGLYCERATE MUTASE OF HELICOBACTER PYLORI | K.PRASHANTH,P.R.NATH | Display | Download |
| 1lnv | STRUCTURE OF TRIOSEPHOSPHATE ISOMERASE-SALMONELLA TYPHIMURIUM | R.SAGAJKAR | Display | Download |
| 1lp0 | STRUCTURE OF PROTEIN MRAZ-PASTEURELLA MULTOCIDA | R.SAGAJKAR,S.C.MALLENA,D.R.KRISHNAMOHAN | Display | Download |
| 1lp2 | STRUCTURE OF ACETATE KINASE-PASTEURELLA MULTOCIDA | R.SAGAJKAR,R.RAMCHANDRA | Display | Download |
| 1lp5 | THEORETICAL MODEL OF GLUTATHIONE SYNTHETASE | K.BEESETTI,P.JAHNAVI,K.KRISHNAMOHAN | Display | Download |
| 1lpx | THEORETICAL MODEL OF YWTD DOMAIN 7 OF THE CHICKEN LRP1 (LDLR-RELATED) SCAVENGER RECEPTOR | T.A.SPRINGER | Display | Download |
| 1lq3 | THEORETICAL MODEL OF COMPLEX OF ALPHA SHORT CHAIN NEUROTOXIN FROM COBRA NAJA NAJA NAJA AND HUMAN ACETYLCHOLINE RECEPTOR PEPTIDE | A.BANO,A.SALIM,A.ABBASI,Z.H.ZAIDI | Display | Download |
| 1lqn | THEORITICAL MODEL OF HUMAN METALLOPROTEINASE INHIBITOR 1 | S.C.MALLENA,K.YADUGIRI | Display | Download |
| 1lrb | CATALYTIC DOMAIN OF HUMAN PHOSPHODIESTERASE 10A | S.SUNITATAJNE,S.RAMADEVI,R.JOHN | Display | Download |
| 1lrc | CATALYTIC DOMAIN OF HUMAN PHOSPHODIESTERASE 3A | S.SUNITATAJNE,S.RAMADEVI,R.JOHN | Display | Download |
| 1lrf | THEORETICAL MODEL OF HOLO-[ACYL-CARRIER PROTEIN] SYNTHASE- ESCHERICHIA COLI O157:H7 | R.SAGAJKAR | Display | Download |
| 1lrg | THEORETICAL MODEL OF ACETATE KINASE-ESCHERICHIA COLI O157:H7 | R.SAGAJKAR | Display | Download |
| 1lrx | THEORETIC MODEL OF THE HUMAN LOW-DENSITY LIPOPROTEIN RECEPTOR YWTD BETA-PROPELLER DOMAIN | T.A.SPRINGER | Display | Download |
| 1ls7 | STRUCTURE OF CALCITONIN GENE-RELATED PEPTIDE I PRECURSOR | R.SAGAJKAR,S.C.MALLENA | Display | Download |
| 1lsr | THEORETICAL MODEL OF ACETYL COA CARBOXYLASE, BIOTIN CARBOXYLASE SUBUNIT | R.SAGAJKAR | Display | Download |
| 1lt2 | PREDICTION OF TERTIARY STRUCTURE OF LEUCAENA LEUCOCEPHALA TRYPSIN INHIBITOR/TRYPSIN COMPLEX. | R.SATTAR,A.ABBASI,Z.H.ZAIDI | Display | Download |
| 1ltp | MODEL OF LACTOSE REPRESSOR CORE BASED ON ALIGNMENT WITH SUGAR BINDING PROTEINS IS CONCORDANT WITH GENETIC AND CHEMICAL DATA | J.C.NICHOLS,N.K.VYAS,F.A.QUIOCHO,K.S.MATTHEWS | Display | Download |
| 1lty | THEORETICAL MODEL OF UDP-GLUCOSE 6-DEHYDROGENASE | R.SAGAJKAR,S.C.MALLENA | Display | Download |
| 1lu6 | THEORETICAL MODEL OF THE CARBOXY TERMINAL REGION OF HUMAN WILM'S TUMOR PROTEIN, WT1 | R.KHURSHID,A.SALIM,A.ABBASI | Display | Download |
| 1lu7 | THEORETICAL MODEL OF HUMAN PROHIBITIN | R.KHURSHID,A.SALIM,A.ABBASI | Display | Download |
| 1lub | MASCARINIC ACETYLCHOLINE RECEPTOR M2 | R.V.SAGARREDDY,M.RAGHU,J.SHRAVAN,Y.NAVEEN,P.RAJU | Display | Download |
| 1luo | THEORETICAL MODEL OF FIMBRIAL PROTEIN [PRECURSOR] | R.A.RAMCHANDRA,R.SAGAJKAR | Display | Download |
| 1lut | THEORETICAL MODEL OF GLYCOPROTEIN HORMONE RECEPTOR | X.JIANG,M.DREANO,D.R.BUCKLER,S.CHENG,A.YTHIER,H.WU, W.A.HENDRICKSON,N.EL TAYAR | Display | Download |
| 1lv6 | 3D STRUCTURE OF HUMAN RESISTIN | S.L.N.PRASAD REDDY,K.S.RAJESH,T.PRABHAKAR | Display | Download |
| 1lvi | MODELED STRUCTURE OF THE PLASMODIUM FALCIPARUM HEXOSE TRANSPORTER PFHT1 | F.A.ZUNIGA,P.ISEROVICH,S.KRISHNA,J.FISCHBARG | Display | Download |
| 1lvt | THEORETICAL MODEL OF ACTIN, AORTIC SMOOTH MUSCLE | R.SAGAJKAR | Display | Download |
| 1lvx | HOMOLOGY MODEL OF P45 | M.DLAKIC | Display | Download |
| 1lwp | BETA PLATELET-DERIVED GROWTH FACTOR RECEPTOR | K.GAYATHRI,A.MUTHUVEL | Display | Download |
| 1lwq | MODEL OF A LAMBDA REPRESSOR TETRAMER (TWO DIMERS) BOUND TO TWO ADJACENT OPERATOR SITES BASED ON 1KCA | R.CHATTOPADHYAYA,K.GHOSH | Display | Download |
| 1lwz | HUMAN DNA TOPOISOMERASE II, ALPHA ISOZYME | A.DASH | Display | Download |
| 1lx0 | PLASMODIUM FALCIPARUM TUBULIN BETA CHAIN | A.DASH | Display | Download |
| 1lx1 | PREDICTION OF THREE-DIMENSIONAL STRUCTURE OF PHOSPHOLIPASE A2, TAIPOXIN ALPHA CHAIN (PRESYNAPTIC NEUROTOXIN) FROM AUSTRALIAN SNAKE TAIPAN (OXYURANUS SCUTELLATUS SCUTELLATUS) BY HOMOLOGY MODELING | A.BANO,A.SALIM,A.ABBASI,Z.H.ZAIDI | Display | Download |
| 1lx2 | THEORETICAL MODEL OF GLUTATHIONE S-TRANSFERASE P | K.BEESETTI,A.DASH,K.GAYATHRI | Display | Download |
| 1lx3 | THEORETICAL MODEL OF DIHYDROOROTATE DEHYDROGENASE FROM HELICOBACTER PYLORI. | K.PRASHANTH | Display | Download |
| 1lx9 | PLASMODIUM FALCIPARUM ORNITHINE AMINOTRANSFERASE | A.DASH | Display | Download |
| 1lxb | MYCOBACTERIUM TUBERCULOSIS SERINE HYDROXYMETHYLTRANSFERASE 1 | M.G.JAYAPRIYA,A.DASH | Display | Download |
| 1lxq | THEORETICAL MODEL OF 3',5'-CYCLIC NUCLEOTIDE PHOSPHODIESTERASE 1A | S.RAMADEVI,S.SUNITATAJNE | Display | Download |
| 1lxr | THEORETICAL MODEL OF THE CATALYTIC DOMAIN OF 3',5'-CYCLIC NUCLEOTIDE PHOSPHODIESTERASE 1B | S.SUNITATAJNE,S.RAMADEVI,M.PRAVEENKUMAR | Display | Download |
| 1lxs | THEORETICAL MODEL OF THE CATALYTIC DOMAIN OF 3',5'-CYCLIC NUCLEOTIDE PHOSPHODIESTERASE 1C | S.SUNITATAJNE,S.RAMADEVI,K.SRIKANTH | Display | Download |
| 1lxu | THEORETICAL MODEL OF THE CATALYTIC DOMAIN OF CAMP-SPECIFIC 3',5'-CYCLIC PHOSPHODIESTERASE 4C | S.RAMADEVI,S.SUNITATAJNE | Display | Download |
| 1lxv | PREDICTION OF THREE-DIMENSIONAL STRUCTURE OF HUMAN GRANZYME H BY COMPUTER BASED HOMOLOGY MODELING. | K.RAKHSHAN,A.SALIM,A.ABBASI | Display | Download |
| 1lxw | THEORETICAL MODEL OF THE CATALYTIC DOMAIN OF CAMP-SPECIFIC 3',5'-CYCLIC PHOSPHODIESTERASE 7B | S.RAMADEVI,S.SUNITATAJNE | Display | Download |
| 1lxx | THEORETICAL MODEL OF THE CATALYTIC DOMAIN OF 3',5'-CYCLIC PHOSPHODIESTERASE 8A | S.SUNITATAJNE,S.RAMADEVI | Display | Download |
| 1lyr | THEORETICAL MODEL OF BOVINE AP LYASE, BAP1 | R.KHURSHID,A.SALIM,A.ABBASI | Display | Download |
| 1lyu | THEORETICAL MODEL OF FERRIDOXIN | K.BEESETTI,K.YADUGIRI | Display | Download |
| 1lzp | PREDICTED THREE DIMENTIONAL STRUCTURE OF GRANZYME M | R.SATTAR,R.KHURSHID,A.ABBASI | Display | Download |
| 1m09 | PHOSPHORIBOSYLGLYCINAMIDE FORMYLTRANSFERASE 2 | M.G.JAYAPRIYA | Display | Download |
| 1m0a | THEORETICAL MODEL OF PUTATIVE DETHIOBIOTIN SYNTHETASE | N.R.NARASIMHAM,S.C.MALLENA | Display | Download |
| 1m0c | RETROVIRUS-RELATED POL POLYPROTEIN | A.DASH,K.BEESETTI | Display | Download |
| 1m0h | THEORETICAL MODEL OF CATHEPSIN S PRECURSOR | K.BEESETTI,K.YADUGIRI | Display | Download |
| 1m0r | HOMOLOGY MODEL OF DOT1P | M.DLAKIC | Display | Download |
| 1m0x | VP6 PROTEIN OF BOVINE ROTAVIRUS (STRAIN UK) | A.DASH | Display | Download |
| 1m0y | HOMOLOGY MODEL OF RRP6P | M.DLAKIC | Display | Download |
| 1m1i | ADAM-10 COMPLEXED WITH A HYPOTHETICAL SUBSTRATE | S.MANZETTI,D.R.MCCULLOCH,A.C.HERINGTON | Display | Download |
| 1m1v | EXPLORING THE SUBSTRATE AFFINITIES OF MMP-3, ADAM-9 AND ADAM-10 USING MOLECULAR MODELLING AND DYNAMICS SIMULATIONS | S.MANZETTI,D.R.MCCULLOCH,A.C.HERINGTON | Display | Download |
| 1m1w | MOLECULAR DYNAMICS OF MMP-3, ADAM-9 AND ADAM-10: NEW IMPLICATIONS ON FAMILIARITY, STRUCTURE, FUNCTION AND SUBSTRATE AFFINITY | S.MANZETTI,D.R.MCCULLOCH,A.C.HERINGTON | Display | Download |
| 1m2u | STRUCTURE OF THE LACTOSE PERMEASE FROM NON-TRADITIONAL CONSTRAINTS | P.L.SORGEN,L.GUAN,Y.HU,R.KABACK,M.E.GIRVIN | Display | Download |
| 1m37 | STRUCTURE OF PLACENTAL THROMBIN INHIBITOR | S.C.MALLENA,K.K.SRIRAM | Display | Download |
| 1m3t | STRUCTURE OF DETHIOBIOTIN SYNTHETASE MODELED IN SILICO | S.C.MALLENA,K.K.SRIRAM | Display | Download |
| 1m5g | ALL-ATOM HOMOLOGY STRUCTURE OF THE ESCHERICHIA COLI 30S RIBOSOMAL SUBUNIT | C.TUNG,S.JOSEPH,K.SANBONMATSU | Display | Download |
| 1m6q | HUMAN C1 ESTERASE INHIBITOR; PLASMA PROTEIN; MODEL OF THE SERPIN DOMAIN OBTAINED BY HOMOLOGY MODELING | I.G.A.BOS,C.E.HACK,J.P.ABRAHAMS | Display | Download |
| 1m7c | STUCTURAL MODEL OF E. COLI HFQ | V.ARLUISON,P.DERREUMAUX,F.ALLEMAND,M.FOLICHON,E.HAJNSDORF, P.REGNIER | Display | Download |
| 1m7m | A THEORETICAL MODEL OF HUMAN ADENOSINE DEAMINASE | R.RAVULAPALLI,S.MURUGANATHAM | Display | Download |
| 1m91 | A THEORETICAL MODEL OF NADH-CYTOCHROME B5 REDUCTASE (HUMAN) | R.RAVULAPALLI,S.MURUGANANTHAM | Display | Download |
| 1m92 | A THEORETICAL MODEL OF LUTROPIN BETACHAIN PRECURSOR (HUMAN) | R.RAVULAPALLI,S.MURUGANANTHAM | Display | Download |
| 1m97 | CONSERVATION OF STRUCTURE AND FUNCTION AMONG TYROSINE RECOMBINASES: HOMOLOGY-BASED MODELING OF THE LAMBDA INTEGRASE CORE-BINDING DOMAIN | B.M.SWALLA,R.I.GUMPORT,J.F.GARDNER | Display | Download |
| 1m9v | ORNITHINE DECARBOXYLASE FROM PLASMODIUM FALCIPARUM WITH BOUND DFMO AND PLP | A.I.LOUW,L.-M.BIRKHOLTZ,F.JOUBERT,A.W.H.NEITZ | Display | Download |
| 1mca | MODELING THE THREE-DIMENSIONAL STRUCTURE OF THE MONOCYTE CHEMO-ATTRACTANT AND ACTIVATING PROTEIN MCAF(SLASH)MCP-1 ON THE BASIS OF THE SOLUTION STRUCTURE OF INTERLEUKIN-8 | A.M.GRONENBORN,G.M.CLORE | Display | Download |
| 1md5 | THEORETICAL MODEL OF CYPH_LUPLU | K.SIDDHARHTA | Display | Download |
| 1me2 | THE MODEL OF NASCENT PEPTIDE CHAIN | C.Q.LIU,S.X.LIU,S.Q.LIU | Display | Download |
| 1mf3 | HOMOLOGY MODEL OF CATHEPSIN B-LIKE CYSTEINE PROTEINASE FROM SCHISTOSOMA JAPONICUM (BLOOD FLUKE) | A.A.KHAN,A.ABBASI,Z.H.ZAIDI | Display | Download |
| 1mf9 | THEORITICAL MODEL OF FATTY ACID-BINDING PROTEIN | A.JAYASRI,K.SIDHARTHA | Display | Download |
| 1mfx | STRUCTURE OF CYTOCHROME P450 27A1 | D.MURTAZINA,A.V.PUCHKAEV,C.H.SCHEIN,N.OEZGUEN,W.BRAUN, A.NANAVATI,I.A.PIKULEVA | Display | Download |
| 1mgu | HOMOLOGY MODEL OF CATHEPSIN B-LIKE CYCTEINE PROTEINASE (SM31) FROM SCHISTOSOMA MANSONI, USING THE CRYSTAL STRUCTURE COORDINATES OF HUMAN AND RAT LIVER CATHEPSIN B. | A.A.KHAN,A.ABBASI,Z.H.ZAIDI | Display | Download |
| 1mgz | MODEL FOR THE CATALYTIC DOMAIN OF THE PROOFREADING EPSILON SUBUNIT OF E. COLI DNA POLYMERASE III BASED ON NMR STRUCTURAL DATA | E.F.DEROSE,D.LI,T.DARDEN,S.HARVEY,F.W.PERRINO,R.M.SCHAAPER, R.E.LONDON | Display | Download |
| 1mhf | THEORITICAL MODEL OF HYPOTHETICAL PROTIEN | K.SIDDHARTHA,A.JAYASRI | Display | Download |
| 1mhg | PREDICTION OF 3D STRUCTURE OF CATHEPSIN B-LIKE CYSTEINE PROTEASE FROM YELLOW FEVER MOSQUITO (AEDES AEGYPTI) | A.A.KHAN,A.ABBASI,Z.H.ZAIDI | Display | Download |
| 1mi9 | PREDICTED 3-D MODEL OF CASPASE-6 COMPLEX WITH AC-IETD INHIBITOR | R.SATTAR,A.ABBASI,A.SALIM | Display | Download |
| 1mia | HOMOLOGY MODEL OF CASPASE-7 WITH AC-DEVD INHIBITOR | R.SATTAR,A.ABBASI,A.SALIM | Display | Download |
| 1mig | CATALYTIC ANTIBODY MODEL AND MUTAGENESIS IMPLICATE ARGININE IN TRANSITION-STATE STABILIZATION | V.A.ROBERTS,E.D.GETZOFF | Display | Download |
| 1mj6 | 3D STRUCTURE PREDICTION OF CATHEPSIN B-LIKE CYSTEINE PROTEASE FROM LEISHMANIA MEXICANA, USING THE CRYSTAL STRUCTURE OF HUMAN (1HUC) AND RAT (1CPJ) LIVER CATHEPSIN B | A.A.KHAN,A.ABBASI,R.SATTAR,Z.H.ZAIDI | Display | Download |
| 1mlp | THE DOUBLE HELIX COILED COIL STRUCTURE OF MUREIN LIPOPROTEIN FROM ESCHERICHIA COLI | A.D.MCLACHLAN | Display | Download |
| 1mmh | MOLECULAR MODEL OF THE HUMAN A2A ADENOSINE RECEPTOR | A.M.VAN RHEE,J.KIM,J.WESS,T.SCHONEBERG,K.A.JACOBSON | Display | Download |
| 1mnw | 3D STRUCTURE PREDICTION OF CATHEPSIN B-LIKE CYSTEINE PROTEASE 1 FROM HAEMONCHUS CONTORTUS, USING THE COORDINATES OF HUMAN (1HUC) AND RAT(1CPJ)LIVER CATHEPSIN B | A.A.KHAN,A.ABBASI,A.MUSTAFA | Display | Download |
| 1moi | THEORETICAL MODEL OF HUMAN GLUTAMINYL CYCLASE | R.E.BOOTH,S.C.LOVELL,S.A.MISQUITA,R.C.BATEMAN | Display | Download |
| 1mqu | THEORETICAL MODEL OF FERVIDOBACTERIUM SP. YNP BETA- GLUCOSIDASE (BGLA) | R.F.SULLIVAN,R.S.MULDOWNEY | Display | Download |
| 1msr | MODEL OF THE DIMERIC TRANSMEMBRANE DOMAIN OF GLYCOPHORIN A | P.D.ADAMS,D.M.ENGELMAN,A.T.BRUNGER | Display | Download |
| 1msx | HUMAN FACTOR XA COMPLEXED WITH 2-[3-(15N-AMINO-15N-IMINO- 13C-METHYL)PHENOXY]-6-[3-(15N-AMINO-13C-METHYL)PHENOXY]-3, 5-DIFLUORO-4-METHYLPYRIDINE (ZK-806299), BINDING MODEL FROM DOUBLE REDOR NMR AND MD SIMULATIONS. | L.M.MCDOWELL,M.A.MCCARRICK,D.R.STUDELSKA,R.D.O'CONNOR, D.R.LIGHT,W.J.GUILFORD,J.L.DALLAS,B.POLIKS,J.SCHAEFER | Display | Download |
| 1mtm | LOOP-1 MODELING OF MONOTIM-A100W MUTANT | N.THANKI,R.ABAGYAN,R.WIERENGA | Display | Download |
| 1mvd | IMPROVED MODEL OF A LEXA REPRESSOR DIMER BOUND TO RECA OPERATOR | R.CHATTOPADHYAYA | Display | Download |
| 1mvv | THEORETICAL STRUCTURE OF MOUSE CATHEPSIN L WITH LOCATION OF PHOSPHORYLATABLE O-6 ATOMS | J.B.WARNER,C.THALHAUSER,K.TAO,G.G.SAHAGIAN | Display | Download |
| 1myv | HOMOLOGY MODEL OF HUMAN GAMMA-B-CRYSTALLIN BOUND WITH ALPHA- D-GLUCOSE AT GLY1 | A.SALIM,A.BANO,Z.H.ZAIDI | Display | Download |
| 1myx | HOMOLOGY MODEL OF HUMAN GAMMA-B-CRYSTALLIN BOUND WITH TWO MOLECULES OF ALPHA-D-GLUCOSE EACH AT GLY1 AND LYS2 | A.SALIM,A.BANO,Z.H.ZAIDI | Display | Download |
| 1myy | HOMOLOGY MODEL OF HUMAN GAMMA-B-CRYSTALLIN BOUND WITH ALPHA- D-GLUCOSE-6-PHOSPHATE AT GLY1 | A.SALIM,A.BANO,Z.H.ZAIDI | Display | Download |
| 1mz1 | HOMOLOGY MODEL OF HUMAN GAMMA-B-CRYSTALLIN BOUND WITH ALPHA- D-GLUCOSE AT LYS2 | A.SALIM,A.BANO,Z.H.ZAIDI | Display | Download |
| 1mz2 | HOMOLOGY MODEL OF HUMAN GAMMA-B-CRYSTALLIN BOUND WITH ALPHA- D-GLUCOSE-6-PHOSPHATE AT LYS2 | A.SALIM,A.BANO,Z.H.ZAIDI | Display | Download |
| 1mz3 | HOMOLOGY MODEL OF HUMAN GAMMA-B-CRYSTALLIN BOUND WITH TWO MOLECULES OF ALPHA-D-GLUCOSE-6-PHOSPHATE EACH AT GLY1 AND LYS2 | A.SALIM,A.BANO,Z.H.ZAIDI | Display | Download |
| 1mzx | THEORETICAL MODEL OF THE CLOSED CONFORMATION OF ESCHERICHIA COLI 2-METHYL-ISOCITRATE LYASE (PRPB) BOUND TO ITS SUBSTRATES | A.EVERS,C.GRIMM,K.REUTER | Display | Download |
| 1n1r | STRUCTURE FOR BETA CHAIN OF HAEMOGLOBIN OF COLUMBA LIVIA | P.J.KANDULA,J.A.R.P.SARMA,S.C.MALLENA | Display | Download |
| 1n2p | IN SILICO-MODELLED MYELIN PROTEIN ZERO | S.C.MALLENA,J.A.R.P.SARMA,R.STRAUSBERG | Display | Download |
| 1n2q | A MODEL OF THE EXTRA-CELLULAR HEXAMERIC SIGNALLING COMPLEX OF IL-6/IL-6 RECEPTOR AND GP130 | J.N.VARGHESE,R.L.MORITZ,M.-Z.LOU,A.VAN DONKELAAR,H.JI, N.IVANCIC,K.M.BRANSON,N.E.HALL,R.J.SIMPSON | Display | Download |
| 1n30 | FRUCTOSE-BISPHOSPHATE ALDOLASE B | K.BEESETTI | Display | Download |
| 1n3d | HOMOLOGY MODELING CALCULATION OF COPPER(II) HALOCYANIN FROM NATRONOBACTERIUM PHARAONIS BACTERIA | D.MONLEON,F.RIBES,H.R.JIMENEZ,J.M.MORATAL,B.CELDA | Display | Download |
| 1n3m | THEORETICAL MODEL OF RHODOPSIN OLIGOMER | D.FOTIADIS,Y.LIANG,S.FILIPEK,D.A.SAPERSTEIN,A.ENGEL, K.PALCZEWSKI | Display | Download |
| 1n58 | STRUCTURE OF ACT1_DROME OF DROSOPHILA MELANOGASTER | P.J.KANDULA | Display | Download |
| 1na9 | PREDICTED MOLECULAR STRUCTURE OF MCE1A | A.K.DAS,D.MITRA,M.HARBOE,B.NANDI,R.E.HARKNESS,D.DAS, H.G.WIKER | Display | Download |
| 1nbd | CFTR NBD1, THEORETICAL MODEL | P.J.HOEDEMAEKER,A.R.DAVIDSON,D.R.ROSE | Display | Download |
| 1nbn | HLA-DQ2 (*0501*0201) HUMAN | S.COSTANTINI,A.FACCHIANO | Display | Download |
| 1nd8 | THEORETICAL MODEL OF HUMAN CCR5 WITH DISULFIDE BOND BETWEEN CYS20 AND CYS269 | S.Q.LIU,X.F.SHI,Z.R.SUN | Display | Download |
| 1ndx | THEORETICAL MODEL OF HUMAN NIDOGEN YWTD BETA-PROPELLER DOMAIN | T.A.SPRINGER | Display | Download |
| 1ne0 | THEORETICAL MODEL OF HUMAN CCR5 WITH DISULFIDE BOND BETWEEN CYS20 AND CYS269 | S.Q.LIU,X.F.SHI,Z.R.SUN | Display | Download |
| 1nfc | STRUCTURE OF DIHYDROOROTATE DEHYDROGENASE A OF LACTOCOCCUS LACTIS | P.J.KANDULA | Display | Download |
| 1nfe | PHOSPHORIBOSYLGLYCINAMIDE FORMYLTRANSFERASE 2 FROM E.COLI | P.J.KANDULA | Display | Download |
| 1nii | ARABIDOPSIS THALIANA O-METHYLTRANSFERASE PREDICTED BY HOMOLOGY-BASED MODELLING | Y.LIM,H.YANG,J.H.AHN | Display | Download |
| 1njv | STRUCTURE OF THE CYTOPLASMIC DOMAIN OF THE HISTIDINE KINASE ENVZ | S.-J.CAI | Display | Download |
| 1nl8 | THEORETICAL MODEL OF THE TISSUE FACTOR/FACTOR VIIA/FACTOR XA COMPLEX | B.V.NORLEDGE,R.J.PETROVAN,W.RUF,A.J.OLSON | Display | Download |
| 1nlg | OXIDIZED NADP-LINKED GLYCERALDEHYDE-3-PHOSPHATE DEHYDROGENASE, THEORETICAL MODEL | A.D.LI,L.E.ANDERSON,F.J.STEVENS | Display | Download |
| 1nlh | REDUCED NADP-LINKED GLYCERALDEHYDE-3-PHOSPHATE DEHYDROGENASE, THEORETICAL MODEL | A.D.LI,L.E.ANDERSON,F.J.STEVENS | Display | Download |
| 1nnz | DOCKING MODEL FOR MAT AND ACP | A.T.KEATINGE-CLAY,A.A.SHELAT,D.F.SAVAGE,S.TSAI, L.J.W.MIERCKE,J.D.O'CONNELL III,C.KHOSLA,R.M STROUD | Display | Download |
| 1nrt | APE-SITE TRNA, THEORETICAL MODEL | R.K.AGRAWAL,P.PENCZEK,R.GRASSUCCI,Y.LI,A.LEITH,K.H.NIERHAUS, J.FRANK | Display | Download |
| 1nvz | HOMOLOGY PREDICTED MODEL ATP SYNTHASE BETA-CHAIN | A.RAMAKRISHNA | Display | Download |
| 1nw0 | MODEL OF THE B820 FORM OF THE LIGHT-HARVESTING COMPLEX I FROM RHODOSPIRILLUM RUBRUM | V.ARLUISON,J.SEGUIN,C.MAYER,B.ROBERT | Display | Download |
| 1nxa | HOMOLOGY MODELED UBIQUITIN-PROTEIN LIGASE B | A.RAMAKRISHNA | Display | Download |
| 1nxl | STRUCTURE OF THE SPECIFICITY DOMAIN OF RIBONUCLEASE P RNA | A.S.KRASILNIKOV,X.YANG,T.PAN,A.MONDRAGON | Display | Download |
| 1o0j | HUMAN T-CELL LEUKEMIA VIRUS TYPE I PROTEASE (HTLV-I) WITH BOUND CAPSID/NUCLEOCAPSID (CA/NC) SUBSTRATE | K.DENNISON,B.E.HERGER,S.B.SHUKER | Display | Download |
| 1o5s | STRUCTURE MODEL OF THE CATALYTIC DOMAIN OF SARS-CORONAVIRUS POLYMERASE | X.XU,Y.LIU,S.WEISS,E.ARNOLD,S.G.SARAFIANOS,J.DING | Display | Download |
| 1obe | IGG1 FAB FRAGMENT 3D6 COMPLEXED WITH SYNTHETIC PEPTIDE, THEORETICAL MODEL | R.-D.STIGLER,J.SCHNEIDER-MERGENER | Display | Download |
| 1oea | A3 ADENOSINE RECEPTOR FROM HUMAN | S.-K.KIM | Display | Download |
| 1ohi | MODELLED STRUCTURE OF ASPARTOKINASE III FROM ESCHERICHIA COLI | C.MARCO-MARIN,S.RAMON-MAIQUES,V.RUBIO | Display | Download |
| 1oj0 | MODEL OF H. CONTORTUS BETA TUBULIN BOUND TO ALBENDAZOLE SULPHOXIDE | M.ROBINSON,N.V.MCFERRAN | Display | Download |
| 1ojf | PENTAMERIC SINGLE DOMAIN ANTIBODY 1V5 | J.ZHANG,N.H.KHIEU,J.-R.BRISSON,R.MACKENZIE | Display | Download |
| 1ok5 | A NOVEL CATALYTIC MOTIF REVEALED BY THE MODEL STRUCTURE OF AMIDE HYDROLYZING ANTIBODY 312D6 | F.BENEDETTI,F.BERTI,K.BRADY,A.COLOMBATTI,A.PAULETTO, C.PUCILLO,N.THOMAS | Display | Download |
| 1ol3 | MODEL OF CHICK ALPHA7 NICOTINIC RECEPTOR | N.LE NOVERE | Display | Download |
| 1ol4 | ACETYLCHOLINE BOUND TO CHICK ALPHA7 NICOTINIC RECEPTOR | N.LE NOVERE | Display | Download |
| 1ol8 | NICOTINE BOUND ON A MODEL OF CHICK ALPHA7 NICOTINIC RECEPTORS | N.LE NOVERE | Display | Download |
| 1ol9 | EPIBATIDINE BOUND ON A MODEL OF CHICK ALPHA7 NICOTINIC RECEPTORS | N.LE NOVERE | Display | Download |
| 1ole | MODEL OF RAT ALPHA4BETA2 NICOTINIC RECEPTOR | LE NOVERE | Display | Download |
| 1olf | MODEL OF RAT ALPHA3BETA2 NICOTINIC RECEPTOR | LE NOVERE | Display | Download |
| 1olj | MODEL OF RAT ALPHA3BETA4 NICOTINIC RECEPTOR | LE NOVERE | Display | Download |
| 1olk | MODEL OF TORPEDO NICOTINIC RECEPTOR | LE NOVERE | Display | Download |
| 1olv | IDENTIFICATION OF THE ANTIGENIC EPITOPES IN STAPHYLOCOCCAL ENTEROTOXINS A AND E AND DESIGN OF A SUPERANTIGEN FOR HUMAN CANCER THERAPY | B.WALSE | Display | Download |
| 1olw | IDENTIFICATION OF THE ANTIGENIC EPITOPES IN STAPHYLOCOCCAL ENTEROTOXINS A AND E AND DESIGN OF A SUPERANTIGEN FOR HUMAN CANCER THERAPY | B.WALSE | Display | Download |
| 1oly | HUMAN THIAMIN PYROPHOSPHOKINASE / PP20 | L.BARNA,S.BELLYEI,A.SZIGETI,A.BORONKAI,N.G.THAN,P.ZAVODSZKY, B.SUMEGI | Display | Download |
| 1oo1 | 3D-STRUCTURE OF NAJA MELANOREUCA ISOLATE ISOZYME PHOSPHOLIPASE A2 | P.AJAYBABU,S.C.MALLENA | Display | Download |
| 1ool | TETRATRICOPEPTIDE REPEATS IN TYPE III SECRETION CHAPERONES AND REGULATORS | M.J.PALLEN,M.S.FRANCIS,K.FUTTERER | Display | Download |
| 1oom | TETRATRICOPEPTIDE REPEATS IN TYPE III SECRETION CHAPERONES AND REGULATORS | M.J.PALLEN,M.S.FRANCIS,K.FUTTERER | Display | Download |
| 1ooo | TETRATRICOPEPTIDE REPEATS IN TYPE III SECRETION CHAPERONES AND REGULATORS | M.J.PALLEN,M.S.FRANCIS,K.FUTTERER | Display | Download |
| 1oor | TETRATRICOPEPTIDE REPEATS IN TYPE III SECRETION CHAPERONES AND REGULATORS | M.J.PALLEN,M.S.FRANCIS,K.FUTTERER | Display | Download |
| 1oos | TETRATRICOPEPTIDE REPEATS IN TYPE III SECRETION CHAPERONES AND REGULATORS | M.J.PALLEN,M.S.FRANCIS,K.FUTTERER | Display | Download |
| 1oou | STRUCTURAL MODELLING OF E. COLI HFQ | V.ARLUISON,C.MAYER,P.REGNIER | Display | Download |
| 1oov | COMPLEX OF E. COLI HFQ WITH A RA7 OLIGONUCLEOTIDE | V.ARLUISON,C.MAYER,P.REGNIER | Display | Download |
| 1oox | INTERLEUKIN 1BETA-TROUT | S.COSTANTINI,A.FACCHIANO | Display | Download |
| 1op7 | ACYL CARRIER PROTEIN OF PSEUDOMONAS AERUGINOSA | UMASHANKAR. V | Display | Download |
| 1opn | THEORETICAL MODEL OF CCR5 RECEPTOR IN COMPLEX WITH HIV GP120 ENVELOPE GLYCOPROTEIN AND CD4 RECEPTOR | S.Q.LIU,X.F.SHI,Z.R.SUN | Display | Download |
| 1opt | THEORETICAL MODEL OF CCR5 RECEPTOR IN COMPLEX WITH HIV GP120 ENVELOPE GLYCOPROTEIN AND CD4 RECEPTOR | S.Q.LIU,X.F.SHI,Z.R.SUN | Display | Download |
| 1opu | A THEORETICALLY MODELED 3-DIMENSIONAL STRUCTURE OF HUMAN ADENINE PHOSPHORIBOSYLTRANSFERASE | P.AJAYBABU,S.C.MALLENA | Display | Download |
| 1opv | 3-D STRUCTURE OF HEMOGLOBIN ALPHA-A CHAIN FROM PHASIANUS COLCHICUS COLCHICUS | V.MAITHILI,S.C.MALLENA | Display | Download |
| 1opw | THEORETICAL MODEL OF CCR5 RECEPTOR IN COMPLEX WITH HIV GP120 ENVELOPE GLYCOPROTEIN AND CD4 RECEPTOR | S.Q.LIU,X.F.SHI,Z.R.SUN | Display | Download |
| 1oq8 | STRUCTURE OF HOMOLOGY MODEL OF 50S ROBOSOMAL PROTEIN L18 | N.R.PRAKASH,A.H.M.DIWAN | Display | Download |
| 1or9 | MODEL FOR ASSEMBLY OF THE VIBRIO CHOLERAE TOXIN CO- REGULATED PILUS (TCP) BASED ON EM AND X-RAY CRYSTALLOGRAPHY | L.CRAIG,M.E.PIQUE,J.A.TAINER | Display | Download |
| 1orz | THREE-DIMENSIONAL MODEL OF THE SACCHAROMYCES CEREVISIAE SUCCINATE DEHYDROGENASE | K.S.OYEDOTUN,B.D.LEMIRE | Display | Download |
| 1osk | A CHEMICAL, GENETIC, AND STRUCTURAL ANALYSIS OF THE NUCLEAR BILE ACID RECEPTOR FXR | M.DOWNES,M.A.VERDECIA,A.J.ROECKER,R.HUGHES,J.B.HOGENESCH, H.R.KAST-WOELBERN,M.E.BOWMAN,J.-L.FERRER,A.M.ANISFELD, P.A.EDWARDS,J.M.ROSENFELD,J.G.A.ALVAREZ,J.P.NOEL, K.C.NICOLAOU,R.M.EVANS | Display | Download |
| 1oso | THEORETICAL MODEL OF BACTERIALLY PRODUCED BISPECIFIC SINGLE- CHAIN FV ANTIBODIES | C.W.VON DER LIETH | Display | Download |
| 1osq | BISPECIFIC SINGLE-CHAIN FV ANTIBODY HUMAN CD19 HUMAN CD3 | S.M.KIPRIYANOV,G.MOLDENHAUER,M.BRAUNAGEL,U.REUSCH, B.COCHLOVIUS,F.LE GALL,O.A.KOUPRIANOVA,C.W.VON DER LIETH, M.LITTLE | Display | Download |
| 1otq | COMPUTER AIDED MODELING OF ALCOHOL DEHYDROGENASE CLASS III | M.ABDULHAMEED,R.P.R.NANGA | Display | Download |
| 1ou1 | INTERLEUKIN-1 RECEPTOR TYPE 1-TROUT | S.COSTANTINI,A.FACCHIANO | Display | Download |
| 1ou3 | INTERLEUKIN-1 RECEPTOR TYPE 1-MOUSE | S.COSTANTINI,A.FACCHIANO | Display | Download |
| 1ov0 | CALCULATED 3D MODEL OF META-II RHODOPSIN BASED ON LIMITED DATA OF SITE-DIRECTED SPIN-LABELING | G.V.NIKIFOROVICH,G.R.MARSHALL | Display | Download |
| 1ov1 | CALCULATED 3D MODEL OF AN ACTIVATED "STRAITJACKED" RHODOPSIN | G.V.NIKIFOROVICH | Display | Download |
| 1ovc | THEORETICAL MODEL OF TYROSINE KINASE DOMAIN OF RECEPTOR PROTEIN-TYROSINE KINASE ERBB-2 PRECURSOR (C-ERBB-2) | G.RAANA,R.KHURSHID,A.SALIM,M.A.ATHER | Display | Download |
| 1ovi | A THREE DIMENSIONAL MODEL FOR BOVINE INTERFERON-TAU | T.SENDA,S.SAITOH,Y.MITSUI | Display | Download |
| 1owu | HOMOLOGY MODELLED PLATELET DERIVED GROWTH FACTOR | M.SANKAR GANDHI | Display | Download |
| 1ox2 | ENZYME OF THE ISPG FAMILY MODELLED STRUCTURE | W.BRANDT,L.A.WESSJOHANN | Display | Download |
| 1oz5 | D1 DOPAMINE RECEPTOR | Y.B.VADDAVALLI | Display | Download |
| 1ozc | MODELING OF STRUCTURE OF HUMAN DELTA OPIOID RECEPTOR | F.M.DECAILLOT,K.BEFORT,D.FILLIOL,S.Y.YUE,P.WALKER, B.L.KIEFFER | Display | Download |
| 1ozk | THEORETICAL MODEL FOR NADH-UBIQUINONE REDUCTASE | R.SCHMID,D.L.GERLOFF | Display | Download |
| 1ozx | MODEL OF THE MICROTUBULE MOTOR, NCD, WITH SWITCH 1 CLOSED AND WITH ADP BOUND AT THE NUCLEOTIDE SITE | N.NABER,T.J.MINEHARDT,S.RICE,X.CHEN,J.GRAMMER,M.MATUSKA, R.D.VALE,P.A.KOLLMAN,R.CAR,R.G.YOUNT,R.COOKE,E.PATE | Display | Download |
| 1p2w | SOMATOSTATIN [HOMO SAPIENS] | Y.B.VADDAVALLI,GEMEIOSYS RESEARCH LABS | Display | Download |
| 1p3s | HOMOLOGY MODEL OF OMEGA CRYSTALLIN FROM OCTOPUS LENS | A.SALIM,S.ZARINA | Display | Download |
| 1p3z | THEORETICAL MODEL OF ENDOCHITINASE | G.S.RAO | Display | Download |
| 1p40 | THEORETICAL MODEL OF AMINOGLYCOSIDE 3'-PHOSPHOTRANSFERASE | G.S.RAO,N.MUKESH | Display | Download |
| 1p66 | CHIMERIC STRSV+ HAMMERHEAD RIBOZYME | A.KHVOROVA,A.LESCOUTE,E.WESTHOF,S.D.JAYASENA | Display | Download |
| 1p76 | 3D STRUCTURE OF THE SUBSTRATE-BOUND SARS CHYMOTRYPSIN-LIKE CYSTEINE PROTEINASE | Y.-P.PANG | Display | Download |
| 1p7x | THEORETICAL MODEL OF HUMAN GHRELIN PRECURSOR | V.UMASHANKAR | Display | Download |
| 1p95 | A STRUCTURAL STUDY OF THE BINDING OF FLAGELLIN BY TOLL-LIKE RECEPTOR 5 | S.G.JACCHIERI,R.TORQUATO,R.R.BRENTANI | Display | Download |
| 1p9t | CORONAVIRUS MAIN PROTEINASE (3CLPRO) STRUCTURE: BASIS FOR DESIGN OF ANTI-SARS DRUGS | K.ANAND,J.ZIEBUHR,P.WADHWANI,J.R.MESTERS,R.HILGENFELD | Display | Download |
| 1pa5 | STRUCTURE OF SARS CORONAVIRUS PROTEINASE | A.POLEKSIC,L.XIE,K.HAMBLY,C.KAN,J.DANZER,D.DEBE | Display | Download |
| 1pa8 | IN SILICO STRUCTURE OF PROTEIN KINASE 7 | S.C.MALLENA,M.R.GINNARAM,M.SHYAM CHARAN | Display | Download |
| 1pai | ELUCIDATING THE STRUCTURAL CHEMISTRY OF GLYCOSAMINOGLYCAN RECOGNITION BY PROTEIN C INHIBITOR | L.A.KUHN,J.H.GRIFFIN,C.L.FISHER,J.S.GREENGARD,J.A.TAINER | Display | Download |
| 1pb2 | MOLECULAR MODEL OF THE HUMAN CHOLECYSTOKININ-1 RECEPTOR | C.GIRAGOSSIAN,E.E.SUGG,J.R.SZEWCZYK,D.F.MIERKE | Display | Download |
| 1pb4 | THEORETICAL STRUCTURAL MODEL OF THE SACCHAROMYCES CEREVISIAE SUCCINATE DEHYDROGENASE | K.S.OYEDOTUN,B.D.LEMIRE | Display | Download |
| 1pcu | MODELS OF THE SERINE PROTEASE DOMAIN OF THE HUMAN ANTITHROMBOTIC PLASMA FACTOR ACTIVATED PROTEIN C AND ITS ZYMOGEN | C.L.FISHER,J.S.GREENGARD,J.H.GRIFFIN | Display | Download |
| 1pej | HOMOLOGY MODEL OF ETA CRYSTALLIN WITH BOUND NAD | A.SALIM,S.ZARINA | Display | Download |
| 1pf6 | IN SILICO STRUCTURE OF PROTEIN KINASE 9 | S.C.MALLENA,J.A.R.P.SARMA,M.B.KANCHANA,G.RAMBABU | Display | Download |
| 1pfa | A STRUCTURAL MODEL FOR THE PROSTATE DISEASE MARKER, PROSTATE SPECIFIC ANTIGEN | B.O.VILLOUTREIX,E.D.GETZOFF,J.H.GRIFFIN | Display | Download |
| 1phv | COMPARATIVE ANALYSIS OF THE SEQUENCES AND STRUCTURES OF HIV- 1 AND HIV-2 PROTEASES | A.GUSTCHINA,I.T.WEBER | Display | Download |
| 1phx | DNA PACKAGING INTERMEDIATES OF BACTERIOPHAGE PHIX174 | M.G.ROSSMANN | Display | Download |
| 1plm | ARABIDOPSIS PROFILIN 1 COMPLEXED WITH POLY-L-PROLINE, THEORETICAL MODEL | R.T.SHIGETA,K.S.THORN,C.E.SCHUTT | Display | Download |
| 1pln | MODEL OF THE PENTAMERIC TRANSMEMBRANE DOMAIN OF PHOSPHOLAMBAN, A PUTATIVE CARDIAC ION CHANNEL | P.HERZYK,R.E.HUBBARD | Display | Download |
| 1po4 | STRUCTURE OF MAMMALIAN SIN3A PAH2 DOMAIN COMPLEXED WITH A LOW-AFFINITY SID PEPTIDE FROM HUMAN KLF11 | Y.-P.PANG,G.A.KUMAR,J.-S.ZHANG,R.URRUTIA | Display | Download |
| 1pom | PROPOSED STRUCTURE FOR THE DNA-BINDING DOMAIN OF THE MYB ONCOPROTEIN BASED ON MODEL BUILDING AND MUTATIONAL ANALYSIS | T.J.GIBSON | Display | Download |
| 1pqb | ANALYSIS OF ANTHRAX PROTECTIVE ANTIGEN TO INTEGRIN VWA/I DOMAIN INTERACTION | J.PANDEY,D.WARBURTON | Display | Download |
| 1psl | COMPUTATIONAL SEARCHING AND MUTAGENESIS SUGGEST A STRUCTURE FOR THE PENTAMERIC TRANSMEMBRANE DOMAIN OF PHOSPHOLAMBAN | P.D.ADAMS,I.T.ARKIN,D.M.ENGELMAN,A.T.BRUNGER | Display | Download |
| 1puk | 3C-LIKE PROTEINASE DOMAIN STRUCTURE OF HUMAN CORONAVIRUS (STRAIN SARS) MODELED IN-SILICO | S.C.MALLENA,J.A.R.P.SARMA,G.RAMBABU,M.B.KANCHAN,D.RAMA | Display | Download |
| 1puv | THEORETICAL MODEL OF THE DIISOPROPYLPHOSPHORYL- ACETYLCHOLINESTERASE COMPLEXED WITH 1,7-HEPTYLENE-BIS-N,N'- SYN-2-PYRIDINIUMALDOXIME | Y.-P.PANG | Display | Download |
| 1puw | THEORETICAL MODEL OF THE DIISOPROPYLPHOSPHORYL- ACETYLCHOLINESTERASE COMPLEXED WITH 1,3-PROPYLENE-BIS-N,N'- SYN-4-PYRIDINIUMALDOXIME | Y.-P.PANG | Display | Download |
| 1pvk | MODEL OF PROTEIN KINASE A TYPE I HOLO ENZYME FROM AMIDE H/D EXCHANGE DATA AND MOLECULAR DOCKING | G.S.ANAND,D.LAW,L.F.TEN EYCK,E.A.KOMIVES | Display | Download |
| 1pwi | ADVANCED GLYCOSYLATION END PRODUCT-SPECIFIC RECEPTOR PRECURSOR STRUCTURE DEVELOPED IN SILICO | S.C.MALLENA,J.A.R.P.SARMA | Display | Download |
| 1q00 | ARABIDOPSIS THALIANA PAP-SPECIFIC PHOSPHATASE (AHL), THEORETICAL MODEL | Y.PENG,Z.H.ZENG | Display | Download |
| 1q0i | ROTATIONAL-ECHO DOUBLE-RESONANCE NMR-RESTRAINED MODEL OF THE TERNARY COMPLEX OF 5-ENOLPYRUVYLSHIKIMATE-3-PHOSPHATE SYNTHASE | L.M.MCDOWELL,B.POLIKS,D.R.STUDELSKA,R.D.O'CONNOR,D.D.BEUSEN, J.SCHAEFER | Display | Download |
| 1q0j | ROTATIONAL-ECHO DOUBLE-RESONANCE NMR-RESTRAINED REFINEMENT OF THE X-RAY DETERMINED MODEL (1G6S) OF THE TERNARY COMPLEX OF 5-ENOLPYRUVYLSHIKIMATE-3-PHOSPHATE SYNTHASE | L.M.MCDOWELL,B.POLIKS,D.R.STUDELSKA,R.D.O'CONNOR,D.D.BEUSEN | Display | Download |
| 1q1x | CORONAVIRUS MAIN PROTEINASE (3CLPRO) STRUCTURE: BASIS FOR DESIGN OF ANTI-SARS LIGANDS | J.-M.YANG,C.-C.CHEN,Y.-F.CHEN,T.-W.SHEN | Display | Download |
| 1q2g | MODEL STRUCTURE OF THE HSC70/AUXILIN COMPLEX | J.M.GRUSCHUS,L.E.GREENE,E.EISENBERG,J.M.FERRETTI | Display | Download |
| 1q2m | THE INTERACTION BETWEEN MRNA AND TRNA (MRNA MODEL 1) | C.Q.LIU,X.WANG | Display | Download |
| 1q49 | THE INTERACTION BETWEEN MRNA AND TRNA (MODEL A) | C.LIU,X.WANG,X.PAN | Display | Download |
| 1q4i | THEORETICAL STRUCTURE OF CHICK-CARBONIC ANHYDRASE II (CA II) | A.J.SURESH,S.C.MALLENA,J.A.R.P.SARMA | Display | Download |
| 1q4z | S1 SUBUNIT MODEL OF SARS CORONAVIRUS S PROTEIN | O.SPIGA,A.BERNINI,A.CIUTTI,S.CHIELLINI,F.PRISCHI,N.NICCOLAI | Display | Download |
| 1q5g | STRUCTURE OF THE NUCLEOTIDE-FREE MYOSIN II MOTOR DOMAIN FROM DICTYOSTELIUM DISCOIDEUM | T.F.REUBOLD,S.ESCHENBURG,A.BECKER,F.J.KULL,D.J.MANSTEIN | Display | Download |
| 1q5s | THE INTERACTION BETWEEN MRNA AND TRNA (MODEL B) | C.LIU,X.WANG,X.PAN,X.ZHANG | Display | Download |
| 1q70 | HOMOLOGY MODEL OF THE EXTRACELLULAR DOMAIN OF HUMAN MYELIN OLIGODENDROCYTE GLYCOPROTEIN | M.F.MESLEH,N.BELMAR,C.W.LU,V.V.KRISHNAN,R.S.MAXWELL, C.P.GENAIN,M.COSMAN | Display | Download |
| 1qaa | KNOWLEDGE BASED MODEL OF A LEXA REPRESSOR DIMER (THEORETICAL MODEL) BOUND TO RECA OPERATOR | R.CHATTOPADHYAYA,K.GHOSH | Display | Download |
| 1qar | P22 C2 REPRESSOR DIMER MODEL BOUND TO OPERATOR DNA | R.CHATTOPADHYAYA,K.GHOSH | Display | Download |
| 1qbc | HEXOSAMINIDASE ALPHA CHAIN, GLYCOSYL HYDROLASE FAMILY 20, THEORETICAL MODEL | I.TEWS,A.PERRAKIS,A.OPPENHEIM,Z.DAUTER,K.S.WILSON, C.E.VORGIAS | Display | Download |
| 1qbd | HEXOSAMINIDASE BETA CHAIN, GLYCOSYL HYDROLASE FAMILY 20, THEORETICAL MODEL | I.TEWS,A.PERRAKIS,A.OPPENHEIM,Z.DAUTER,K.S.WILSON, C.E.VORGIAS | Display | Download |
| 1qcl | PREDICTED STRUCTURE OF HUMAN MYELIN BASIC PROTEIN. | R.A.RIDSDALE,D.R.BENIAC,T.A.TOMPKINS,M.A.MOSCARELLO,G.HARAUZ | Display | Download |
| 1qct | AN 'ELECTROSTATIC SANDWICH' MODEL FOR THE (FIBROBLAST GROWTH FACTOR RECEPTOR-HEPARIN-FIBROBLAST GROWTH FACTOR) DIMER | O.T.PENTIKAINEN,M.T.HUHTALA,M.S.JOHNSON | Display | Download |
| 1qdg | DNA QUADRUPLEX STRUCTURE, APTAMER (15MER) DNA, THEORETICAL MODEL | V.M.MARATHIAS,K.Y.WANG,S.KUMAR,S.SWAMINATHAN,P.H.BOLTON | Display | Download |
| 1qdj | DNA QUADRUPLEX STRUCTURE, (12MER) DNA, THEORETICAL MODEL | V.M.MARATHIAS,K.Y.WANG,S.KUMAR,S.SWAMINATHAN,P.H.BOLTON | Display | Download |
| 1qe2 | THEORETICAL SUBSTRATE-FREE ZINC-BOUND FARNESYLTRANSFERASE GENERATED BY MOLECULAR DYNAMICS SIMULATIONS | Y.P.PANG,K.XU,F.G.PRENDERGAST | Display | Download |
| 1qe4 | BUILDING A REPLISOME FROM INTERACTING PIECES: SLIDING CLAMP COMPLEXED TO A PEPTIDE FROM DNA POLYMERASE AND A POLYMERASE EDITING COMPLEX | Y.SHAMOO,T.A.STEITZ | Display | Download |
| 1qjn | ARYL-ALCOHOL OXIDASE (AAO) FROM PLEUROTUS ERYNGII (MATURE PROTEIN) | A.T.MARTINEZ,E.VARELA,M.J.MARTINEZ | Display | Download |
| 1qjr | MOLECULAR MODEL OF A VERSATILE PEROXIDASE (PS1) ISOLATED FRO PARTIALLY-DELIGNIFIED LIGNOCELLULOSE WHICH INCLUDES BOTH MNP AND LIP-TYPE BINDING SITES, THEORETICAL MODEL | A.T.MARTINEZ,S.SARKAR,F.J.RUIZ-DUENAS,S.CAMARERO, M.J.MARTINEZ | Display | Download |
| 1qqz | VIBRIO CHOLERAE TOXIN COREGULATED PILIN MODEL | R.CHATTOPADHYAYA,A.C.GHOSE | Display | Download |
| 1qt2 | BUNDLE FORMING PILIN OF ENTEROPATHOGENIC E. COLI | R.CHATTOPADHYAYA,A.C.GHOSE | Display | Download |
| 1qvd | THE COMMON ACUTE LYMPHOBLASTIC LEUKEMIA ANTIGEN IN COMPLEX WITH A NATURAL P5-P2' SUBSTRATE, BEFORE, DURING AND AFTER MOLECULAR SIMULATION IN WATER. | S.MANZETTI | Display | Download |
| 1qxg | HOMOLOGY MODEL OF STREPTOMYCES COELICOLOR ACTINORHODIN KETOSYNTHASE/CHAIN LENGTH FACTOR PAIR | C.KHOSLA,Y.TANG,S.C.TSAI | Display | Download |
| 1qxi | RNA LIGASE, CLASS I | N.H.BERGMAN,N.C.LAU,V.LEHNERT,E.WESTHOF,D.P.BARTEL | Display | Download |
| 1qxu | THE INTERACTION BETWEEN MRNA AND TRNA (MODEL C) | C.LIU,X.WANG,X.PAN,X.ZHANG | Display | Download |
| 1qxv | THE INTERACTION BETWEEN MRNA AND TRNA (MODEL D) | C.LIU,X.WANG,X.PAN,X.ZHANG | Display | Download |
| 1qyj | HISTOASPARTIC PROTEINASE FROM PLASMODIUM FALCIPARUM | M.E.POPOV,I.V.KASHPAROV,P.M.BOGDANOVITCH,M.A.STENGACH, N.S.ANDREEVA | Display | Download |
| 1qzj | INACTIVE WILD TYPE HUMAN C-KIT KINASE DOMAIN MOLECULAR MODEL | J.VENDOME,M.LE BRET | Display | Download |
| 1qzk | MOLECULAR MODEL OF MUTATED D816V HUMAN C-KIT KINASE DOMAIN | J.VENDOME,M.LE BRET | Display | Download |
| 1r01 | MOLECULAR MODEL OF ACTIVE WILD TYPE HUMAN C-KIT KINASE DOMAIN PHOSPHORYLATED ON TYR 823 AND IN COMPLEX WITH ATP/2MG | J.VENDOME,M.LE BRET | Display | Download |
| 1r25 | THEORETICAL MODEL OF HYPOTHETICAL ABC TRANSPORTER EXTRACELLULAR BINDING PROTEIN FROM PYROCOCCUS HORIKOSHII | A.MARABOTTI,A.M.FACCHIANO | Display | Download |
| 1r3a | THEORETICAL MODEL OF HUMAN GALACTOSE-1-PHOSPHATE URIDYLYL TRANSFERASE (GALT) | A.MARABOTTI,A.M.FACCHIANO | Display | Download |
| 1r60 | A HOMOLOGY-DERIVED MODEL OF HUMAN TRIPEPTIDYL-PEPTIDASE I (CLN2) | A.WLODAWER,S.R.DURELL,M.LI,H.OYAMA,K.ODA,B.M.DUNN | Display | Download |
| 1r7n | IN SILICO MODEL OF ADENOSINE A3 RECEPTOR MODEL | S.C.MALLENA,J.A.R.P.SARMA,K.M.SUNIL,A.BAUER,M.DIEKMANN | Display | Download |
| 1r7p | THE INTERACTION BETWEEN MRNA AND TRNA (MRNA MODEL 2) | C.LIU,X.WANG | Display | Download |
| 1r7q | THE INTERACTION BETWEEN MRNA AND TRNA (MRNA MODEL 3) | C.LIU,X.WANG | Display | Download |
| 1r8v | 3D STRUCTURE PREDICTION OF CLPP2 PROTEASE FROM ARABIDOPSIS THALIANA, USING THE CRYSTAL STRUCTURE OF E. COLI CLPP (1TYF) | J.B.PELTIER,D.R.RIPOLL,G.FRISO,A.RUDELLA,Y.CAI,J.YTTERBERG, L.GIACOMELLI,J.PILLARDY,K.J.VAN WIJK | Display | Download |
| 1r8z | 3D STRUCTURE PREDICTION OF CLPP1 PROTEASE FROM ARABIDOPSIS THALIANA, USING THE CRYSTAL STRUCTURE OF E. COLI CLPP (1TYF) | J.B.PELTIER,D.R.RIPOLL,G.FRISO,A.RUDELLA,Y.CAI,J.YTTERBERG, L.GIACOMELLI,J.PILLARDY,K.J.VAN WIJK | Display | Download |
| 1r90 | 3D STRUCTURE PREDICTION OF CLPP3 PROTEASE FROM ARABIDOPSIS THALIANA, USING THE CRYSTAL STRUCTURE OF E. COLI CLPP (1TYF) | J.B.PELTIER,D.R.RIPOLL,G.FRISO,A.RUDELLA,Y.CAI,J.YTTERBERG, L.GIACOMELLI,J.PILLARDY,K.J.VAN WIJK | Display | Download |
| 1r91 | 3D STRUCTURE PREDICTION OF CLPP4 PROTEASE FROM ARABIDOPSIS THALIANA, USING THE CRYSTAL STRUCTURE OF E. COLI CLPP (1TYF) | J.B.PELTIER,D.R.RIPOLL,G.FRISO,A.RUDELLA,Y.CAI,J.YTTERBERG, L.GIACOMELLI,J.PILLARDY,K.J.VAN WIJK | Display | Download |
| 1r92 | 3D STRUCTURE PREDICTION OF CLPP5 PROTEASE FROM ARABIDOPSIS THALIANA, USING THE CRYSTAL STRUCTURE OF E. COLI CLPP (1TYF) | J.B.PELTIER,D.R.RIPOLL,G.FRISO,A.RUDELLA,Y.CAI,J.YTTERBERG, L.GIACOMELLI,J.PILLARDY,K.J.VAN WIJK | Display | Download |
| 1r93 | 3D STRUCTURE PREDICTION OF CLPP6 PROTEASE FROM ARABIDOPSIS THALIANA, USING THE CRYSTAL STRUCTURE OF E. COLI CLPP (1TYF) | J.B.PELTIER,D.R.RIPOLL,G.FRISO,A.RUDELLA,Y.CAI,J.YTTERBERG, L.GIACOMELLI,J.PILLARDY,K.J.VAN WIJK | Display | Download |
| 1r96 | 3D STRUCTURE PREDICTION OF THE NON-CATALYTIC SUBUNIT CLPR1 FROM ARABIDOPSIS THALIANA, USING THE CRYSTAL STRUCTURE OF E. COL CLPP (1TYF) | J.B.PELTIER,D.R.RIPOLL,G.FRISO,A.RUDELLA,Y.CAI,J.YTTERBERG, L.GIACOMELLI,J.PILLARDY,K.J.VAN WIJK | Display | Download |
| 1r97 | 3D STRUCTURE PREDICTION OF THE NON-CATALYTIC SUBUNIT CLPR2 FROM ARABIDOPSIS THALIANA, USING THE CRYSTAL STRUCTURE OF E. COL CLPP (1TYF) | J.B.PELTIER,D.R.RIPOLL,G.FRISO,A.RUDELLA,Y.CAI,J.YTTERBERG, L.GIACOMELLI,J.PILLARDY,K.J.VAN WIJK | Display | Download |
| 1r98 | 3D STRUCTURE PREDICTION OF THE NON-CATALYTIC SUBUNIT CLPR3 FROM ARABIDOPSIS THALIANA, USING THE CRYSTAL STRUCTURE OF E. COL CLPP (1TYF) | J.B.PELTIER,D.R.RIPOLL,G.FRISO,A.RUDELLA,Y.CAI,J.YTTERBERG, L.GIACOMELLI,J.PILLARDY,K.J.VAN WIJK | Display | Download |
| 1r99 | 3D STRUCTURE PREDICTION OF THE NON-CATALYTIC SUBUNIT CLPR4 FROM ARABIDOPSIS THALIANA, USING THE CRYSTAL STRUCTURE OF E. COLI CLPP (1TYF) | J.B.PELTIER,D.R.RIPOLL,G.FRISO,A.RUDELLA,Y.CAI,J.YTTERBERG, L.GIACOMELLI,J.PILLARDY,K.J.VAN WIJK | Display | Download |
| 1r9a | 3D-STRUCTURE PREDICTION OF THE CLP CORE ASSOCIATED PLASTID PROTEIN CLPS1 FROM ARABIDOPSIS THALIANA, USING THE CRYSTAL STRUCTUR THE N-TERMINAL DOMAIN OF E. COLI CLPA (1K6K) | J.B.PELTIER,D.R.RIPOLL,G.FRISO,A.RUDELLA,Y.CAI,J.YTTERBERG, L.GIACOMELLI,J.PILLARDY,K.J.VAN WIJK | Display | Download |
| 1r9b | 3D-STRUCTURE PREDICTION OF THE CLP CORE ASSOCIATED PLASTID PROTEIN CLPS2 FROM ARABIDOPSIS THALIANA, USING THE CRYSTAL STRUCTURE OF THE N-TERMINAL DOMAIN OF E. COLI CLPA (1K6K) | J.B.PELTIER,D.R.RIPOLL,G.FRISO,A.RUDELLA,Y.CAI,J.YTTERBERG, L.GIACOMELLI,J.PILLARDY,K.J.VAN WIJK | Display | Download |
| 1rcz | THE INTERACTION BETWEEN MRNA AND TRNA (MODEL A2) | C.LIU,X.WANG | Display | Download |
| 1rd0 | THE INTERACTION BETWEEN MRNA AND TRNA (MODEL B2) | C.LIU,X.WANG | Display | Download |
| 1rd1 | THE INTERACTION BETWEEN MRNA AND TRNA (MODEL C2) | C.LIU,X.WANG | Display | Download |
| 1rd2 | THE INTERACTION BETWEEN MRNA AND TRNA (MODEL D2) | C.LIU,X.WANG | Display | Download |
| 1rix | ACE2 MODEL | P.PRABAKARAN,D.S.DIMITROV | Display | Download |
| 1rl7 | MODEL STRUCTURE OF SP1 (STABLE PROTEIN 1) FROM ASPEN PLANT | R.S.RATHORE,T.NARASIMHAMURTHY | Display | Download |
| 1rlx | RELAXIN AND ITS STRUCTURAL RELATIONSHIP TO INSULIN | N.W.ISAACS,G.DODSON,A.C.EVANS,A.JACK,A.C.T.NORTH,R.JAMES, H.NIALL,G.BRYANT-GREENWOOD | Display | Download |
| 1rn0 | A REFINED THREE-DIMENSIONAL MODEL OF INTEGRIN AIIBB3 | M.FILIZOLA,S.A.HASSAN,A.ARTONI,B.S.COLLER,H.WEINSTEIN | Display | Download |
| 1rog | MOLECULAR DYNAMICS SIMULATION OF MHC-PEPTIDE COMPLEXES AS A TOOL FOR PREDICTING POTENTIAL TCELL EPITOPES | D.ROGNAN,L.SCAPOZZA,G.FOLKERS,A.DASER | Display | Download |
| 1roh | MOLECULAR DYNAMICS SIMULATION OF MHC-PEPTIDE COMPLEXES AS A TOOL FOR PREDICTING POTENTIAL TCELL EPITOPES | D.ROGNAN,L.SCAPOZZA,G.FOLKERS,A.DASER | Display | Download |
| 1roi | MOLECULAR DYNAMICS SIMULATION OF MHC-PEPTIDE COMPLEXES AS A TOOL FOR PREDICTING POTENTIAL TCELL EPITOPES | D.ROGNAN,L.SCAPOZZA,G.FOLKERS,A.DASER | Display | Download |
| 1roj | MOLECULAR DYNAMICS SIMULATION OF MHC-PEPTIDE COMPLEXES AS A TOOL FOR PREDICTING POTENTIAL TCELL EPITOPES | D.ROGNAN,L.SCAPOZZA,G.FOLKERS,A.DASER | Display | Download |
| 1rok | MOLECULAR DYNAMICS SIMULATION OF MHC-PEPTIDE COMPLEXES AS A TOOL FOR PREDICTING POTENTIAL TCELL EPITOPES | D.ROGNAN,L.SCAPOZZA,G.FOLKERS,A.DASER | Display | Download |
| 1rol | MOLECULAR DYNAMICS SIMULATION OF MHC-PEPTIDE COMPLEXES AS A TOOL FOR PREDICTING POTENTIAL TCELL EPITOPES | D.ROGNAN,L.SCAPOZZA,G.FOLKERS,A.DASER | Display | Download |
| 1rpd | PHAGE 434 REPRESSOR TETRAMER (TWO DIMERS) MODEL BOUND TO TWO ADJACENT OPERATOR DNA SITES | R.CHATTOPADHYAYA,K.GHOSH | Display | Download |
| 1rrn | COMPUTER MODELING FROM SOLUTION DATA OF SPINACH CHLOROPLAST AND OF XENOPUS LAEVIS SOMATIC AND OOCYTE 5 S RRNAS | E.WESTHOF,P.ROMBY,C.EHRESMANN | Display | Download |
| 1rsq | STRUCTURE OF RAT LIVER THREONINE DEAMINASE | M.SCARSELLI,G.PADULA,A.BERNINI,O.SPIGA,A.CIUTTI,N.NICCOLAI | Display | Download |
| 1rvl | USING NEVIRAPINE ANALOGS AS STRUCTURAL PROBES TO MODEL THEIR BINDING SITE ON HIV-1 REVERSE TRANSCRIPTASE | N.PATTABIRAMAN,R.GUSSIO | Display | Download |
| 1rvm | USING NEVIRAPINE ANALOGS AS STRUCTURAL PROBES TO MODEL THEIR BINDING SITE ON HIV-1 REVERSE TRANSCRIPTASE | N.PATTABIRAMAN,R.GUSSIO | Display | Download |
| 1rvn | USING NEVIRAPINE ANALOGS AS STRUCTURAL PROBES TO MODEL THEIR BINDING SITE ON HIV-1 REVERSE TRANSCRIPTASE | N.PATTABIRAMAN,R.GUSSIO | Display | Download |
| 1rvo | USING NEVIRAPINE ANALOGS AS STRUCTURAL PROBES TO MODEL THEIR BINDING SITE ON HIV-1 REVERSE TRANSCRIPTASE | N.PATTABIRAMAN,R.GUSSIO | Display | Download |
| 1rvp | USING NEVIRAPINE ANALOGS AS STRUCTURAL PROBES TO MODEL THEIR BINDING SITE ON HIV-1 REVERSE TRANSCRIPTASE | N.PATTABIRAMAN,R.GUSSIO | Display | Download |
| 1rvq | USING NEVIRAPINE ANALOGS AS STRUCTURAL PROBES TO MODEL THEIR BINDING SITE ON HIV-1 REVERSE TRANSCRIPTASE | N.PATTABIRAMAN,R.GUSSIO | Display | Download |
| 1rvr | USING NEVIRAPINE ANALOGS AS STRUCTURAL PROBES TO MODEL THEIR BINDING SITE ON HIV-1 REVERSE TRANSCRIPTASE | N.PATTABIRAMAN,R.GUSSIO | Display | Download |
| 1s11 | THEORETICAL MODEL OF GLUTAMATE BINDING SITE OF NMDA RECEPTOR IN CLOSED FORM | I.G.TIKHONOVA,I.I.BASKIN,V.A.PALYULIN,N.S.ZEFIROV, S.O.BACHURIN | Display | Download |
| 1s2s | THEORETICAL MODEL OF GLUTAMATE BINDING SITE OF NMDA RECEPTOR IN OPEN FORM | I.G.TIKHONOVA,I.I.BASKIN,V.A.PALYULIN,N.S.ZEFIROV, S.O.BACHURIN | Display | Download |
| 1s33 | KCSA POTASSIUM CHANNEL IN A NON-CONDUCTING STATE BREAKING THE FOUR-FOLD SYMMETRY | S.BERNECHE,B.ROUX | Display | Download |
| 1s6e | THEORETICALY MODELED STRUCTURE FOR HUMAN PORIN 6 PROTEIN | S.ARUN KUMAR | Display | Download |
| 1s8b | THEORETICAL MODEL FOR HUMAN CD20 PROTEIN | S.ARUNKUMAR | Display | Download |
| 1s8m | THEORETICAL MODEL OF METABOTROPIC GLUTAMATE RECEPTOR MGLUR3 IN OPEN FORM | M.S.BELENIKIN,I.I.BASKIN,G.COSTANTINO,V.A.PALYULIN, R.PELLICCIARI,N.S.ZEFIROV | Display | Download |
| 1s9m | STRUCTURAL MODEL OF THE P170R HUMAN SOX9-DNA COMPLEX | S.RANGANATHAN,S.MCDOWALL,A.ARGENTARO,P.WELLER,S.MERTIN, S.MANSOUR,J.TOLMIE,V.HARLEY | Display | Download |
| 1sa6 | THEORETICAL MODEL FOR P75NTR-ASSOCIATED CELL DEATH EXECUTOR | S.ARUNKUMAR | Display | Download |
| 1sb4 | PHOSPHOLIPASE C FROM CLOSTRIDIUM PERFRINGENS | P.J.MAGESH | Display | Download |
| 1scc | PREDICTED 3 DIMENSIONAL STRUCTURE OF CYTOCHROME P450SCC | S.VIJAYAKUMAR,J.C.SALERNO | Display | Download |
| 1scg | PAIR OF THEORETICAL MODELS FOR THE S. CEREVISIAE G PROTEIN HETEROTRIMER, BASED ON THE COORDINATES OF THE MAMMALIAN G PROTEIN | C.G.GAITATZES,E.J.NEER,T.F.SMITH | Display | Download |
| 1sdg | MOLECULAR ASPECTS OF FUNCTIONAL DIFFERENCES BETWEEN ALCOHOL AND SORBITOL DEHYDROGENASES | H.EKLUND,E.HORJALES,H.JORNVALL,C.-I.BRANDEN,J.JEFFERY | Display | Download |
| 1se5 | CRYSTAL STRUCTURE OF METHYLMALONYL-COA MUTASE | P.J.MAGESH | Display | Download |
| 1sea | RESIDUES DEFINING VBETA SPECIFICITY IN STAPHYLOCOCCAL ENTEROTOXINS | S.SWAMINATHAN,M.SAX | Display | Download |
| 1see | RESIDUES DEFINING VBETA SPECIFICITY IN STAPHYLOCOCCAL ENTEROTOXINS | S.SWAMINATHAN,M.SAX | Display | Download |
| 1sew | MEMBRANE CHANNEL STRUCTURE OF HELICOBACTER PYLORI VACUOLATING TOXIN A | S.KIM,A.K.CHAMBERLAIN,J.U.BOWIE | Display | Download |
| 1sex | STRUCTURE OF VOLTAGE GATED SODIUM CHANNEL OF AN. GAMBIAE | B.NATARAJ,K.GUNASEKARAN,S.MUTHUKUMARAVEL | Display | Download |
| 1sey | THEORETICAL STRUCTURE OF ARABIDOPSIS THALIANA O- METHYLTRANSFERASE 28 | Y.LIM,Y.LEE,S.RHEE | Display | Download |
| 1sfm | STRUCTURE OF GLUTATHIONE S- TRANSFERASE OF WUCHERERIA BANCROFTI | S.THIRUMALAI NATHAN,N.MATHEW | Display | Download |
| 1sfz | CATALASE-PEROXIDASE FROM MYCOBACTERIUM TUBERCULOSIS CDC1551 | P.J.MAGESH | Display | Download |
| 1sjo | STRUCTURE OF GLUTATHIONE S- TRANSFERASE OF BRUGIA MALAYI | S.THIRUMALAI NATHAN,N.MATHEW | Display | Download |
| 1slk | CONFORMATIONAL ENERGY STUDIES OF BETA-SHEETS OF MODEL SILK FIBROIN PEPTIDES. I. SHEETS OF POLY(ALA-GLY) CHAINS | S.A.FOSSEY,G.NEMETHY,K.D.GIBSON,H.A.SCHERAGA | Display | Download |
| 1slr | SECRETED PROTEIN MPB70 | P.J.MAGESH | Display | Download |
| 1slz | BCG ANTIGEN | P.J.MAGESH | Display | Download |
| 1sm0 | PUTATIVE GTP BINDING PROTEIN | P.J.MAGESH | Display | Download |
| 1sr1 | THEORETICAL MODEL OF SENSORY RHODOPSIN I FROM HALOBACTERIUM SALINARIUM | S.L.LIN,B.YAN | Display | Download |
| 1ssr | SCULPTING PROTEINS INTERACTIVELY: REAL-TIME ENERGY MINIMIZATION EMBEDDED IN A GEOMETRICAL MODELING SYSTEM | J.S.RICHARDSON,D.C.RICHARDSON,M.C.SURLES | Display | Download |
| 1suk | HOMOLOGY MODEL OF THE FACILITATIVE GLUCOSE TRANSPORTER I (GLUT1) | A.SALAS-BURGOS,P.ISEROVICH,F.ZUNIGA,J.C.VERA,J.FISCHBARG | Display | Download |
| 1sun | MONITORING OF THE COOPERATIVE UNFOLDING OF THE SUNY GROUP I INTRON OF BACTERIOPHAGE T4: THE ACTIVE FORM OF THE SUNY RIBOZYME IS STABILIZED BY MULTIPLE INTERACTIONS WITH 3' TERMINAL INTRON COMPONENTS | L.JAEGER,E.WESTHOF,F.MICHEL | Display | Download |
| 1sx9 | STRUCTURAL MODEL OF THE WILDTYPE HUMAN SOX9-DNA COMPLEX | S.RANGANATHAN,S.MCDOWALL,A.ARGENTARO,P.WELLER,S.MERTIN, S.MANSOUR,J.TOLMIE,V.HARLEY | Display | Download |
| 1sxf | HOMOLOGY MODEL FOR HUMAN SARS-CORONAVIRUS RNA-DEPENDENT RNA POLYMERASE | A.AZZI,S.X.LIN | Display | Download |
| 1syj | MODEL OF THE MICROTUBULE MOTOR, NCD, WITH SWITCH 1 CLOSED AND THE ELECTRON PARAMAGNETIC RESONANCE (EPR) SPIN PROBE SSL-NANDP BOUND AT THE NUCLEOTIDE SITE | N.NABER,T.J.MINEHARDT,S.RICE,X.CHEN,J.GRAMMER,M.MATUSKA, R.D.VALE,P.A.KOLLMAN,R.CAR,R.G.YOUNT,R.COOKE,E.PATE | Display | Download |
| 1syp | MODEL OF THE MICROTUBULE MOTOR, NCD, WITH SWITCH 1 CLOSED AND THE ELECTRON PARAMAGNETIC RESONANCE (EPR) SPIN PROBE SL-NANDP BOUND AT THE NUCLEOTIDE SITE | N.NABER,T.J.MINEHARDT,S.RICE,X.CHEN,J.GRAMMER,M.MATUSKA, R.D.VALE,P.A.KOLLMAN,R.CAR,R.G.YOUNT,R.COOKE,E.PATE | Display | Download |
| 1syw | COMPUTER MODEL OF A COMPLEX BETWEEN HUMAN ELONGATION FACTOR EEF1A AND PROTEIN SYNTHESIS INHIBITOR DIDEMNIN B | E.MARCO,S.MARTIN-SANTAMARIA,C.CUEVAS,F.GAGO | Display | Download |
| 1sz4 | MODEL OF THE MICROTUBULE MOTOR, NCD, WITH SWITCH 1 CLOSED AND THE ELECTRON PARAMAGNETIC RESONANCE (EPR) SPIN PROBE 2'-SLADP BOUND AT THE NUCLEOTIDE SITE | N.NABER,T.J.MINEHARDT,S.RICE,X.CHEN,J.GRAMMER,M.MATUSKA, R.D.VALE,P.A.KOLLMAN,R.CAR,R.G.YOUNT,R.COOKE,E.PATE | Display | Download |
| 1sz5 | MODEL OF THE MICROTUBULE MOTOR, NCD, WITH SWITCH 1 CLOSED AND THE ELECTRON PARAMAGNETIC RESONANCE (EPR) SPIN PROBE 3'-SLADP BOUND AT THE NUCLEOTIDE SITE | N.NABER,T.J.MINEHARDT,S.RICE,X.CHEN,J.GRAMMER,M.MATUSKA, R.D.VALE,P.A.KOLLMAN,R.CAR,R.G.YOUNT,R.COOKE,E.PATE | Display | Download |
| 1t0x | MODEL OF THE BACTERIAL RNA POLYMERASE OPEN COMPLEX WITH THE SUBSTRATE AND PPGPP BOUND | I.ARTSIMOVITCH,V.PATLAN,S.SEKINE,M.N.VASSYLYEVA,T.HOSAKA, K.OCHI,S.YOKOYAMA,D.G.VASSYLYEV | Display | Download |
| 1t2z | HUMAN MD-2 MODEL | A.GRUBER,M.MANCEK,H.WAGNER,C.J.KIRSCHNING,R.JERALA | Display | Download |
| 1t30 | HOMOLOGY MODEL OF CDK1/CYCLIN B COMPLEX | C.F.MCGRATH,R.GUSSIO,N.PATTABIRAMAN,G.E.KELLOGG,T.LEMCKE, C.KUNICK,E.A.SAUSVILLE,D.W.ZAHAREVITZ | Display | Download |
| 1t53 | ATP REGULATED MODULE (ARM) DOMAIN OF ATRIAL NATRIURETIC FACTOR RECEPTOR GUANYLATE CYCLASE | T.DUDA,V.VENKATARAMAN,S.RAVICHANDRAN,R.K.SHARMA | Display | Download |
| 1t58 | A THEORETICAL MODEL OF CYTOCHROME C6 (PETJ1) FROM SYNECHOCOCCUS SP. PCC 7002 | K.TAMIOLA,A.SZCZEPANIAK | Display | Download |
| 1t59 | A THEORETICAL MODEL OF CYTOCHROME C6 (PETJ2) FROM SYNECHOCOCCUS SP. PCC 7002 | K.TAMIOLA,A.SZCZEPANIAK | Display | Download |
| 1t78 | MODELED STRUCTURE OF P2Y12 | C.ZHAN,X.DONG,J.YANG | Display | Download |
| 1t7g | THEORETICAL MODEL OF SARS CORONAVIRUS PEPLOMER | A.BERNINI,O.SPIGA,A.CIUTTI,S.CHIELLINI,L.BRACCI,N.NICCOLAI | Display | Download |
| 1tai | LIGAND P2A COMPLEXED WITH PHOSPHOLIPASE D (1F0I) | C.L.AIKENS,A.T.LAEDERACH,P.J.REILLY | Display | Download |
| 1taj | LIGAND PC8 COMPLEXED WITH PHOSPHOLIPASE D (1F0I) | C.L.AIKENS,A.T.LAEDERACH,P.J.REILLY | Display | Download |
| 1tak | LIGAND P10 COMPLEXED WITH PHOSPHOLIPASE D (1F0I) | C.L.AIKENS,A.T.LAEDERACH,P.J.REILLY | Display | Download |
| 1tao | LIGAND PX4 COMPLEXED WITH PHOSPHOLIPASE D (1F0I) | C.L.AIKENS,A.T.LAEDERACH,P.J.REILLY | Display | Download |
| 1tav | LIGAND P2I COMPLEXED WITH PHOSPHOLIPASE D (1F0I) | C.L.AIKENS,A.T.LAEDERACH,P.J.REILLY | Display | Download |
| 1tb1 | LIGAND PS1 COMPLEXED WITH PHOSPHOLIPASE D (1F0I) | C.L.AIKENS,A.T.LAEDERACH,P.J.REILLY | Display | Download |
| 1tb2 | LIGAND PG8 COMPLEXED WITH PHOSPHOLIPASE D (1F0I) | C.L.AIKENS,A.T.LAEDERACH,P.J.REILLY | Display | Download |
| 1tbi | TERTIARY MODEL OF EXTRACELLULAR DOMAIN OF TYPE I RECEPTOR FOR TRANSFORMING GROWTH FACTOR-BETA, THEORETICAL MODEL | T.S.JOKIRANTA,J.TISSARI,O.TELEMAN,S.MERI | Display | Download |
| 1tnc | THE PREDICTED STRUCTURE OF THE CALCIUM-BINDING COMPONENT OF TROPONIN | R.H.KRETSINGER,C.D.BARRY | Display | Download |
| 1tp1 | HUMAN T-CELL LEUKEMIA VIRUS TYPE I (HTLV-I) PROTEASE | S.B.SHUKER,B.E.HERGER,K.J.DENNISON | Display | Download |
| 1tqa | COMPARATIVE MODELING OF THE CYTOCHROME P450 AROMATASE | A.CAVALLI,A.D.FAVIA,M.RECANATINI,A.CAROTTI | Display | Download |
| 1twp | WHEY ACIDIC PROTEIN (WAP) FROM THE TAMMAR WALLABY (MACROPUS EUGENII), THEORETICAL MODEL | S.RANGANATHAN,K.J.SIMPSON,D.C.SHAW,K.R.NICHOLAS | Display | Download |
| 1twt | MODEL STRUCTURE OF THE T. THERMOPHILUS 70S RIBOSOME, 30S SUBUNIT OF 70S ROBOSOME. THIS FILE, 1TWT, CONTAINS ONLY MOLECULES OF THE 30S RIBOSOMAL SUBUNIT. THE 50S SUBUNIT IS IN THE PDB FILE 1TWV. | C.S.TUNG,K.Y.SANBONMATSU | Display | Download |
| 1twv | MODEL STRUCTURE OF THE T. THERMOPHILUS 70S RIBOSOME,50S SUBUNIT OF 70S RIBOSOME. THIS FILE, 1TWV, CONTAINS ONLY MOLECULES OF THE 50S RIBOSOMAL SUBUNIT. THE 30S SUBUNIT IS IN THE PDB FILE 1TWT. | C.S.TUNG,K.Y.SANBONMATSU | Display | Download |
| 1tx1 | MODEL STRUCTURE OF INFLUENZA B VIRUS HA1 | C.S.TUNG,J.L.GOODMAN,H.LU,C.A.MACKEN | Display | Download |
| 1tx5 | MOLECULAR ANALYSIS OF INTERACTION BETWEEN ANTHRAX TOXIN RECEPTOR AND PROTECTIVE ANTIGEN | J.PANDEY,D.WARBURTON | Display | Download |
| 1txh | A THEORETICAL C-ALPHA MODEL OF THE TRANSMEMBRANE ALPHA- HELICES IN GAP JUNCTION INTERCELLULAR CHANNELS | S.J.FLEISHMAN,V.M.UNGER,M.YEAGER,N.BEN-TAL | Display | Download |
| 1tyi | STRUCTURE OF HISTONE DEACETYLASE 1 | S.C.MALLENA,H.SINDHU,B.GAYATRI,P.R.PRAVEEN | Display | Download |
| 1u3x | HOMOLOGY MODEL OF CHORISMATE SYNTHASE FROM C. DIFFICILE | S.TAJNE,R.SANAM | Display | Download |
| 1u4k | S2 SUBUNIT MODEL OF SARS CORONAVIRUS S PROTEIN | O.SPIGA,A.BERNINI,A.CIUTTI,S.CHIELLINI,N.MENCIASSI, F.FINETTI,V.CAUSARONO,F.ANSELMI,F.PRISCHI,N.NICCOLAI | Display | Download |
| 1u4t | LIGAND PA8 DOCKED TO PHOSPHOLIPASE D (1F0I) | C.L.AIKENS,A.T.LAEDERACH,P.J.REILLY | Display | Download |
| 1u4u | LIGAND XPA DOCKED TO PHOSPHOLIPASE D (1F0I) | C.L.AIKENS,A.T.LAEDERACH,P.J.REILLY | Display | Download |
| 1u4v | LIGAND PX2 DOCKED TO PHOSPHOLIPASE D (1F0I) | C.L.AIKENS,A.T.LAEDERACH,P.J.REILLY | Display | Download |
| 1u4w | LIGAND PA-14 DOCKED TO PHOSPHOLIPASE D (1F0I) | C.L.AIKENS,A.LAEDERACH,P.J.REILLY | Display | Download |
| 1u4x | LIGAND X41 DOCKED TO PHOSPHOLIPASE D (1F0I) | C.L.AIKENS,A.T.LAEDERACH,P.J.REILLY | Display | Download |
| 1u4y | LIGAND PX6 DOCKED TO PHOSPHOLIPASE D (1F0I) | C.L.AIKENS,A.T.LAEDERACH,P.J.REILLY | Display | Download |
| 1u4z | LIGAND PX8 DOCKED TO PHOSPHOLIPASE D (1F0I) | C.L.AIKENS,A.T.LAEDERACH,P.J.REILLY | Display | Download |
| 1u50 | LIGAND 6PE DOCKED TO PHOSPHOLIPASE D (1F0I) | C.L.AIKENS,A.T.LAEDERACH,P.J.REILLY | Display | Download |
| 1u51 | LIGAND X81 DOCKED TO PHOSPHOLIPASE D (1F0I) | C.L.AIKENS,A.T.LAEDERACH,P.J.REILLY | Display | Download |
| 1u52 | LIGAND PEX DOCKED TO PHOSPHOLIPASE D (1F0I) | C.L.AIKENS,A.T.LAEDERACH,P.J.REILLY | Display | Download |
| 1u5n | HOMOLOGY MODEL OF THE PFATP6 | S.KRISHNA,A.-C.UHLEMANN,A.CAMERON,U.ECKSTEIN,W.-Y.HO, S.CROFT,J.FISCHBARG,P.ISEROVICH,F.ZUNIGA,M.EAST,A.LEE, L.BRADY,R.HAYNES | Display | Download |
| 1u66 | STRUCTURE OF VESPID ALLERGEN ANTIGEN HOMOLOG (VENOM ALLERGEN ANTIGEN-LIKE PROTEIN 1)- BRUGIA MALAYI (FILARIAL NEMATODE WORM) | A.J.SILVESTER | Display | Download |
| 1u7a | MODEL REQUEST | A.J.SILVESTER | Display | Download |
| 1uc1 | HOMOLOGY PREDICTED HUMAN COLLAGENASE 3 | R.ANNABHIMOJU,D.V.R.V.SAGAR | Display | Download |
| 1uee | THE STRUCTURE OF SUBSTRATE-BOUND BOTOX LIGHT CHAIN | Y.-P.PANG | Display | Download |
| 1ufd | COMPARATIVE MODELING OF NODULIN 26 FROM GLYCINE MAX. | S.BISWAS | Display | Download |
| 1ul6 | THE PROTEIN TRANSDUCTION DOMAIN OF HPER1 | X.L.YANG,J.XIE,Z.G.ZHANG | Display | Download |
| 1uo7 | MOLECULAR DYNAMICS SIMULATION OF AMYLOID BETA 1-42 (PDB: 1IYT) IN WATER | A.S.N.SESHASAYEE,A.SHARIFF | Display | Download |
| 1uo8 | MOLECULAR DYNAMICS SIMULATION OF AMYLOID BETA 1-42 (PDB: 1IYT) IN WATER AFTER 2NANO-SECONDS | A.S.NARAIN,A.SHARIFF | Display | Download |
| 1uoa | MOLECULAR DYNAMICS SIMULATION OF AMYLOID BETA 1-42 (PDB: 1IYT) IN WATER AFTER 3NANO-SECONDS | A.S.N.SESHASAYEE,A.SHARIFF | Display | Download |
| 1uoi | MOLECULAR DYNAMICS SIMULATION OF AMYLOID BETA 1-42 (PDB: 1IYT) IN WATER AFTER 4NANO-SECONDS | A.S.N.SESHASAYEE,A.SHARIFF | Display | Download |
| 1upe | MODELING THE ADENOSINE RECEPTORS: COMPARISON OF THE BINDING DOMAINS OF A2A AGONISTS AND ANTAGONISTS | S.K.KIM,Z.G.GAO,P.VAN ROMPAEY,A.S.GROSS,S.VAN CALENBERGH, K.A.JACOBSON | Display | Download |
| 1upy | REDUCED GLUTAREDOXIN 1 SIMULATION TRAJECTORY, MODELS 1-70 | N.FOLOPPE,L.NILSSON | Display | Download |
| 1upz | REDUCED GLUTAREDOXIN 1 SIMULATION TRAJECTORY, MODELS 71-141 | N.FOLOPPE,L.NILSSON | Display | Download |
| 1uq0 | REDUCED GLUTAREDOXIN 1 SIMULATION TRAJECTORY. MODELS 141- 210. | N.FOLOPPE,L.NILSSON | Display | Download |
| 1uq1 | REDUCED GLUTAREDOXIN 1 SIMULATION TRAJECTORY, MODELS 211- 280. | N.FOLOPPE,L.NILSSON | Display | Download |
| 1uq2 | REDUCED GLUTAREDOXIN 1 SIMULATION TRAJECTORY, MODELS 281- 350. | N.FOLOPPE,L.NILSSON | Display | Download |
| 1uq3 | REDUCED GLUTAREDOXIN 1 SIMULATION TRAJECTORY, MODELS 1-70 | N.FOLOPPE,L.NILSSON | Display | Download |
| 1uq6 | REDUCED GLUTAREDOXIN 1 SIMULATION TRAJECTORY, MODELS 141- 210. | N.FOLOPPE,L.NILSSON | Display | Download |
| 1uq7 | REDUCED GLUTAREDOXIN 1 SIMULATION TRAJECTORY, MODELS 211- 280. | N.FOLOPPE,L.NILSSON | Display | Download |
| 1uq8 | REDUCED GLUTAREDOXIN 3 SIMULATION TRAJECTORY, MODELS 1-45 | N.FOLOPPE,L.NILSSON | Display | Download |
| 1uq9 | REDUCED GLUTAREDOXIN 3 SIMULATION TRAJECTORY MODELS 1-45 | N.FOLOPPE,L.NILSSON | Display | Download |
| 1uqh | REDUCED GLUTAREDOXIN 1 SIMULATION TRAJECTORY, MODELS 281- 325. | N.FOLOPPE,L.NILSSON | Display | Download |
| 1uqi | REDUCED GLUTAREDOXIN 3 SIMULATION TRAJECTORY MODELS 49-90 | N.FOLOPPE,L.NILSSON | Display | Download |
| 1uqj | REDUCED GLUTAREDOXIN 3 SIMULATION TRAJECTORY MODELS 136-180 | N.FOLOPPE,L.NILSSON | Display | Download |
| 1uqk | REDUCED GLUTAREDOXIN 3 SIMULATION TRAJECTORY MODELS 91-135 | N.FOLOPPE,L.NILSSON | Display | Download |
| 1uql | REDUCED GLUTAREDOXIN 3 SIMULATION TRAJECTORY MODELS 181-225 | N.FOLOPPE,L.NILSSON | Display | Download |
| 1uqm | REDUCED GLUTAREDOXIN 3 SIMULATION TRAJECTORY MODELS 46-90 | N.FOLOPPE,L.NILSSON | Display | Download |
| 1uqn | REDUCED GLUTAREDOXIN 1 SIMULATION TRAJECTORY, MODELS 71-140. | N.FOLOPPE,L.NILSSON | Display | Download |
| 1uqo | REDUCED GLUTAREDOXIN 3 SIMULATION TRAJECTORY MODELS 136-180 | N.FOLOPPE,L.NILSSON | Display | Download |
| 1uqp | REDUCED GLUTAREDOXIN 3 SIMULATION TRAJECTORY MODELS 91-135 | N.FOLOPPE,L.NILSSON | Display | Download |
| 1uqq | REDUCED GLUTAREDOXIN 3 SIMULATION TRAJECTORY MODELS 181- 225 | N.FOLOPPE,L.NILSSON | Display | Download |
| 1ur7 | MOLECULAR REFINEMENT OF ANTI-HLA-A2 USING LIGHT CHAIN SHUFFLING: A STRUCTURAL MODEL FOR HLA ANTIBODY BINDING | N.A.WATKINS,T.R.DAFFORN,M.KUIJPERS,C.BROWN,B.JAVID, P.J.LEHNER,C.NAVERRETE,W.H.OUWEHAND | Display | Download |
| 1uuk | PLASMID P1 REPA IS HOMOLOGOUS TO THE F PLASMID REPE CLASS OF INITIATORS. | S.SHARMA,B.K.SATHYANARAYANA,J.G.BIRD,J.R.HOSKINS,B.LEE, S.WICKNER | Display | Download |
| 1uv1 | HADDOCK MODEL OF THE COMPLEX BETWEEN THE COPPER CHAPERONE ATX1 AND THE ATPASE CCC2 FROM YEAST | F.ARNESANO,L.BANCI,I.BERTINI,A.M.J.J.BONVIN | Display | Download |
| 1uv2 | HADDOCK MODEL OF THE COMPLEX BETWEEN THE COPPER CHAPERONE ATX1 AND THE ATPASE CCC2 FROM YEAST | F.ARNESANO,L.BANCI,I.BERTINI,A.M.J.J.BONVIN | Display | Download |
| 1uv3 | MOUSE SHORT WAVELENGTH (ULTRAVIOLET)SENSITIVE CONE VISUAL PIGMENT. HOMOLOGY MODEL BASED UPON BOVINE RHODOPSIN | B.E.KNOX,R.R.BIRGE,D.SINGH,A.KUSTNEZOW,A.DUKKIPATI,K.BABU, L.RAMOS | Display | Download |
| 1uv9 | HOMOLOGY MODELING OF GPIIB | J.YANG,C.ZHAN,X.DONG | Display | Download |
| 1ux3 | 3D STRUCTURE PREDICTION OF AMINO ACIDS 25- 656 OF HUMAN HEPATOCYTE GROWTH FACTOR/SCATTER FACTOR (MET) RECEPTOR | E.GHERARDI,R.N.MIGUEL,T.L.BLUNDELL,C.A.LOVE,R.M.ESNOUF, E.Y.JONES | Display | Download |
| 1uxf | HOMOLOGY MODEL OF HEMOGLOBIN BINDING PROTEIN HGBA FROM ACTINOBACILLUS PLEUROPNEUMONIAE | P.D.PAWELEK,J.W.COULTON | Display | Download |
| 1uy5 | A MODEL OF THYMOSIN_BETA4 BOUND TO MONOMERIC ACTIN USING NMR AND BIOCHEMICAL DATA. | M.DOMANSKI,M.HERTZOG,J.COUTANT,I.GUTSCHE-PERELROIZEN, F.BONTEMS,M.F.CARLIER,E.GUITTET,C.VAN HEIJENOORT | Display | Download |
| 1uz7 | COMPARATIVE HOMOLOGY MODELING OF BRUGIA MALAYI MACROPHAGE MIGRATION INHIBITORY FACTOR | S.BALAJI | Display | Download |
| 1uzo | CRYSTAL STRUCTURE OF SORBITOL DEHYDROGENASE FROM R.SPHAEROIDES | A.PHILIPPSEN,T.SCHIRMER,J.STETEFELD | Display | Download |
| 1uzs | PUTATIVE TUMOR SUPPRESSOR GENE | S.M.FRANCINA | Display | Download |
| 1v01 | THEORETICAL MODEL STRUCTURE OF POPA, A PROTEIN FROM RALSTONIA SOLANACEARUM HRP SECRETION SYSTEM | J.DEKA,S.MAHANTA,A.K.BURAGOHAIN | Display | Download |
| 1v0g | THEORETICAL MODEL STRUCTURE OF DNAA A, DNA BINDING PROTEIN FROM RALSTONIA SOLANACEARUM | S.MAHANTA,C.BARUAH,J.DEKA,A.K.BURAGOHAIN | Display | Download |
| 1v0i | THEORETICAL MODEL STRUCTURE OF HRPE, A PUTATIVE ATPASE OF TYPE III SECRETION MACHINERY IN RALSTONIA SOLANACEARUM | J.DEKA,S.MAHANTA,A.K.BURAGOHAIN,P.R.NATH | Display | Download |
| 1v0x | THEORETICAL MODEL STRUCTURE OF HUMAN CYCLOOXGENASE-2 | S.MAHANTA,P.K.SARMA,A.K.BURAGOHAIN | Display | Download |
| 1v12 | THEORETICAL MODEL STRUCTURE OF POPB, A PROTEIN FROM TYPE III SECRETION SYSTEM OF RALSTONIA SOLANACEARUM. | C.BARUAH,S.MAHANTA,A.K.BURAGOHAIN | Display | Download |
| 1v17 | THEORETICAL MODEL STRUCTURE OF RECA PROTEIN (RECOMBINASE A), A CYTOPLASMIC PROTEIN OF RALSTONIA SOLANACEARUM. | C.BARUAH,S.MAHANTA | Display | Download |
| 1v1l | THEORETICAL MODEL STRUCTURE OF LYSOZYME FROM ANTHERAEA ASSAMA (ASSAM MUGA SILKMOTH). | S.MAHANTAM,A.K.BURAGOHAIN | Display | Download |
| 1v1n | THEORETICAL MODEL STRUCTURE OF DNA-3-METHYLADENINE GLYCOSYLASE IN HAEMOPHILUS INFLUENZAE. | J.RAJKUMARI,J.DEKA,S.MAHANTA,C.BARUAH | Display | Download |
| 1v36 | MOLECULAR MODEL OF THE PORE FORM OF ANTHRAX PROTECTIVE ANTIGEN. EXTENDING AVAILABLE BIOCHEMICAL AND CRYSTALLOGRAPHIC DATA | T.L.NGUYEN | Display | Download |
| 1van | DIFFERENT MODES OF VANCOMYCIN AND D-ALANYL-D-ALANINE PEPTIDASE BINDING TO CELL WALL PEPTIDE AND A POSSIBLE ROLE FOR THE VANCOMYCIN RESISTANCE PROTEIN | J.R.KNOX | Display | Download |
| 1vri | BACTERIOPHAGE PHI-29 CONNECTOR ARRAY. THIS FILE IS ONE OF THREE REPRESENTING THE ENTIRE CARPET. THIS FILE, 1VRI, INCLUDES THE UPPER 5 MONOMERS THE OTHER TWO FILES, 1YWE AND 1VRJ, CONTAIN THE LOWER 5 AND RIGHT 3 MONOMERS RESPECTIVELY. | Y.Y.GUO,F.BLOCKER,F.XIAO,P.GUO | Display | Download |
| 1vrj | BACTERIOPHAGE PHI-29 CONNECTOR ARRAY. THIS FILE IS ONE OF THREE REPRESENTING THE ENTIRE CARPET. THIS FILE, 1VRJ, INCLUDES THE RIGHT 3 MONOMERS THE OTHER TWO FILES, 1YWE AND 1VRI, CONTAIN THE LOWER 5 AND UPPER 5 MONOMERS RESPECTIVELY. | Y.Y.GUO,F.BLOCKER,F.XIAO,P.GUO | Display | Download |
| 1vye | LYNX1 PROTEIN | G.GOPINATH | Display | Download |
| 1vyl | THEORETICAL MODEL OF FASCIATOXIN FROM BUNGARUS FASCIATUS | S.SUBHA,D.S.MATHEWS | Display | Download |
| 1vz1 | PURINERGIC RECEPTOR P2Y12 | C.ZHAN,X.C.DONG,J.YANG | Display | Download |
| 1vzf | COMPARATIVE MODELING OF VIRION INFECTIVITY FACTOR(VIF) | S.BALAJI,R.KALPANA | Display | Download |
| 1vzn | STRUCTURE OF HUMAN PAPILLOMA VIRUS TYPE16 E6 ONCOPROTEIN | R.SWAMINATHAN,B.K.MALIK,S.BALAJI | Display | Download |
| 1vzp | NEI LIKE 2 DNA REPAIR PROTEIN | V.S.MATHURA | Display | Download |
| 1w0q | A THREE DIMENSIONAL STRUCTURAL MODEL OF STEM BROMELAIN: A CRITICAL COMPARATIVE ANALYSIS OF GLYCOSYLATION TOWARDS FUNCTIONAL AND STRUCTURAL STABILITY | N.BANERJEE,S.DAS,A.BANERJEE | Display | Download |
| 1w1c | HUMAN CYTOPLASMIC THIOREDOXIN REDUCTASE (TXN1) IN COMPLEX WITH THIOREDOXIN (TRX) | W.BRANDT,L.A.WESSJOHANN | Display | Download |
| 1w1e | MITOCHONDRIAL HUMAN THIOREDOXIN REDUCTASE IN COMPLEX WITH THIOREDOXIN | W.BRANDT,L.A.WESSJOHANN | Display | Download |
| 1w65 | SURI | M.S.KUMAR | Display | Download |
| 1w71 | THEORETICAL MODEL OF THE THREE-DIMENSIONAL STRUCTURE OF A DISEASE RESISTANCE GENE HOMOLOG ENCODING RESISTANCE PROTEIN FROM VIGNA MUNGO | J.BASAK,R.P.BAHADUR,A.PAL,C.MUKHOPADHYAY | Display | Download |
| 1wag | DNA POLYMERASE FROM BACTERIOPHAGE RB69, ALPHA-CARBONS ONLY, THEORETICAL MODEL | J.WANG,A.K.M.A.SATTER,C.C.WANG,J.D.KARAM,W.H.KONIGSBERG, T.A.STEITZ | Display | Download |
| 1wah | DNA POLYMERASE FROM BACTERIOPHAGE RB69, THEORETICAL MODEL | J.WANG,A.K.M.A.SATTER,C.C.WANG,J.D.KARAM,W.H.KONIGSBERG, T.A.STEITZ | Display | Download |
| 1wai | DNA POLYMERASE FROM BACTERIOPHAGE RB69, ALPHA-CARBONS ONLY, WITH DNA MODELED IN THE POLYMERASE ACTIVE SITE, THEORETICAL MODEL | J.WANG,A.K.M.A.SATTER,C.C.WANG,J.D.KARAM,W.H.KONIGSBERG, T.A.STEITZ | Display | Download |
| 1wcp | THEORETICAL MODEL OF THE FULL-LENGTH HUMAN P52 SHC ADAPTOR PROTEIN OBTAINED BY HOMOLOGY MODELING AND 2 NS MOLECULAR DYNAMICS SIMULATIONS | A.SUENAGA,A.KIYATKIN,M.HATAKEYAMA,M.TAIJI,J.HOEK,A.KONAGAYA, B.KHOLODENKO | Display | Download |
| 1wkn | A PLAUSIBLE MODEL OF FULL-LENGTH INTEGRASEDNA COMPLEX | L.DE LUCA,A.PEDRETTI,G.VISTOLI,M.L.BARRECA,L.VILLA, P.MONFORTE,A.CHIMIRRI | Display | Download |
| 1wq0 | HOMOLOGY MODELLING OF THE INTERMEDIATE REGION OF SOXD | A.BAGCHI,P.ROY | Display | Download |
| 1wqt | THEREOTICAL MODELLING OF DIHEME CYTOCHROME SOXD; TOTAL STRUCTURE | A.BAGCHI,P.ROY | Display | Download |
| 1wvs | CYCLOPHILIN OF SCHIZOSACCHAROMYCES POMBE | V.UMASHANKAR,K.RAJAGOPAL | Display | Download |
| 1wzh | MODEL FOR BINDING OF E2F8 DBDS TO E2F CONSENSUS SEQUENCE BASED UPON STRUCTURAL HOMOLOGY TO E2F4/DP2 | B.MAITI,J.LI,A.DE BRUIN,F.GORDON,C.TIMMERS,R.OPAVSKY, K.PATIL,J.TUTTLE,W.CLEGHORN,G.LEONE | Display | Download |
| 1x8a | THEORETICAL STRUCTURE OF PYRAZINAMIDASE/NICOTINAMIDASE OF MYCOBACTERIUM TUBERCULOSIS IN COMPLEX WITH PYRAZINAMIDE | C.LOPEZ,W.EVANGELISTA,M.ZIMIC | Display | Download |
| 1x9o | A MODEL OF THE ACID SPHINGOMYELINASE PHOSPHOESTERASE DOMAIN | M.SETO,M.WHITLOW,M.A.MCCARRICK,S.SRINIVASAN,R.PAGILA,Y.ZHU, R.MINTZER,D.LIGHT,A.JOHNS,J.A.MEURER-OGDEN | Display | Download |
| 1xeh | HUMAN CONE ARRESTIN. RESIDUES 1-356. GENERATED BY HOMOLOGY MODELLING. | Y.LING,S.GREGURICK | Display | Download |
| 1xgg | THEORETICAL MODEL OF THE CELLULAR RETINALDEHYDE BINDING PROTEIN IN ITS CLOSED CONFORMATION | T.LIU,E.JENWITHEESUK,D.C.TELLER,R.SAMUDRALA | Display | Download |
| 1xgh | THEORETICAL MODEL OF THE CELLULAR RETINALDEHYDE BINDING PROTEIN IN ITS OPEN CONFORMATION | T.LIU,E.JENWITHEESUK,D.C.TELLER,R.SAMUDRALA | Display | Download |
| 1xgx | THEORETICAL MODEL OF AQUIFEX PYROPHILUS FLAGELLIN STRUCTURE | V.R.R.MALAPAKA,B.C.TRIPP,L.ADEBAYO | Display | Download |
| 1xhr | HUMAN PARAOXONASE 1 BY HOMOLOGY TO DFPASE | J.D.NICHOLSON,D.JOSSE | Display | Download |
| 1xir | DR.MALLENA'S IN SILICO STRUCTURE GAP JUNCTION BETA-2 PROTEIN (CONNEXIN 26) | S.C.MALLENA,S.MEHANATHAN,A.RAMESH | Display | Download |
| 1xjp | MOLECULAR DOCKING MODEL OF SARS CORONAVIRUS SPIKE PROTEIN S1 SUBUNIT WITH ITS RECEPTOR, ACE2 | Y.ZHANG | Display | Download |
| 1xnu | MODEL OF PHOSPHOLAMBAN PENTAMER | S.L.ROBIA,N.C.FLOHR,D.D.THOMAS | Display | Download |
| 1xpd | THEORETICAL MODEL OF RET_HUMAN | S.COSTANTINI | Display | Download |
| 1xt1 | THEORETICAL STRUCTURE OF A 32KDA TAENIA SOLIUM ONCOSPHERE ANTIGEN | M.ZIMIC,C.LOPEZ,W.EVANGELISTA,R.GILMAN | Display | Download |
| 1xt2 | THEORETICAL STRUCTURE OF TAENIA SOLIUM TSOL45 ONCOSPHERE ANTIGEN | M.ZIMIC,C.LOPEZ,W.EVANGELISTA,R.GILMAN,M.LIGHTOWLERS | Display | Download |
| 1xth | THEORETICAL STRUCTURE OF CYSTEINE PROTEASE OF LEISHMANIA BRAZILIENSIS | J.AREVALO,C.LOPEZ,W.EVANGELISTA,M.ZIMIC | Display | Download |
| 1xul | THEORETICAL MODEL OF THE LIGAND-BINDING REGION OF LUTROPIN RECEPTOR COMPLEXED WITH HUMAN CHORIONIC GONADOTROPIN | X.JIANG,M.DREANO,D.R.BUCKLER,S.CHENG,A.YTHIER,H.WU, W.A.HENDRICKSON,N.EL TAYAR | Display | Download |
| 1xum | THEORETICAL MODEL OF THE LIGAND-BINDING REGION OF A GLYCOPROTEIN HORMONE RECEPTOR | X.JIANG,M.DREANO,D.R.BUCKLER,S.CHENG,A.YTHIER,H.WU, W.A.HENDRICKSON,N.EL TAYAR | Display | Download |
| 1xun | THEORETICAL MODEL OF THE LIGAND-BINDING REGION OF A GLYCOPROTEIN HORMONE RECEPTOR | X.JIANG,M.DREANO,D.R.BUCKLER,S.CHENG,A.YTHIER,H.WU, W.A.HENDRICKSON,N.EL TAYAR | Display | Download |
| 1xvz | PREDICTED STRUCTURE OF ALPHA SHORT CHAIN NEUROTOXIN FROM COBRA NAJA NAJA BY HOMOLOGY MODELING | A.BANO,A.SALIM,A.ABBASI,Z.H.ZAIDI | Display | Download |
| 1xw0 | THEORETICAL MODEL OF ALPHA SHORT CHAIN NEUROTOXIN FROM COBRA NAJA NAJA | A.BANO,A.SALIM,A.ABBASI,Z.H.ZAIDI | Display | Download |
| 1xw1 | THEORETICAL MODEL OF ALPHA SHORT CHAIN NEUROTOXIN FROM COBRA NAJA NAJA | A.BANO,A.SALIM,A.ABBASI,Z.H.ZAIDI | Display | Download |
| 1xwx | THEORETICAL MODEL OF TALIN 486-889 | I.FILLINGHAM,A.R.GINGRAS,E.PAPAGRIGORIOU,B.PATEL,J.EMSLEY, G.C.K.ROBERTS,D.R.CRITCHLEY,I.L.BARSUKOV | Display | Download |
| 1xxy | THEORETICAL MODEL OF THE ARABIDOPSIS THALIANA FATB ACYL-ACP THIOESTERASE | K.M.MAYER,J.SHANKLIN | Display | Download |
| 1xzr | THEORETICAL MODEL OF BOVINE AP LYASE, BAP1 MUTANT: 176 ARG TO ALA | R.KHURSHID,A.SALIM,A.ABBASI | Display | Download |
| 1xzs | THEORETICAL MODEL OF BOVINE AP LYASE, BAP1 MUTANT: 282 ASP TO ALA | R.KHURSHID,A.SALIM,A.ABBASI | Display | Download |
| 1xzt | THEORETICAL MODEL OF BOVINE AP LYASE, BAP1 MUTANT: 308 HIS TO ASN | R.KHURSHID,A.SALIM,A.ABBASI | Display | Download |
| 1y24 | HOMOLOGY MODEL FOR HUMAN ALPHA-L-IDURONIDASE | B.P.REMPEL,L.A.CLARKE,S.G.WITHERS | Display | Download |
| 1y2l | HOMOLOGY MODELING AND MOLECULAR DYNAMIC SIMULATIONS OF THE MU OPIOID RECEPTOR IN A MEMBRANE AQUEOUS SYSTEM | Y.ZHANG,Y.Y.SHAM,R.RAJAMANI,J.GAO,P.S.PORTOGHESE | Display | Download |
| 1y2n | MODEL STRUCTURE OF TRASTUZUMAB COMPLEXED WITH H98, A MIMIC ANTIGEN EPITOPE OF HER-2 | B.JIANG,W.LIU,H.QU,L.MENG,S.SONG,T.OUYANG,C.SHOU | Display | Download |
| 1y36 | HOMOLOGY MODEL OF THE HUMAN P2Y1 RECEPTOR | S.COSTANZI | Display | Download |
| 1y3l | THEORETICAL STRUCTURE OF A 23KDA TAENIA SOLIUM ONCOSPHERE ANTIGEN | M.ZIMIC,C.LOPEZ,W.EVANGELISTA | Display | Download |
| 1y3m | THEORETICAL STRUCTURE OF TAENIA SOLIUM TSOL18 ONCOSPHERE ANTIGEN | M.ZIMIC,C.LOPEZ,W.EVANGELISTA | Display | Download |
| 1y5d | HOMOLOGY MODEL OF THE TRANSMEMBRANE REGIONS OF CCR1 SHOWING PROPOSED BINDING SITE FOR THE CHEMOKINE RECEPTOR ANTAGONIST UCB 35625 | F.L.DE MENDONCA,P.C.DA FONSECA,R.M.PHILLIPS,J.W.SALDANHA, T.J.WILLIAMS,J.E.PEASE | Display | Download |
| 1y5p | PREDICTED STRUCTURE OF AN ALPHA SHORT CHAIN NEUROTOXIN FROM COBRA NAJA NAJA BOUND WITH ACETYLCHOLINE RECEPTOR PEPTIDE | A.BANO,A.SALIM,A.ABBASI,Z.H.ZAIDI | Display | Download |
| 1y5q | PREDICTED STRUCTURE OF AN ALPHA SHORT CHAIN NEUROTOXIN FROM COBRA NAJA NAJA BY HOMOLOGY MODELING | A.BANO,A.SALIM,A.ABBASI,Z.H.ZAIDI | Display | Download |
| 1y5s | PREDICTED STRUCTURE OF AN ALPHA NEUROTOXIN FROM TAIWAN COBRA BY HOMOLOGY MODELING | A.BANO,A.SALIM,A.ABBASI,Z.H.ZAIDI | Display | Download |
| 1y5t | PREDICTED STRUCTURE OF AN ALPHA NEUROTOXIN FROM TAIWAN COBRA BOUND WITH ACETYLCHOLINE RECEPTOR PEPTIDE | A.BANO,A.SALIM,A.ABBASI,Z.H.ZAIDI | Display | Download |
| 1y61 | COAGULATION FACTOR VA MODEL | T.ORBAN,M.KALAFATIS,V.GOGONEA | Display | Download |
| 1y68 | PREDICTED STRUCTURE OF AN ALPHA NEUROTOXIN FROM TAIWAN COBRA BY HOMOLOGY MODELING | A.BANO,A.SALIM,A.ABBASI,Z.H.ZAIDI | Display | Download |
| 1y6c | PREDICTED STRUCTURE OF AN ALPHA NEUROTOXIN FROM TAIWAN COBRA WITH BOUND ACH RECEPTOR PEPTIDE | A.BANO,A.SALIM,A.ABBASI,Z.H.ZAIDI | Display | Download |
| 1y6y | THERETICAL MODEL OF BOVINE RHODOPSIN CARBOXYL TAIL MUTANT (RESIDUES 329-348) BINDING TO BOVINE ROD ARRESTIN. | Y.LING,M.ASCANO,P.ROBINSON,S.K.GREGURICK | Display | Download |
| 1y8s | THEORETICAL MODEL OF THE PROTON-PROLINE SYMPORTER PROP | J.M.WOOD,D.E.CULHAM,A.HILLAR,Y.I.VERNIKOVSKA,F.LIU, J.M.BOGGS,R.A.KEATES | Display | Download |
| 1y9c | HOMOLOGY MODEL OF THE HUMAN P2Y12 RECEPTOR | S.COSTANZI | Display | Download |
| 1y9n | THEORETICAL MODEL OF THE PROTEIN DISULFIDE ISOMERASE (A- DOMAIN) FROM PLASMODIUM CHABAUDI | T.M.MARTINS,S.PRATA,A.DOMINGOS,V.E.DO ROSARIO,C.NOVO | Display | Download |
| 1y9p | THEORETICAL MODEL OF THE PROTEIN DISULFIDE ISOMERASE (A'- DOMAIN) FROM PLASMODIUM CHABAUDI | T.M.MARTINS,S.PRATA,A.DOMINGOS,V.E.DO ROSARIO,C.NOVO | Display | Download |
| 1y9v | HOMOLOGY-BASED MODEL OF A HOMO-DIMER OF HUMAN CALPAIN 3 (P94) PENTA-EF HAND DOMAIN (DOMAIN IV) | R.RAVULAPALLI,B.GARCIA DIAZ,R.L.CAMPBELL,P.L.DAVIES | Display | Download |
| 1y9y | 3D STRUCTURE OF A TRUNCATED-COFACTOR-BOUND SERINE PROTEASE OF WEST NILE VIRUS NS3 | Q.WANG,Y.-P.PANG | Display | Download |
| 1ycv | PREDICTED STRUCTURE OF ALPHA-NEUROTOXIN HOMOLOG 1 FROM MICRURUS CORALLINUS, A BRAZILIAN CORAL SNAKE BY HOMOLOGY MODELING | A.BANO,A.SALIM,A.ABBASI,Z.H.ZAIDI | Display | Download |
| 1ycx | PREDICTED STRUCTURE OF ALPHA-NEUROTOXIN HOMOLOG 1 FROM MICRURUS CORALLINUS, AND ITS BOUND ACETYLCHOLINE RECEPTOR PEPTIDE BY HOMOLOGY MODELING | A.BANO,A.SALIM,A.ABBASI,Z.H.ZAIDI | Display | Download |
| 1yg1 | HOMOLOGY MODEL OF THE HUMAN FACILITATIVE GLUCOSE TRANSPORTER V (GLUT5) | A.SALAS-BURGOS,J.C.VERA,J.FISCHBARG | Display | Download |
| 1yg7 | HOMOLOGY MODEL OF THE HUMAN FACILITATIVE GLUCOSE TRANSPORTER VII (GLUT7) | A.SALAS-BURGOS,F.A.ZUNIGA,J.C.VERA,J.FISCHBARG | Display | Download |
| 1ygq | THEORETICAL MODEL FOR VERSATILE PEROXIDASE ISOLATED FROM A BJERKANDERA SP. | P.R.MOREIRA,C.DUEZ,D.DEHARENG,A.ANTUNES,E.ALMEIDA-VARA, J.M.FRERE,F.X.MALCATA,J.C.DUARTE | Display | Download |
| 1yh7 | THEORETICAL MODEL OF HUMAN GALACTOKINASE | A.MARABOTTI,A.M.FACCHIANO | Display | Download |
| 1yk6 | THEORETICAL MODEL OF THE PROTEIN DISULFIDE ISOMERASE FROM PLASMODIUM CHABAUDI | C.NOVO,T.M.MARTINS,S.PRATA,A.DOMINGOS,V.E.DO ROSARIO | Display | Download |
| 1ym6 | INTERACTION BETWEEN THE ADENINE NUCLEOTIDE TRANSLOCATOR AND THE HUMAN IMMUNODEFICIENCY VIRUS-1 PROTEIN VPR | E.N.SABBAH,S.DRUILLENNEC,N.MORELLET,S.BOUAZIZ,G.KROEMER, B.P.ROQUES | Display | Download |
| 1ymj | INTERACTION BETWEEN THE ADENINE NUCLEOTIDE TRANSLOCATOR AND THE HUMAN IMMUNODEFICIENCY VIRUS-1 PROTEIN VPR | E.N.SABBAH,S.DRUILLENNEC,N.MORELLET,S.BOUAZIZ,G.KROEMER, B.P.ROQUES | Display | Download |
| 1yo9 | THEORETICAL MODEL OF PLANT PHOTOSYSTEM I | C.JOLLEY,A.BEN-SHEM,N.NELSON,P.FROMME | Display | Download |
| 1yps | MOLECULAR MODELING OF THE ASPARTIC PROTEASE YAPSIN 1 | V.OLSEN,K.GURUPRASAD,N.X.CAWLEY,H.-C.CHEN,T.L.BLUNDELL, Y.P.LOH | Display | Download |
| 1ysk | MODELED STRUCTURE OF HUMAN PANCREATIC PHOSPHOLIPASE A2 BOUND TO A PHOSPHOLIPID MEMBRANE | S.A.TATULIAN | Display | Download |
| 1ywe | BACTERIOPHAGE PHI-29 CONNECTOR ARRAY. THIS FILE IS ONE OF THREE REPRESENTING THE ENTIRE CARPET. THIS FILE, 1YWE, INCLUDES THE LOWER 5 MONOMERS. THE OTHER TWO FILES, 1VRI AND 1VRJ, CONTAIN THE UPPER 5 AND RIGHT 3 MONOMERS RESPECTIVELY. | Y.Y.GUO,F.BLOCKER,F.XIAO,P.GUO | Display | Download |
| 1z04 | LACTOSE OPERON REPRESSOR COMPLEXED WITH DNA | A.BALAEFF,E.VILLA,L.MAHADEVAN,K.SCHULTEN | Display | Download |
| 1z0l | MODEL OF MYCOBACTERIOPHAGE L1 REPRESSOR DIMER BOUND TO ITS COGNATE OPERATOR | R.CHATTOPADHYAYA,S.SAU | Display | Download |
| 1z0y | THEORETICAL MODEL OF DC-SIGNR ECTODOMAIN TETRAMER | G.A.SNYDER,M.COLONNA,P.D.SUN | Display | Download |
| 1z1u | MODEL OF BACTERIOPHAGE T4 HEXAMERIC CAPSOMERS. THE MODEL IS BASED ON THE CRYSTAL STRUCTURE OF CAPSID VERTEX PROTEIN GP24 | A.FOKINE,P.G.LEIMAN,M.M.SHNEIDER,B.AHVAZI,K.M.BOESHANS, A.C.STEVEN,L.W.BLACK,V.V.MESYANZHINOV,M.G.ROSSMANN | Display | Download |
| 1z2h | BOVINE MYOGLOBIN | S.COSTANTINI,G.COLONNA,A.M.FACCHIANO | Display | Download |
| 1z2s | THE BUFFALO MYOGLOBIN | S.COSTANTINI,G.COLONNA,A.M.FACCHIANO | Display | Download |
| 1z2y | THEORETICAL MODEL OF MENINGOCOCCAL TRANSFERRIN-BINDING PROTEIN A | J.S.OAKHILL,B.J.SUTTON,A.R.GORRINGE,R.W.EVANS | Display | Download |
| 1z5q | NMR BASED STRUCTURAL MODEL OF THE SUMO-3/UBC9 COMPLEX | H.DING,Y.YANG,J.ZHANG,J.WU,H.LIU,Y.SHI | Display | Download |
| 1z7v | DUAL ROLES OF GLYCOSYL TORSION ANGLE CONFORMATION AND STEREOCHEMICAL CONFIGURATION IN BUTADIENE OXIDE-DERIVED N1 B-HYDROXYALKYL DEOXYINOSINE ADDUCTS: A STRUCTURAL PERSPECTIVE | W.K.MERRITT,A.KOWALCZYK,T.A.SCHOLDBERG,S.M.DEAN,T.M.HARRIS, C.M.HARRIS,R.S.LLOYD,M.P.STONE | Display | Download |
| 1z8e | P2Y2 RECEPTOR FROM HUMAN | S.COSTANZI | Display | Download |
| 1za9 | 3D MODEL OF THE HIV-1 INTEGRATION COMPLEX | J.WIELENS,I.T.CROSBY,D.K.CHALMERS | Display | Download |
| 1zas | THREE DIMENSIONAL STRUCTURE OF VOLTAGE GATED SODIUM CHANNEL (DOMAIN II) OF ANOPHELES GAMBIAE | R.RAJESH,K.GUNASEKARAN,S.MUTHU KUMARAVEL | Display | Download |
| 1zb4 | N-TERMINAL DOMAIN OF HMAL10. | M.DIACONU,U.KOTHE,F.SCHLUENZEN,N.FISCHER,J.M.HARMS, A.G.TONEVITSKY,H.STARK,M.V.RODNINA,M.C.WAHL | Display | Download |
| 1zc7 | HOMOLOGY MODEL FOR OXLT, THE OXALATE TRANSPORTER OF OXALOBACTER FORMIGENES | Q.YANG,X.WANG,L.YE,M.MENTRIKOSKI,E.MOHAMMADI,Y.M.KIM, P.C.MALONEY | Display | Download |
| 1zcg | MOLECULAR MODELLING OF TGH-2 GENE ENCODING PROTEIN | S.VIMALA,N.MATHEW | Display | Download |
| 1zjs | STRUCTURE OF I-SUPERFAMILY CONOTOXIN VITX FROM CONUS VIRGO | S.MONDAL,R.VIJAYAN,K.SHICHINA,R.M.BABU,S.RAMAKUMAR | Display | Download |
| 1zjt | STRUCTURE OF AMINOGLYCOSIDE 3'-PHOSPHOTRANSFERASE TYPE III FROM STAPHYLOCOCCUS AUREUS | S.MONDAL,R.VIJAYAN,R.M.BABU,S.RAMAKUMAR | Display | Download |
| 1zju | STRUCTURE OF HAINANTOXIN-V FROM SELENOCOSMIA HAINANA | S.MONDAL,K.SHICHINA,R.M.BABU,S.RAMAKUMAR | Display | Download |
| 1zjv | STRUCTURE OF OMEGA-ATRACOTOXIN-HV1F FROM HADRONYCHE VERSUTA | S.MONDAL,K.SHICHINA,R.M.BABU,S.RAMAKUMAR | Display | Download |
| 1zjx | IDENTIFICATION AND MOLECULAR MODELLING OF TGH-2 OF FILARIAL PARASITES BRUGIA MALAYI AND DAF-7 CAENORHABITIES ELEGANS FOR MACROFILARICIDAL DRUG DESIGN | S.VIMALA,M.NISHA | Display | Download |
| 1zlo | HOMOLOGY MODEL OF THE CYCLOTIDE VODO M | E.SVANGARD,U.GORANSSON,D.SMITH,C.VERMA,A.BACKLUND,L.BOHLIN, P.CLAESON | Display | Download |
| 1zn4 | NAD-DEPENDENT METHYLENETETRAHYDROFOLATE DEHYDROGENASE- CYCLOHYDROLASE WITH BOUND NAD AND PHOSPHATE | K.E.CHRISTENSEN,I.A.MIRZA,A.M.BERGHUIS,R.E.MACKENZIE | Display | Download |
| 1zo6 | NMR BASED MODEL OF LYS48-LINKED DI-UBIQUITIN COMPLEX WITH C- TERMINAL UBA DOMAIN OF HHR23A | R.VARADAN,M.ASSFALG,S.RAASI,C.PICKART,D.FUSHMAN | Display | Download |
| 1zoj | MOLECULAR MODELING OF THE LOW MOLECULAR WEIGHT PROTEIN- TYROSINE-PHOSPHATASE (PTPA) FROM MYCOBACTERIUM TUBERCULOSIS. | G.RAGUL | Display | Download |
| 1zss | THREE DIMENSIONAL STRUCTURE OF C-TYPE LECTIN MANNOSE BINDING PROTEIN 2(CTLMA2) OF ANOPHELES GAMBIAE. | B.SHANMUGAPRIYA,K.THIYAGESAN,K.GUNASEKARAN | Display | Download |
| 1zti | COMPARATIVE MODELLING OF SPHINGOSINE-1-PHOSPHATE RECEPTOR (G-PROTEIN COUPLED RECEPTOR) | I.A.EMERSON,T.S.A.KUMAR,A ANAND,A.KHAN,P.SHARAD,V.S.KUMAR | Display | Download |
| 1zv0 | MOLECULAR MODEL OF A COMPLEX BETWEEN [SAR1, BPA8]ANGII AND HAT1 RECEPTOR | M.CLEMENT,S.S.MARTIN,M.E.BEAULIEU,C.CHAMBERLAND,P.LAVIGNE, R.LEDUC,G.GUILLEMETTE,E.ESCHER | Display | Download |
| 1zv3 | CD8 ALPHA FROM SEA BASS | S.COSTANTINI,A.M.FACCHIANO | Display | Download |
| 1zyy | STRUCTURAL MODEL FOR THE ADDUCT BETWEEN CYTOCHROME C AND CYTOCHROME C OXIDASE | I.BERTINI,G.CAVALLARO,A.ROSATO | Display | Download |
| 262d | A THREE-DIMENSIONAL MODEL OF THE REV BINDING ELEMENT OF HIV- 1 DERIVED FROM ANALYSES OF IN VITRO SELECTED VARIANTS | F.LECLERC,R.J.CEDERGREN,A.D.ELLINGTON | Display | Download |
| 2a0d | HOMOLOGY MODELED STRUCTURE OF HUMAN KAPPA TYPE OF OPIOID RECEPTORS | R.VIMAL | Display | Download |
| 2a12 | THEORETICAL MODEL OF THE AI5G GROUP II INTRON | A.DE LENCASTRE,S.HAMILL,A.M.PYLE | Display | Download |
| 2a16 | DR.MALLENA'S THEORETICAL MODEL OF BOVINE LEPTIN | S.C.MALLENA,R.L.TELLAM | Display | Download |
| 2a34 | THEORETICAL MODEL OF HUMAN CONE ARRESTIN: THE COMPLETE STRUCTURE.(RES 1-388) | Y.LING,S.K.GREGURICK | Display | Download |
| 2a4i | HOMOLOGY MODEL OF VIMELYSIN | K.ODA,T.TAKAHASHI,K.TAKADA,M.TSUNEMI,K.K.NG,K.HIRAGA, S.HARADA | Display | Download |
| 2a5n | STRUCTURE OF THIOREDOXIN PEROXIDASE 1 PROTEIN OF FILARIAL PARASITES. | V.NIRANJAN,R.RAJESH,J.S.PANDIAN,K.PRATHAP | Display | Download |
| 2a6f | THREE DIMENSIONAL STRUCTURE OF LEUCINE RICH REPEAT PROTEIN1(LRIM1) OF ANOPHELES GAMBIAE. | B.SHANMUGAPRIYA,K.THIYAGESAN,K.GUNASEKARAN | Display | Download |
| 2a6g | THREE DIMENSIONAL MODEL OF FKBP12 DOMAIN OF AEDES AEGYPTI | S.SUGIRDHA,K.THIYAGESAN,K.GUNASEKARAN | Display | Download |
| 2a7z | MOLECULAR MODEL OF RECX | S.MISHRA,P.A.MAZUMDAR,J.DEY,A.K.DAS | Display | Download |
| 2a95 | HOMOLOGY MODELING OF HUMAN RHODOPSIN. | N.A.JADHAV | Display | Download |
| 2abf | HOMOLOGY MODEL OF MOUSE GLUCOKINASE | N.A.JADHAV | Display | Download |
| 2abt | HUMAN 15-LIPOXYGENASE | P.ARUL PRAKASAM,P.P.MATHUR | Display | Download |
| 2abu | HUMAN 12-LIPOXYGENASE | P.ARUL PRAKASAM,P.P.MATHUR | Display | Download |
| 2abv | HUMAN 5-LIPOXYGENASE | P.ARUL PRAKASAM,P.P.MATHUR,E.SELVAKUMAR,S.LAKSHMINARAYANAN, R.BALAMURUGAN,K.EZHILMARAN | Display | Download |
| 2ac6 | ANGIOTENSIN II TYPE 1A RECEPTOR MODEL | C.BALEANU-GOGONEA | Display | Download |
| 2ad0 | COMPLEX II (SUCCINATE DEHYDROGENASE) FROM E. COLI WITH CARBOXIN INHIBITOR DOCKED AT THE UBIQUINONE BINDING SITE | R.HORSEFIELD,V.YANKOVSKAYA,G.SEXTON,W.WHITTINGHAM,K.SHIOMI, S.OMURA,B.BYRNE,G.CECCHINI,S.IWATA | Display | Download |
| 2ads | THEORETICAL MODEL OF DNA-MEDIATED RNA CLEAVAGE BY A.AEOLICUS ARGONAUTE PROTEIN. | Y.R.YUAN,Y.PEI,J.B.MA,V.KURYAVYI,M.ZHADINA,G.MEISTER, H.Y.CHENG,Z.DAUTER,T.TUSCHL,D.J.PATEL | Display | Download |
| 2afl | MOLECULAR MODELING OF VOLTAGE GATED POTASSIUM CHANNEL (KV1.1) FROM HUMAN | R.VIJAYAN | Display | Download |
| 2ag7 | STRUCTURAL MODEL OF SILICATEIN ALPHA FROM TETHYA AURANTIA | M.M.MURR,D.E.MORSE | Display | Download |
| 2agr | THEORETICAL MODEL OF E2 GLYCOPROTEIN DIMER | O.SPIGA,M.PADULA,M.SCARSELLI,A.CIUTTI,A.BERNINI,C.FALCIANI, L.LOZZI,L.BRACCI,P.E.VALENSIN,C.CAUDAI | Display | Download |
| 2ah3 | ANGIOTENSIN II TYPE 1A RECEPTOR BOUND TO ANGII HORMONE | C.BALEANU-GOGONEA | Display | Download |
| 2aiw | STRUCTURE OF EXCINULCLEASE ABC SUBUNIT B FROM CLOSTRIDIUM TETANI | S.MADHAN | Display | Download |
| 2aj5 | 3D STRUCTURE OF THE SUBSTRATE-BOUND SARS CHYMOTRYPSIN-LIKE CYSTEINE PROTEINASE | Y.-P.PANG | Display | Download |
| 2ak6 | 20 KDA CALCIUM-BINDING PROTEIN | R.RRAJINI | Display | Download |
| 2akb | CIRCUMSPOROZOITE PROTEIN | R.MUTHUVIJAYAKUMAR | Display | Download |
| 2akd | HYPOTHETICAL UPF0122 PROTEIN CTC01247 | S.MADHAN | Display | Download |
| 2aks | HOMOLOGY MODEL OF THE CYCLOTIDE VODO N | E.SVANGARD,U.GORANSSON,D.SMITH,C.VERMA,A.BACKLUND,L.BOHLIN, P.CLAESON | Display | Download |
| 2akt | THEORETICAL STRUCTURE ANALYSIS OF PLDH | S.USHA,D.SIVAKUMAR | Display | Download |
| 2aku | STRUCTURE OF MBTH PROTEIN IN MYCOBACTERIUM TUBERCULOSIS | J.P.YESUDAS | Display | Download |
| 2akx | HYPOTHETICAL UPF0145 PROTEIN CTC01500 | S.MADHAN | Display | Download |
| 2al8 | RAJINI'S MODEL | M.RAJINIRAJA | Display | Download |
| 2al9 | PROTIEN STRUCTURE ANALYSIS | M.RAJINIRAJA | Display | Download |
| 2aln | INSILICO MODELING OF BAG-FAMILY MOLECULAR CHAPERONE REGULATOR-5 | R.VIJAYAN | Display | Download |
| 2alo | INSILICO APPROACH FOR MODELING OF HYPOTHETICAL PROTEIN | R.VIJAYAN | Display | Download |
| 2als | RAJU | M.D.RAJU | Display | Download |
| 2am7 | HOMOLOGY MODELING OF ETHIONAMIDE ACTIVATING ENZYME, MONOOXYGENASE ETHA IN MYCOBACTERIUM TUBERCULOSIS | J.P.YESUDAS | Display | Download |
| 2am8 | STRUCTURE PREDICTION FOR HEMOGLOBIN ALPHA CHAIN OF PANTHERA LEO | S.MADHAN | Display | Download |
| 2amk | THEORETICAL MODEL OF RAT M3 MUSCARINIC ACETYLCHOLINE RECEPTOR | B.LI,N.M.NOWAK,S.K.KIM,K.A.JACOBSON,A.BAGHERI,C.SCHMIDT, J.WESS | Display | Download |
| 2an8 | CIRCUMSPOROZITE PROTEIN OF MALARIA | R.MUTHUVIJAYAKUMAR | Display | Download |
| 2ao1 | A THEORETICAL MODEL FOR THE STRUCTURE OF BRSV G PROTEIN IMMUNODOMINANT REGION IN A BRAZILIAN MUTANT ISOLATE | F.R.SPILKI,R.S.ALMEIDA,J.CAMPALANS,C.W.ARNS | Display | Download |
| 2aol | GLUCOSE-6-PHOSPHATE ISOMERASE | R.M.DHARNA | Display | Download |
| 2aom | THEORETICAL MODEL FOR STAGE-SPECIFIC SURFACE GLYCOPROTEIN GP82 (FRAGMENT)-TRYPANOSOMA CRUZI | D.SIVAKUMAR,S.USHA | Display | Download |
| 2aoo | STRUCTURE OF GLYCOPROTEIN | R.M.DHARNA | Display | Download |
| 2apd | IS APOLIPOPROTEIN D A MAMMALIAN BILIN-BINDING PROTEIN? | M.C.PEITSCH,M.S.BOGUSKI | Display | Download |
| 2apk | PREDICTED STRUCTURES OF CAMP BINDING DOMAINS OF TYPE I AND II REGULATORY SUBUNITS OF CAMP-DEPENDENT PROTEIN KINASE | I.T.WEBER | Display | Download |
| 2apu | A MODEL FOR AMYLOID-LIKE FIBRILS OF RIBONUCLEASE A WITH THREE-DIMENSIONAL DOMAIN-SWAPPED, NATIVE-LIKE STRUCTURE. | S.SAMBASHIVAN,Y.LIU,M.R.SAWAYA,M.GINGERY,D.EISENBERG | Display | Download |
| 2apy | HYPOTETICAL PROTEIN P76 MODEL | N.SUBHA,S.ANUJ | Display | Download |
| 2apz | HOMOLOGY MODELING | M.RAJINIRAJA | Display | Download |
| 2ar4 | THREE DIMENSIONAL STRUCTURE PREDICTION OF RHO-CRYSTALLIN FROM RANA TEMPORARIA USING COMPARATIVE MODELLING | F.GUL,S.ZARINA | Display | Download |
| 2arn | ARYL HYDROCARBON RECEPTOR NUCLEAR TRANSLOCATOR | J.L.PELLEQUER,E.D.GETZOFF | Display | Download |
| 2asa | HOMOLOGY MODELING OF CYTOCHROME P450SCC | V.SIVOZHELEZOV,C.NICOLINI | Display | Download |
| 2asg | BINDING DOMAIN OF NON-COMPETITIVE INHIBITORS IN THE ALPHA3BETA4 SUBTYPE OF NICOTINIC ACETYLCHOLINE RECEPTOR | K.JOZWIAK,S.RAVICHANDRAN,J.R.COLLINS,I.W.WAINER | Display | Download |
| 2aui | PHOTOSYSTEM II PHOTOPROTECTING ZEAXANTHIN BINDING PROTEIN: PSBS | P.K.HARIPAL,H.K.RAVAL,M.K.RAVAL,R.M.RAWAL,B.BISWAL, U.C.BISWAL | Display | Download |
| 2aul | THEORETICAL MODEL OF OCTOPUS RHODOPSIN | V.SIVOZHELEZOV,C.NICOLINI | Display | Download |
| 2avl | PHOTOSYSTEM II PHOTOPROTECTING PROTEIN PSBS WITH TWO ZEAXANTHIN | P.K.HARIPAL,H.K.RAVAL,M.K.RAVAL,R.M.RAWAL,B.BISWAL, U.C.BISWAL | Display | Download |
| 2avz | MODELED STRUCTURE OF HUMAN CD81 TETRASPANIN AND RECEPTOR FOR HEPATITIS C VIRUS | M.SEIGNEURET | Display | Download |
| 2aw8 | RODLEY SIDE-BY-SIDE STRUCTURE | K.BIEGELEISEN | Display | Download |
| 2awr | PROTAMINE-DNA COMPLEX 1 | K.BIEGELEISEN | Display | Download |
| 2aws | PROTAMINE-DNA COMPLEX 2 | K.BIEGELEISEN | Display | Download |
| 2azg | 3D MODEL OF A SUBSTRATE-BOUND ACETYLCHOLINESTERASE IN AFRICAN MALARIA MOSQUITO | Y.-P.PANG | Display | Download |
| 2b0i | COMPUTER MODEL OF A COVALENT COMPLEX BETWEEN D(GTATGGCCATAC) AND TWO MOLECULES OF ANTITUMOR DRUG TRABECTEDIN. | E.MARCO,F.GAGO | Display | Download |
| 2b0x | THEORETICAL MODEL OF PLATELET-ACTIVATING FACTOR RECEPTOR (PAFR) | C.S.GUI,W.L.ZHU,G.CHEN,X.M.LUO,O.H.LIEW,C.M.PUAH,J.H.SHEN, K.X.CHEN,H.L.JIANG | Display | Download |
| 2b62 | A HOMOLOGY-DERIVED MODEL OF RAT CYTOSOLIC AMINOPEPTIDASE WITH A BINUCLEAR ZINC FINGER AND DIPEPTIDE SUBSTRATE | T.SCIOR | Display | Download |
| 2b6q | HOMOLOGY MODEL OF THE HUMAN P2Y4 RECEPTOR | S.COSTANZI | Display | Download |
| 2b6r | HOMOLOGY MODEL OF THE HUMAN P2Y6 RECEPTOR | S.COSTANZI | Display | Download |
| 2b6s | HOMOLOGY MODEL OF THE HUMAN P2Y11 RECEPTOR | S.COSTANZI | Display | Download |
| 2b6u | HOMOLOGY MODEL OF THE HUMAN P2Y13 RECEPTOR | S.COSTANZI | Display | Download |
| 2b6v | HOMOLOGY MODEL OF THE HUMAN P2Y14 RECEPTOR | S.COSTANZI | Display | Download |
| 2b84 | MODEL OF NUCLEOTIDE BINDING PROTEIN FROM LYCOPERSICON ESCULENTUM | R.CHATTOPADHYAYA,A.PAL | Display | Download |
| 2b85 | MODEL OF NUCLEOTIDE BINDING PROTEIN FROM LINUM USITATISSIMUM | R.CHATTOPADHYAYA,A.PAL | Display | Download |
| 2b9g | IN SILICO ANALYSIS IDENTIFIES A NOVEL C3HC4 RING FINGER DOMAIN OF AN E3 UBIQUITIN-PROTEIN LIGASE LOCATED AT THE C- TERMINUS OF A POLYGLUTAMINE-CONTAINING PROTEIN (AJ277365, AF525300, AY879229) | T.SCIOR | Display | Download |
| 2bjp | THEORETICAL MODEL OF RAGE PROTEIN | A.SAH,S.MAHANTA,M.NEEPER,A.M.SCHMIDT | Display | Download |
| 2bl3 | THEORETICAL INTERACTION MODEL OF PLASMEPSIN II FROM PLASMODIUM FALCIPARUM WITH A LIGAND FROM AN ECODED STATIN COMBINATORIAL LIBRARY | S.MAHANTA,S.HAZARIKA | Display | Download |
| 2bmn | HOMOLOGY MODEL OF THE RAT MITOCHONDRIAL CARNITINE- ACYLCARNITINE TRANSPORTER BASED ON THE AVAILABLE X-RAY STRUCTURE OF THE ADP-ATP CARRIER | A.TONAZZI,N.GIANGREGORIO,C.INDIVERI,F.PALMIERI | Display | Download |
| 2bn9 | THEORETICAL MODEL STRUCTURE OF HRCN OF PSEUDOMONAS SYRINGAE | S.MAHANTA | Display | Download |
| 2bom | MODEL OF ALZHEIMER'S DISEASE AMYLOID-BETA PEPTIDE BASED ON A RNA BINDING PROTEIN | V.S.MATHURA,D.PARIS,G.AIT-GHEZALA,A.QUADROS,N.S.PATEL, D.N.KOLIPPAKKAM,C.H.VOLMAR,M.J.MULLAN | Display | Download |
| 2bor | HOMOLOGY-BASED MODEL OF THE DYNEIN COILED-COIL STALK IN THE 19:19 CONFIGURATION. | I.R.GIBBONS,J.E.GARBARINO,C.E.TAN,S.L.RECK-PETERSON, R.D.VALE,A.P.CARTER | Display | Download |
| 2bot | HOMOLOGY-BASED MODEL OF THE DYNEIN COILED-COIL STALK IN THE 22:19 CONFIGURATION. | I.R.GIBBONS,J.E.GARBARINO,C.E.TAN,S.L.RECK-PETERSON, R.D.VALE,A.P.CARTER | Display | Download |
| 2bpk | PREDICTED STRUCTURES OF CAMP BINDING DOMAINS OF TYPE I AND II REGULATORY SUBUNITS OF CAMP-DEPENDENT PROTEIN KINASE | I.T.WEBER | Display | Download |
| 2bso | DIMER MODEL OF MURINE BCL-2 | V.S.MATHURA,K.V.SOMAN,T.K.VARMA,W.BRAUN | Display | Download |
| 2bu0 | MOLECULAR MODEL OF THE SYNAPTIC SNARE COMPLEX, CONSISTING OF THE SYNAPTIC VESICLE PROTEIN VAMP2 AND PRESYNAPTIC PLASMA MEMBRANE PROTEINS SNAP-25 AND SYNTAXIN 1A, EPR STUDY AND MODELING | M.A.POIRIER,W.XIAO,J.C.MACOSKO,C.CHAN,Y.K.SHIN,M.K.BENNETT | Display | Download |
| 2bwz | MOLECULAR DYNAMICS ANALYSIS OF OVINE AND BOVINE ISG15 | S.NELSON,C.M.SORENSEN,T.R.HANSEN | Display | Download |
| 2bx0 | MOLECULAR DYNAMICS ANALYSIS OF OVINE AND BOVINE ISG15 | S.NELSON,C.M.SORENSEN,T.R.HANSEN | Display | Download |
| 2bx1 | MOLECULAR DYNAMICS ANALYSIS OF OVINE AND BOVINE ISG15 | S.NELSON,C.M.SORENSEN,T.R.HANSEN | Display | Download |
| 2bzq | ANALYSIS OF THE THERMOSTABILITY DETERMINANTS OF HYPERTHERMOPHILIC ESTERASE, ESTE1, BASED ON THE PREDICTED THREE-DIMENSIONAL STRUCTURE | J.-K.RHEE,D.-Y.KIM,D.-G.AHN,Y.-G.KIM,D.-W.LEE,J.-H.YUN,S.- H.JANG,H.C.SHIN,J.-W.OH | Display | Download |
| 2c0v | IGG RHEUMATOID FACTOR IN HOMO SAPIENS | S.MADHAN | Display | Download |
| 2c17 | COMPUTATIONAL MODEL OF HUMAN P450C17 | R.J.AUCHUS,W.L.MILLER | Display | Download |
| 2c6v | MODEL OF EZH2 SET DOMAIN | S.WARRIER,S.SRIDHAR,G.R.KUMAR | Display | Download |
| 2c85 | COMPARATIVE MODEL FOR RNA DEPENDENT RNA POLYMERASE OF HEPATITIS C VIRUS SUBTYPE3B VARIANT | V.PRASANTH,V.S.SUGUNAN | Display | Download |
| 2cb7 | COMPUTATIONAL MODEL STRUCTURE OF HIV-2 POL POLYPROTEIN | C.BARUAH,A.DAS,S.MAHANTA | Display | Download |
| 2cc5 | COMPUTATIONAL 3D STRUCTURE OF HRPX PROTEIN OF RALSTONIA SOLANACEARUM | C.BARUAH | Display | Download |
| 2cdw | THEORETICAL MODEL OF BETA-3 ADRENERGIC RECEPTOR | A.LAITONJAM,B.MEITRAM,S.MAYANGLAMBAM | Display | Download |
| 2ce5 | THEORETICAL MODEL FOR THE PLASMOSIUM FALCIPARUM SPERMIDINE SYNTHASE | D.M.R SEKHARA REDDY | Display | Download |
| 2ceb | BOVINE SEMINAL PLASMA PROTEIN BSP-30 | T.M.GWATHMEY,G.G.IGNOTZ,J.L.MUELLER,P.MANJUNATH,S.S.SUAREZ | Display | Download |
| 2cec | BOVINE SEMINAL PLASMA PROTEIN BSPA3 | T.M.GWATHMEY,G.G.IGNOTZ,J.L.MUELLER,P.MANJUNATH,S.S.SUAREZ | Display | Download |
| 2ced | 3D STRUCTURE PREDICTION OF THE KRINGLE 2 DOMAIN OF HUMAN HEPATOCYTE GROWTH FACTOR-SCATTER FACTOR (HGF-SF) | R.N.MIGUEL,T.L.BLUNDELL,E.GHERARDI | Display | Download |
| 2cee | 3D STRUCTURE PREDICTION OF THE KRINGLE 3 DOMAIN OF HUMAN HEPATOCYTE GROWTH FACTOR-SCATTER FACTOR (HGF-SF) | R.N.MIGUEL,T.L.BLUNDELL,E.GHERARDI | Display | Download |
| 2ceg | 3D STRUCTURE PREDICTION OF THE KRINGLE 4 DOMAIN OF HUMAN HEPATOCYTE GROWTH FACTOR-SCATTER FACTOR (HGF-SF) | R.N.MIGUEL,T.L.BLUNDELL,E.GHERARDI | Display | Download |
| 2cew | 3D STRUCTURE PREDICTION OF THE IG2-IG4 DOMAINS OF THE ECTODOMAIN REGION OF THE HUMAN HEPATOCYTE GROWTH FACTOR- SCATTER FACTOR RECEPTOR, MET | R.N.MIGUEL,T.L.BLUNDELL,E.GHERARDI | Display | Download |
| 2cf1 | 3-DIMENSIONAL STRUCTURE OF TAMAPIN FROM MESOBUTHUS TAMULUS | R.SUBHASHINI,R.SENTHILKUMAR,B.THIAGARAJAN | Display | Download |
| 2cgm | DRAGLINE SILK FIBROIN 1 | R.KOONICHERE | Display | Download |
| 2ch3 | THE MODEL OF THE TOTAL SEQA PROTEIN | D.DAGHFOUS,R.HAMMAMI,A.CHATTI,A.LANDOULSI | Display | Download |
| 2cid | APELIN MODEL | M.CHABUNGBAM,S.MAYANGLAMBAM | Display | Download |
| 2ckt | COMPARATIVE MODEL OF HUMAN INTRINSIC FACTOR IN COMPLEX WITH AQUO-COBALAMIN | J.WUERGES,S.GEREMIA,L.RANDACCIO | Display | Download |
| 2ckv | COMPARATIVE MODEL OF HUMAN HAPTOCORRIN IN COMPLEX WITH AQUO- COBALAMIN | J.WUERGES,S.GEREMIA,L.RANDACCIO | Display | Download |
| 2clg | AN ENERGETIC EVALUATION OF A "SMITH" COLLAGEN MICROFIBRIL MODEL | J.M.CHEN | Display | Download |
| 2clj | HOMOLOGY-BUILT MODEL OF HUMAN ACETYLCHOLINESTERASE | C.E.FELDER,J.L.SUSSMAN | Display | Download |
| 2cln | TWO TRIFLUOPERAZINE-BINDING SITES ON CALMODULIN PREDICTED FROM COMPARATIVE MOLECULAR MODELLING WITH TROPONIN-C | N.C.J.STRYNADKA,M.N.G.JAMES | Display | Download |
| 2cn9 | HOMOLOGY MODEL OF BETA-LACTAMASE FROM BACILLUS CEREUS 569H | Y.W.CHEN | Display | Download |
| 2cp1 | COMPARATIVE MOLECULAR MODEL BUILDING OF TWO SERINE PROTEINASES FROM CYTOTOXIC T LYMPHOCYTES | M.MURPHY,M.N.G.JAMES | Display | Download |
| 2cs6 | THREE DIMENSIONAL STRUCTURE OF C-TYPE LECTIN4 OF ANOPHELES GAMBIAE | B.SHANMUGAPRIYA,K.THIYAGESAN,K.GUNASEKARAN | Display | Download |
| 2cs9 | HOMOLOGY MODELING OF A SIGMA FACTOR HAVING A HELIX-TURN- HELIX MOTIF | A.BAGCHI,T.C.GHOSH | Display | Download |
| 2cus | THREE DIMENSIONAL STRUCTURE OF THIO-ESTER CONTAINING PROTEIN 1(TEP1)OF ANOPHELES GAMBIAE | B.SHANMUGAPRIYA,K.THIYAGESAN,K.GUNASEKARAN | Display | Download |
| 2cva | HOMOLOGY MODELED STRUCTURE OF ALPHA 2B ADRENERGIC RECEPTOR | A.P.RISHAD | Display | Download |
| 2cvm | HOMOLOGY MODELING OF SOXZ | A.BAGCHI,T.C.GHOSH | Display | Download |
| 2cvn | HOMOLOGY MODELING OF SOXY PROTEIN | A.BAGCHI,T.C.GHOSH | Display | Download |
| 2cxz | SOXV, A PROTEIN WITH 6 TRANSMEMBRANE CHANNEL FORMING HELICES | A.BAGCHI,T.C.GHOSH | Display | Download |
| 2d08 | A THIOREDOXIN- SOXV INVOLVED IN REDOX REACTIONS OF SULFUR | A.BAGCHI,T.C.GHOSH | Display | Download |
| 2d0l | SOXC-A SULFUR DEHYDROGENASE | A.BAGCHI,P.ROY | Display | Download |
| 2d0m | SOXW- A PERIPLASMIC THIOREDOXIN | A.BAGCHI,T.C.GHOSH | Display | Download |
| 2d1d | HYPOTETICAL PROTEIN P76 | N.SUBHA | Display | Download |
| 2d3x | THREE-DIMENSIONAL HOMOLOGY MODEL OF HUNTINGTIN RESIDUES 201- 327 | D.L.SCOTT | Display | Download |
| 2ddn | 3D MODEL FOR CHLOROPLAST PROTEIN 12 (CP12) FROM CHLAMYDOMONAS REINHARDTII | F.GARDEBIEN,R.R.THANGUDU,B.GONTERO,B.OFFMANN | Display | Download |
| 2df9 | MOLECULAR MODELED STRUCTURE & SIMULATION OF NICOTINIC ACETYLCHOLINE RECEPTOR EPSILON POLYPEPTIDE PRECURSOR | ANOOPRAJK | Display | Download |
| 2dfm | MOLECULAR MODELED STRUCTURE OF GLYCOGEN SYNTHASE KINASE 3 ALPHA [HOMO SAPIENS] | ANOOPRAJK,N.PRADHAN | Display | Download |
| 2dhl | MODELS OF DELTA-HEMOLYSIN MEMBRANE CHANNELS AND CRYSTAL STRUCTURES | G.RAGHUNATHAN,H.R.GUY | Display | Download |
| 2djd | THREE DIMENSIONAL STRUCTURE OF VOLTAGE GATED SODIUM CHANNEL OF ANOPHELES GAMBIAE | S.SENTHIL VELMURUGAN,K.GUNASEKARAN,S.MUTHUKUMARAVEL | Display | Download |
| 2dk0 | MODELING OF A CANNABIS SATIVA TERPENE SYNTHASE | L.BRAEUER,L.A.WESSJOHANN,W.BRANDT | Display | Download |
| 2dot | STRUCTURAL IDENTIFICATION OF A NOVEL THIOREDOXIN SOXW INVOLVED IN SULFUR OXIDATION | A.BAGCHI,T.C.GHOSH | Display | Download |
| 2dov | THAUMATIN-LIKE PROTEIN 1 | W.BRANDT | Display | Download |
| 2dow | THAUMATIN-LIKE PROTEIN 2 | W.BRANDT | Display | Download |
| 2dox | THAUMATIN-LIKE PROTEIN 4 | W.BRANDT | Display | Download |
| 2doy | THAUMATIN-LIKE PROTEIN 5 | W.BRANDT | Display | Download |
| 2doz | THAUMATIN-LIKE PROTEIN 3 | W.BRANDT | Display | Download |
| 2dp0 | THAUMATIN-LIKE PROTEIN 8 | W.BRANDT | Display | Download |
| 2dp1 | THAUMATIN-LIKE PROTEIN 6 | W.BRANDT | Display | Download |
| 2dp2 | THAUMATIN-LIKE PROTEIN 7 | W.BRANDT | Display | Download |
| 2dq8 | PROTEIN MODEL FOR NEURAMINIDASE | S.PRADEEP,M.SONIASAREE | Display | Download |
| 2drf | 1-O-SINAPOYL-B-GLUCOSE:L-MALATE SINAPOYLTRANSFERASE | W.BRANDT,F.STEHLE | Display | Download |
| 2drg | 1-O-SINAPOYL-BETA-GLUCOSE:CHOLINE SINAPOYLTRANSFERASE | W.BRANDT,F.STEHLE | Display | Download |
| 2dss | COMPLEX MODEL OF HUMAN ARYLAMINE N-ACETYLTRANSFERASE 1 WITH ITS SUBSTRATE PABA | N.ZHANG,L.LIU,F.LIU,C.R.WAGNER,P.E.HANNA,K.J.WALTERS | Display | Download |
| 2dtf | PEPTIDE DEFORMYLASE:THIORPHAN DOCKING MODEL 1 | S.RAGUSA,P.MOUCHET,C.LAZENNEC,V.DIVE,T.MEINNEL | Display | Download |
| 2dtp | 1-O-SINAPOYL-BETA-GLUCOSE:CHOLINE SINAPOYLTRANSFERASE | W.BRANDT,F.STEHLE | Display | Download |
| 2dx9 | THEORETICAL MODEL OF THE CATALYTIC DOMAIN OF BJUSSUMP-I, A P-III METALLOPROTEASE ISOLATED FROM THE BOTHROPS JARARACUSSU VENOM | A.J.MAGRO,A.S.K.BRAZ,M.R.M.FONTES,A.M.SOARES | Display | Download |
| 2dxo | D-AMINO ACID OXIDASE(MUS MUSCULUS) | P.BHATTACHARYA,N.SUBHARAO | Display | Download |
| 2dyz | TFF2_C3H | PROMOD (SEE REFERENCE IN JRNL RECORDS),KOUSTAV GANGULY | Display | Download |
| 2dz0 | TFF2_C3H | PROMOD (SEE REFERENCE IN JRNL RECORDS),KOUSTAV GANGULY | Display | Download |
| 2dz1 | TFF2_PWD | PROMOD (SEE REFERENCE IN JRNL RECORDS),KOUSTAV GANGULY | Display | Download |
| 2dz2 | SOD3_C3H | PROMOD (SEE REFERENCE IN JRNL RECORDS),KOUSTAV GANGULY | Display | Download |
| 2dz3 | SOD3_JF1 | PROMOD (SEE REFERENCE IN JRNL RECORDS),KOUSTAV GANGULY | Display | Download |
| 2dz4 | PDGFB_C3H,BALB,A/J | PROMOD (SEE REFERENCE IN JRNL RECORDS),KOUSTAV GANGULY | Display | Download |
| 2dz5 | PDGFB_C57,JF1,PWD | PROMOD (SEE REFERENCE IN JRNL RECORDS),KOUSTAV GANGULY | Display | Download |
| 2dz6 | MEASLES VIRUS RNA POLYMERASE | P.BHATTACHARYA | Display | Download |
| 2dzf | SIGNALING LYMPHOCYTIC ACTIVATION MOLECULE PRECURSOR (IPO-3) (CD150 ANTIGEN) (CDW150)(SLAM). | P.BHATTACHARYA,T.GANESHAN | Display | Download |
| 2dzg | D-AMINO ACID OXIDASE [RHODOSPORIDIUM TORULOIDES] | P.BHATTACHARYA,T.GANESHAN | Display | Download |
| 2dzh | D-AMINO ACID OXIDASE [RUBROBACTER XYLANOPHILUS DSM 9941] | P.BHATTACHARYA,T.GANESHAN | Display | Download |
| 2e0e | D AMINO ACID OXIDASE (DAO) FAMILY PROTEIN [PHOTOBACTERIUM SP. SKA34] | P.BHATTACHARYA,T.GANESHAN | Display | Download |
| 2e0f | D-AMINO ACID OXIDASE [NOCARDIOIDES SP. JS614] | P.BHATTACHARYA,T.GANESHAN | Display | Download |
| 2ern | INSILICO 3D MODELING OF GAMMA-HEMOLYSIN OF STAPHYLOCOCCUS AUREUS BACTERIA. | N.VIDYA,R.RAJESH,K.PRATHAP | Display | Download |
| 2exp | A COMPLEX OF MONOCLONAL ANTIBODY 806 WITH AN EGFR PEPTIDE (MODEL 3) | A.SIVASUBRAMANIAN,G.CHAO,H.M.PRESSLER,K.D.WITTRUP,J.J.GRAY | Display | Download |
| 2exq | STRUCTURAL SUPERPOSITION OF MAB 806- EGFR PEPTIDE COMPLEX WITH EGFR HYPOTHETICAL EXTENDED MONOMER | A.SIVASUBRAMANIAN,G.CHAO,H.M.PRESSLER,K.D.WITTRUP,J.J.GRAY | Display | Download |
| 2ey8 | HOMOLOGY MODEL OF HEPATITIS C VIRUS, TYPE 3B NS3 PROTEASE | V.PRASANTH,K.R.SENTHIL,V.S.SUGUNAN | Display | Download |
| 2f1u | A HOMOLOGY-BASED 3D MODEL OF THE HUMAN NEUROPEPTIDE Y RECEPTOR Y1 | P.SJODIN,H.AKERBERG,D.LARHAMMAR | Display | Download |
| 2f39 | COMPARATIVE MODEL OF RNA DEPENDENT RNA POLYMERASE OF HEPATITIS C VIRUS, SUBTYPE 3B VARIANT. | V.PRASANTH,V.S.SUGUNAN | Display | Download |
| 2f50 | THEORETICAL MODEL OF AN EVMBL8 COMPLEXED WITH THE CEFOTAXIME | J.K.LEE,T.MOON,H.-S.PARK,H.-S.KIM,C.N.YOON | Display | Download |
| 2f75 | HOMOLOGY MODELING OF ALPHA1A-ADRENORECEPTOR | R.VIJAYAN,S.NAIDU,B.N.MALLICK | Display | Download |
| 2f9x | CORTACTIN MODEL FROM MOUSE, BUILDING AB INITIO WITH SIMULATING ANNEALING | A.SALAS-BURGOS,A.VILLAGRA | Display | Download |
| 2fay | THEORETICAL MODEL OF THE PICHIA PASTORIS SPHINGOLIPID C9- METHYLTRANSFERASE | P.TERNES,J.S.GRINSTEAD | Display | Download |
| 2fe2 | THEORETICAL MODEL OF HISTONE H1B | P.LATHA | Display | Download |
| 2feh | ANALYSIS OF CGP-3466 DOCKING TO HUMAN PLACENTAL GAPDH | J.L.JENKINS,J.J.TANNER | Display | Download |
| 2ff9 | MODELING OF BETA-1 ADRENERGIC RECEPTOR | R.VIJAYAN,S.NAIDU,B.N.MALLICK | Display | Download |
| 2ffo | HUMAN INFLUENZA B VIRUS TRIMER STRUCTURE | O.SPIGA,A.BERNINI,A.CIUTTI,S.CHIELLINI,F.PRISCHI,V.VENDITTI, N.NICCOLAI | Display | Download |
| 2ffp | H5 INFLUENZA TRIMER STRUCTURE | O.SPIGA,A.BERNINI,A.CIUTTI,S.CHIELLINI,F.PRISCHI,V.VENDITTI, N.NICCOLAI | Display | Download |
| 2fhu | THEORETICAL MODEL OF H2 INFLUENZA VIRUS | O.SPIGA,A.BERNINI,A.CIUTTI,S.CHIELLINI,F.PROSCHI,V.VENDITTI, N.NICCOLAI | Display | Download |
| 2fhv | THEORETICAL MODEL OF H4 INFLUENZA VIRUS | O.SPIGA,A.BERNINI,A.CIUTTI,S.CHIELLINI,F.PRISCHI,V.VENDITTI, N.NICCOLAI | Display | Download |
| 2fi6 | A THEORETICAL MODEL OF TRIOSE PHOSPHATE ISOMERASE FROM PLASMODIUM VIVAX | V.VELAYUDHAN,R.IRUSAN | Display | Download |
| 2fjo | THREE DIMENSIONAL MODEL OF THE SNAKE VENOM FACTOR V ACTIVATOR FROM DABOIA RUSSELLI | K.SEGERS,J.ROSING,G.A.NICOLAES | Display | Download |
| 2fjq | THREE DIMENSIONAL MODEL OF THE SNAKE VENOM FACTOR V ACTIVATOR FROM DABOIA LEBETINA | K.SEGERS,J.ROSING,G.A.NICOLAES | Display | Download |
| 2fmv | THE CUB DOMAIN OF ST14 | W.-T.GE,H.-G.HU,K.-F.DING,L.-F.SUN,S.ZHENG | Display | Download |
| 2fmw | A MODEL OF THE EGF DOMAIN FOR TMEFF1 | W.-T.GE,H.-G.HU,K.-F.DING,L.-F.SUN,S.ZHENG | Display | Download |
| 2fnd | HIV-1 PROTEASE COMPLEXED WITH ATAZANAVIR, AN ANTIRETROVIRAL DRUG. | L.T.SENTHILKUMAR | Display | Download |
| 2fo6 | 3D MODEL OF A TRUNCATED HUMAN PYK2 FERM DOMAIN | Y-P.PANG,A.J.DOOLEY | Display | Download |
| 2fro | MODEL OF THE BETA-CARBON PROCESSING ENZYMES AND ACYL CARRIER PROTEIN OF MODULAR POLYKETIDE SYNTHASES | A.T.KEATINGE-CLAY,R.M.STROUD | Display | Download |
| 2frt | COMPUTATIONAL DETERMINATION OF THE STRUCTURE OF RAT FC (IGG1) BOUND TO NEONATAL FC RECEPTOR (FCRN), THEORETICAL MODEL | Z.WENG,K.GULUKOTA,D.E.VAUGHN,P.J.BJORKMAN,C.DELISI | Display | Download |
| 2fsb | THEORETICAL MODEL OF YEAST CENTROMERIC NUCLEOSOME | K.BLOOM,S.SHARMA,N.V.DOKHOLYAN | Display | Download |
| 2fsc | THEORETICAL MODEL OF YEAST CENTROMERIC H3 HISTONE VARIANT CSE4 | K.BLOOM,S.SHARMA,N.V.DOKHOLYAN | Display | Download |
| 2ft4 | MODEL OF NUCLEOTIDE BINDING PROTEIN FROM LYCOPERSICON ESCULENTUM I2C-1 | R.CHATTOPADHYAYA,A.PAL | Display | Download |
| 2ft5 | MODEL OF NUCLEOTIDE BINDING PROTEIN FROM ARABIDOPSIS THALIANA | R.CHATTOPADHYAYA,A.PAL | Display | Download |
| 2fti | MODEL OF TERNARY COMPLEX OF FARNESYLTRANSFERASE WITH KURASOIN A | K.XU,E.PEROLA,F.G.PRENDERGASE,Y.P.PANG | Display | Download |
| 2fuy | AUTOPHAGIN2 | N.VIDYA,R.MAHMOOD,D.SIVAKUMAR,S.ALEX | Display | Download |
| 2fvb | MODEL-BUILDING STUDY OF THE COMBINING SITES OF TWO ANTIBODIES TO ALPHA(1(RIGHT ARROW)6)DEXTRAN | E.A.PADLAN,E.A.KABAT | Display | Download |
| 2fvw | MODEL-BUILDING STUDY OF THE COMBINING SITES OF TWO ANTIBODIES TO ALPHA(1(RIGHT ARROW)6)DEXTRAN | E.A.PADLAN,E.A.KABAT | Display | Download |
| 2fwx | HOMOLOGY MODEL OF BACILLUS SUBTILIS GLUTAMINE SYNTHETASE | S.H.FISHER JR.,L.V.WRAY | Display | Download |
| 2fzo | CLASS I HEAT-SHOCK PROTEIN DNAK (MOLECULAR CHAPERONE) BACILLUS SUBTILIS | K.MANI,M.RAJINIRAJA | Display | Download |
| 2g05 | HOMOLOGY MODELING OF NON STRUCTURAL PROTEIN OF NS3 (WESTNILE VIRUS) | J.MUTHUKUMARAN,S.KARTHIRAJANAMASIVAYAM,P.AGILAN,C.MOBEENA TAJ | Display | Download |
| 2g1f | THEORETICAL MODEL OF SARS CORONAVIRUS HELICASE | O.SPIGA,A.BERNINI,F.PRISCHI,V.VENDITTI,J.D.HUANG,N.NICCOLAI | Display | Download |
| 2g1x | MOLECULAR MODELED STRUCTURE OF 5HYDROXYTRYPTAMINE(SEROTONIN) RECEPTOR 1B[HOMO SAPIENS] | N.PRADHAN,ANOOPRAJK | Display | Download |
| 2g2a | ANGIOTENSIN II TYPE 2 RECEPTOR MODEL | C.BALEANU-GOGONEA,M.WAGNER,S.KARNIK | Display | Download |
| 2g2g | NON STRUCTRAL PROTEIN NS3 WESTNILE VIRUS | P.AGILAN,R.PARAMASIVAN,T.MOBEENA,R.RAJENDRAN,K.J.MUTHU, B.K.TYAGI | Display | Download |
| 2g2m | MODEL OF NUCLEOTIDE BINDING PROTEIN FROM CAENORHABDITIS ELEGANS ALSO CALLED CED4 | R.CHATTOPADHYAYA,A.PAL | Display | Download |
| 2g3l | THEORETICAL MODEL OF TETRAMER OF HIV-1 INTEGRASE WITH TWO VIRAL LTR ENDS | A.CHEN,I.T.WEBER,R.W.HARRISON,J.LEIS | Display | Download |
| 2g3u | HOMOLOGY MODEL OF AHCPK2 FROM GROUNDNUT | A.RAICHAUDHURI,R.BHATTACHARYYA,S.CHAUDHURI,P.CHAKRABARTI, M.DASGUPTA | Display | Download |
| 2g53 | STRUCTURE FOR PHOSPHOMETHYLPYRIMIDINE KINASE LEPTOSPIRA INTERROGANS SEROVAR LAI STR. 56601 | V.UMASHANKAR,S.GURUNATHAN,D.SUDARSANAM | Display | Download |
| 2g61 | THEARETICAL MODEL OF HSP-GRPE PROTEIN(BACILLUS SUBTILIS) | M.RAJINIRAJA,K.MANI | Display | Download |
| 2g6r | THEORETICAL MODELLING OF TUBERCULIN-ACTIVE PROTEIN FROM MYCOBACTERIUM TUBERCULOSIS | I.A.EMERSON,F.P.DASS,A.ANAND,R.GHATUARY | Display | Download |
| 2g6s | P14-PUTATIVE PROTEIN | K.S.SUGANDAN | Display | Download |
| 2g7d | MODEL OF DIHYDROLIPOAMIDE DEHYDROGENASE FROM PLASMODIUM FALCIPARUM | D.ROY,R.CHATTOPADHYAYA | Display | Download |
| 2g7t | HOMOLOGY MODEL OF THE CARBOXY TERMINAL REGION OF HUMAN WILM'S TUMOR PROTEIN, WT1 (HIS434 TO ASP MUTANT) | R.KHURSHID,A.SALIM,A.ABBASI | Display | Download |
| 2g7v | HOMOLOGY MODEL OF THE CARBOXY TERMINAL REGION OF HUMAN WILM'S TUMOR PROTEIN, WT1 (HIS434 TO ARG MUTANT) | R.KHURSHID,A.SALIM,A.ABBASI | Display | Download |
| 2g7w | HOMOLOGY MODEL OF THE CARBOXY TERMINAL REGION OF HUMAN WILM'S TUMOR PROTEIN, WT1 (LYS371 TO ALA MUTANT) | R.KHURSHID,A.SALIM,A.ABBASI | Display | Download |
| 2g7x | HOMOLOGY MODEL OF THE CARBOXY TERMINAL REGION OF HUMAN WILM'S TUMOR PROTEIN, WT1 (SER415 TO ALA MUTANT) | R.KHURSHID,A.SALIM,A.ABBASI | Display | Download |
| 2gap | MODEL OF SPECIFIC COMPLEX BETWEEN CATABOLITE GENE ACTIVATOR PROTEIN AND B-DNA SUGGESTED BY ELECTROSTATIC COMPLEMENTARITY | I.T.WEBER,T.A.STEITZ | Display | Download |
| 2gdp | ACTIVATED CONFORMATIONS OF THE RAS-GENE-ENCODED P21 PROTEIN. 1. AN ENERGY-REFINED STRUCTURE FOR THE NORMAL P21 PROTEIN COMPLEXED WITH GDP | D.C.DYKES,M.R.PINCUS | Display | Download |
| 2ge0 | ACTIVE COMPLEX OF COENZYME A AND THE PPTASE SFP FROM B. SUBTILIS | A.KOGLIN,M.-M.BLUM,V.V.ROGOV,M.A.MARAHIEL,F.BERNHARD, V.DOETSCH | Display | Download |
| 2ge1 | PROTEIN COMPLEX OF A-STATE TYCC3-APO-PCP WITH THE PPTASE SFP (MODEL) | A.KOGLIN,M.-M.BLUM,V.V.ROGOV,M.A.MARAHIEL,F.BERNHARD, V.DOETSCH | Display | Download |
| 2ge6 | PROTEIN MODELING OF ENOLASE (NEOCALLIMASTIX FRONTALIS) | J.A.BRAINERD,N.VIKASH,A.GOPAAL | Display | Download |
| 2gea | THREE DIMENSIONAL STRUCTURE OF AMINOTRANSFERASE OF ARABIDOPSIS THALIANA | K.SUDHA | Display | Download |
| 2geg | THEORETICAL MODEL OF HUMAN CYP21 (CYTOCHROME P450, 21- HYDROXYLASE) BASED ON RABBIT CYP2C5. | T.ROBINS,J.CARLSSON,M.SUNNERHAGEN,A.WEDELL,B.PERSSON | Display | Download |
| 2gf8 | MODEL FOR THE DYNEIN MOTOR UNIT | A.W.R.SEROHIJOS,Y.CHEN,F.DING,T.ELSTON,N.V.DOKHOLYAN | Display | Download |
| 2gfz | 3D STRUCTURE OF HUMAN PUTATIVE BITTER TASTE RECEPTOR HT2R39 | J.KALINOWSKA-TLUSCIK,A.BERNINI,O.SPIGA,B.J.OLEKSYN, N.NICCOLAI | Display | Download |
| 2ghn | HOMOLOGY MODEL OF HUMAN GROUP V PHOSPHOLIPASE A2 | J.M.WINGET,B.J.BAHNSON | Display | Download |
| 2gi5 | 7-MER DNA DUPLEX CONTAINING PYRROLO-DC SUBSTITUTION | M.E.IGNATOV | Display | Download |
| 2gi6 | 7-MER DNA DUPLEX CONTAINING PYRROLO-DC SUBSTITUTION (TAUTOMER 2) | M.E.IGNATOV | Display | Download |
| 2gi8 | 7-MER DNA DUPLEX CONTAINING PYRROLO-DC MODIFICATION (TAUTOMER 3) | M.E.IGNATOV | Display | Download |
| 2gjo | A THEORETICAL STRUCTURE OF UNLIGATED HUMAN ADENYLOSUCCINATE SYNTHETASE ISOFORM 1 [ADSS1] | R.MANIKANDAN,S.MANIAN | Display | Download |
| 2gky | DYNAMIC STRUCTURES OF THE L11-RRNA COMPLEX (MDI) | W.LI,J.SENGUPTA,B.RATH,J.FRANK | Display | Download |
| 2gkz | DYNAMIC STRUCTURE OF L11-RRNA COMPLEX (MDII) | W.LI,J.SENGUPTA,B.K.RATH,J.FRANK | Display | Download |
| 2gny | SYNOVIAL PLA2 STRUCRUE PREDICTION | M.SUBRAMANIAM | Display | Download |
| 2gnz | MODELED D-AMINO ACID OXIDASE RESPONSIBLE FOR SCHIZOPHRENIA | T.SRI VENU MADHAV,P.MOHANSAI | Display | Download |
| 2go6 | 3D-STRUCTURE OF BOVINE ALDOSE REDUCTASE | G.GYANANATH,K.RAVI KUMAR,T.SRI VENU MADHAV,P.K.ZUBAIDHA | Display | Download |
| 2goq | S1 SUBUNIT MODEL OF H52 STRAIN OF IBV CORONAVIRUS S1 PROTEIN | C.VELOSO,J.T.ABREU,J.S.RESENDE,R.B.FLATSCHART,A.FLATSCHART, S.NOGUEIRA JR.,M.M.SANTORO | Display | Download |
| 2gor | S1 SUBUNIT MODEL OF M41 STRAIN OF IBV CORONAVIRUS S1 PROTEIN | C.VELOSO,J.T.ABREU,J.S.RESENDE,R.B.FLATSCHART,A.FLATSCHART, S.NOGUEIRA JR.,M.M.SANTORO | Display | Download |
| 2gos | S1 SUBUNIT MODEL OF H120 STRAIN OF IBV CORONAVIRUS S1 PROTEIN | C.VELOSO,J.T.ABREU,J.S.RESENDE,R.B.FLATSCHART,A.FLATSCHART, S.NOGUEIRA JR.,M.M.SANTORO | Display | Download |
| 2gp2 | CONTORTROSTATIN-REPROLYSIN DOMAIN STRUCTURE | R.SWAMINATHAN,T.RAMYA,C.S.KARTHIK | Display | Download |
| 2gpk | COMPARATIVE MODELLED AND REFINED STRUCTURE OF MONELLIN CHAIN (SYNTHETIC CONSTRUCT) | K.ANAND,D.SUDARSANAM | Display | Download |
| 2gs1 | PROTEIN MODEL FOR SCOLIODON | S.P.SINGH | Display | Download |
| 2gua | PROTEIN MODEL OF ENOLASE (GALLUS GALLUS) | S.JOHNSON PRABHU | Display | Download |
| 2gul | THEORETICAL MODELLING OF ASPARTATE SEMIALDEHYDE DEHYDROGENASE | A.ANAND,R.GHATUARY | Display | Download |
| 2gvt | MODEL OF HUMAN (ALPHA4)2-(BETA2)3 NICOTINIC RECEPTOR | R.ARTALI,G.BOMBIERI,A.DEL PRA,N.MARCHINI,F.MENEGHETTI | Display | Download |
| 2gwu | STRUCTURE MODEL OF HUMAN ARYLAMINE N-ACETYLTRANSFERASE 1 | N.ZHANG,L.LIU,F.LIU,C.R.WAGNER,P.E.HANNA,K.J.WALTERS | Display | Download |
| 2gwv | STRUCTURE MODEL OF HAMSTER ARYLAMINE N-ACETYLTRANSFERASE 2 | N.ZHANG,L.LIU,F.LIU,C.R.WAGNER,P.E.HANNA,K.J.WALTERS | Display | Download |
| 2gwz | COMPLEX MODEL OF ACETYLATED HUMAN ARYLAMINE N- ACETYLTRANSFERASE 1 WITH ITS SUBSTRATE 4-AMINOBIPHENYL | N.ZHANG,L.LIU,F.LIU,C.R.WAGNER,P.E.HANNA,K.J.WALTERS | Display | Download |
| 2gxc | MODEL STRUCTURE OF DNA DODECAMER D(CGCGAATTCGCG)2 BOUND TO 2,4-BIS{[4-(N-CYCLOPENTYLDIAMINOMETHYL)PHENYL]}FURAN. | SAHER A.SHAIKH | Display | Download |
| 2gxd | MODEL STRUCTURE OF DNA DODECAMER D(CGCGAATTCGCG)2 BOUND TO 2,4-BIS(4-AMIDINO)FURAN. | SAHER A.SHAIKH | Display | Download |
| 2gxe | MODEL STRUCTURE OF DNA DODECAMER D(CGCGAATTCGCG)2 BOUND TO 2,5-BIS{[4-(2-PENTYL)DIAMINOMETHYL]PHENYL}FURAN. | SAHER A.SHAIKH | Display | Download |
| 2gxh | MODEL STRUCTURE OF DNA DODECAMER D(CGCGAATTCGCG)2 BOUND TO 2,4-BIS{[4-(N-ISOPROPYL)DIAMINOMETHYL]PHENYL}FURAN | SAHER A.SHAIKH | Display | Download |
| 2gxi | MODEL STRUCTURE OF DNA DODECAMER D(CGCGAATTCGCG)2 BOUND TO 2,5-BIS{[4-(3-PENTYL)DIAMINOMETHYL]PHENYL}FURAN | SAHER A.SHAIKH | Display | Download |
| 2gxj | MODEL STRUCTURE OF DNA DODECAMER D(CGCGAATTCGCG)2 BOUND TO 5-(2-AMIDINO)-2-(4-HYDROXYPHENYL)BENZIMIDAZOLE | SAHER A.SHAIKH | Display | Download |
| 2gxk | MODEL STRUCTURE OF DNA DODECAMER D(CGCGAATTCGCG)2 BOUND TO 5-(2-AMIDINO)-2-(4-METHOXYPHENYL)BENZIMIDAZOLE | SAHER A SHAIKH | Display | Download |
| 2gxm | MODEL STRUCTURE OF DNA DODECAMER D(CGCGAATTCGCG)2 BOUND TO 5-(2-IMIDAZOLINYL)-2-(4-HYDROXYPHENYL)BENZIMIDAZOLE | SAHER A SHAIKH | Display | Download |
| 2gxn | MODEL STRUCTURE OF DNA DODECAMER D(CGCGAATTCGCG)2 BOUND TO 5-(2-IMIDAZOLINYL)-2-(4-METHOXYPHENYL)BENZIMIDAZOLE | SAHER A SHAIKH | Display | Download |
| 2gxo | MODEL STRUCTURE OF DNA DODECAMER D(CGCGAATTCGCG)2 BOUND TO 5-(2-IMIDAZOLINYL)-2-(4-ETHOXYPHENYL)BENZIMIDAZOLE | SAHER A SHAIKH | Display | Download |
| 2gxp | MODEL STRUCTURE OF DNA DODECAMER D(CGCGAATTCGCG)2 BOUND TO 5-(2-PYRIMIDINYL)-2-(4-HYDROXYPHENYL)BENZIMIDAZOLE | SAHER A SHAIKH | Display | Download |
| 2gxr | MODEL STRUCTURE OF DNA DODECAMER D(CGCGAATTCGCG)2 BOUND TO 5-(2-IMIDAZOLINYL)-2-(4-(2-IMIDAZOLINYL)PHENYL) BENZIMIDAZOLE | SAHER A SHAIKH | Display | Download |
| 2gxt | MODEL STRUCTURE OF DNA DODECAMER D(CGCGAATTCGCG)2 BOUND TO 5-(2- PYRIMIDINYL)-2-(4-(2- PYRIMIDINYL)PHENYL) BENZIMIDAZOLE | SAHER A SHAIKH | Display | Download |
| 2gxv | MODEL STRUCTURE OF DNA DODECAMER D(CGCGAATTCGCG)2 BOUND TO 1,2-BIS[5-(2-AMIDINO)-2-BENZIMIDAZOLYL]ETHENE | SAHER A SHAIKH | Display | Download |
| 2gxx | MODEL STRUCTURE OF DNA DODECAMER D(CGCGAATTCGCG)2 BOUND TO BIS[5-(2- IMIDAZOLINYL)-2-BENZIMIDAZOLYL]METHANE | SAHER A SHAIKH | Display | Download |
| 2gxy | MODEL STRUCTURE OF DNA DODECAMER D(CGCGAATTCGCG)2 BOUND TO 1,2-BIS[5-(2-AMIDINO)-2-BENZIMIDAZOLYL]ETHANE | SAHER A SHAIKH | Display | Download |
| 2gy0 | MODEL STRUCTURE OF DNA DODECAMER D(CGCGAATTCGCG)2 BOUND TO 1,4-BIS[5-(2-AMIDINO)-2-BENZIMIDAZOLYL]BUTANE | SAHER A SHAIKH | Display | Download |
| 2gy1 | MODEL STRUCTURE OF DNA DODECAMER D(CGCGAATTCGCG)2 BOUND TO 1,4-BIS[5-(2- IMIDAZOLINYL)-2-BENZIMIDAZOLYL]BUTANE | SAHER A SHAIKH | Display | Download |
| 2gy2 | MODEL STRUCTURE OF DNA DODECAMER D(CGCGAATTCGCG)2 BOUND TO 1,2-BIS[5-(5-(2-IMIDAZOLINYL)-2 BENZIMIDAZOLYL)-2- BENZIMIDAZOLYL]ETHANE | SAHER A SHAIKH | Display | Download |
| 2gy3 | MODEL STRUCTURE OF DNA DODECAMER D(CGCGAATTCGCG)2 BOUND TO 1,4-BIS[5-(5-(2-AMIDINO)-2 BENZIMIDAZOLYL)-2- BENZIMIDAZOLYL]BUTANE | SAHER A SHAIKH | Display | Download |
| 2gy4 | MODEL STRUCTURE OF DNA DODECAMER D(CGCGAATTCGCG)2 BOUND TO 1,4-BIS[5-(5-(2-IMIDAZOLINYL)-2 BENZIMIDAZOLYL)-2- BENZIMIDAZOLYL]BUTANE | SAHER A SHAIKH | Display | Download |
| 2gy6 | MODEL STRUCTURE OF DNA DODECAMER D(CGCGAATTCGCG)2 BOUND TO 5-(2-AMIDINO)-2-[2-(4-HYDROXYPHENYL)-5- BENZIMIDAZOLYL]BENZIMIDAZOLE | SAHER A SHAIKH | Display | Download |
| 2gy8 | MODEL STRUCTURE OF DNA DODECAMER D(CGCGAATTCGCG)2 BOUND TO 5-(2-AMIDINO)-2-[2-(4-METHOXYPHENYL)-5- BENZIMIDAZOLYL]BENZIMIDAZOLE | SAHER A SHAIKH | Display | Download |
| 2gye | MODEL STRUCTURE OF DNA DODECAMER D(CGCGAATTCGCG)2 BOUND TO 5-(2-AMIDINO)-2-[2-(4-ETHOXYPHENYL)-5- BENZIMIDAZOLYL]BENZIMIDAZOLE | SAHER A SHAIKH | Display | Download |
| 2gyf | MODEL STRUCTURE OF DNA DODECAMER D(CGCGAATTCGCG)2 BOUND TO 5-(2-IMIDAZOLINYL)-2-[2-(4-ETHOXYPHENYL)-5- BENZIMIDAZOLYL]BENZIMIDAZOLE | SAHER A SHAIKH | Display | Download |
| 2gyg | MODEL STRUCTURE OF DNA DODECAMER D(CGCGAATTCGCG)2 BOUND TO 5-(2-IMIDAZOLINYL)-2-[2-(4-ETHOXYPHENYL)-5- BENZIMIDAZOLYL]BENZIMIDAZOLE | SAHER A SHAIKH | Display | Download |
| 2gyh | MODEL STRUCTURE OF DNA DODECAMER D(CGCGAATTCGCG)2 BOUND TO 5-(2-PYRIMIDINYL)-2-[2-(4-HYDROXYPHENYL)-5- BENZIMIDAZOLYL]BENZIMIDAZOLE | SAHER A SHAIKH | Display | Download |
| 2gyj | MODEL STRUCTURE OF DNA DODECAMER D(CGCGAATTCGCG)2 BOUND TO 5-(2-IMIDAZOLINYL)-2-[2-(2-IMIDAZOLINYL)-5- BENZIMIDAZOLYL]BENZIMIDAZOLE | SAHER A SHAIKH | Display | Download |
| 2gyl | MODEL STRUCTURE OF DNA DODECAMER D(CGCGAATTCGCG)2 BOUND TO 5-(2- PYRIMIDINYL)-2-[2-(2- PYRIMIDINYL)-5- BENZIMIDAZOLYL]BENZIMIDAZOLE | SAHER A SHAIKH | Display | Download |
| 2gym | MODEL STRUCTURE OF DNA DODECAMER D(GCCTGTTAGCG) BOUND TO HAIRPIN POLYAMIDE IM-PY-PY-GAMMA-PY-PY-PY-BETA-DP | SAHER A SHAIKH | Display | Download |
| 2gyn | MODEL STRUCTURE OF DNA DODECAMER D(GCCTATTAGCG) BOUND TO HAIRPIN POLYAMIDE IM-PY-PY-GAMMA-PY-PY-PY-BETA-DP | SAHER A SHAIKH | Display | Download |
| 2gzc | ACTIVE FOLD OF THE HAMMERHEAD RIBOZYME | J.M.BURKE,D.LAMBERT | Display | Download |
| 2h0c | THEORETICAL MODELLING OF NOVEL BACTERIAL REGULATORY PROTEIN DMPR | SURESH PANNEER SELVAM,KALRA DIVYA,KUMAR ANIL,KUMAR RITA | Display | Download |
| 2h0o | SOXW- A THIOREDOXIN INVOLVED IN SULFUR OXIDATION | ANGSHUMAN BAGCHI,TAPASH GHOSH | Display | Download |
| 2h20 | STRUCTURE OF TEPARY BEAN TRYPSIN INHIBITOR TBPI-B | S.MONDAL,R.SARADHA | Display | Download |
| 2h37 | MHC CLASS II BETA CHAIN FROM SEA BASS | S.COSTANTINI,A.FACCHIANO | Display | Download |
| 2h38 | MHC CLASS II BETA CHAIN FROM SEA BASS | S.COSTANTINI,A.FACCHIANO | Display | Download |
| 2h4d | NUCLEAR PORE COMPLEX P62 | L.PRABAKAR,K.G.RAMESH | Display | Download |
| 2h5t | MAGEE1 A CANCER RELATED PROTEIN | V.NIRANJAN,R.MAHMOOD,N.KAPIL,J.REDDY,D.SIVAKUMAR | Display | Download |
| 2h69 | MODELED PROTEIN OF UNDECAPRENYL PYROPHOSPHATE SYNTHASE FROM PSEUDOMONAS AERUGINOSA | T.LEONSOJI,C.H.SAMEERA | Display | Download |
| 2h83 | GLUCOSE DEHYDROGENASE OF PSEUDOMONAS AERUGINOSA | R.DEEPA,G.RAMESHKUMAR,P.LATHA | Display | Download |
| 2h8j | 3D STRUCTURE OF BACILLUS ANTHRACIS GLOBIN | K.RAVI KUMAR,RAJNEE,J.SAFDAR,S.T.PASHA,G.S.KHATRI,T.FATMA | Display | Download |
| 2h97 | IDENTIFICATION OF NEW LEAD MOLECULES FOR SINDBIS VIRUS- A VIRTUAL SCREENING APPROACH | C. SRINIVAS REDDY,T. LEON SOJI | Display | Download |
| 2hao | HOMOLOGY MODEL OF BPHC ENZYME (2,3 DIHYDROXY BIPHENYL DIOXYGENASE)FROM PSEUDOMONAS PUTIDA. | D KALRA,P.S SURESH,A KUMAR,R KUMAR | Display | Download |
| 2hc3 | HOMOLOGY MODEL OF BPHD ENZYME(2-HYDROXY-6-OXO-6-PHENYLHEXA- 2,4-DIENOIC ACID (HPDA) HYDROLASE ) FROM PSEUDOMONAS PUTIDA | D KALRA,P.S SURESH,A KUMAR,R KUMAR | Display | Download |
| 2hcl | THREE-DIMENSIONAL MODEL OF A SUBSTRATE-BOUND ACETYLCHOLINESTERASE IN GREENBUG (SCHIZAPHIS GRAMINUM) | Y.-P.PANG | Display | Download |
| 2hcp | THREE-DIMENSIONAL MODEL OF GREENBUG ACETYLCHOLINESTERASE | Y.P.PANG | Display | Download |
| 2hcq | THREE-DIMENSIONAL MODEL OF APHID ACETYLCHOLINESTERASE | Y.-P.PANG | Display | Download |
| 2hd2 | THREE-DIMENSIONAL MODEL OF A SIALIC ACID-BOUND NEURAMINIDASE IN A DRUG-RESISTANT H5N1 AVIAN INFLUENZA A VIRUS | Y.-P.PANG | Display | Download |
| 2hd8 | ENANTIOSELECTIVE SUBSTRATE BINDING IN A MONOOXYGENASE PROTEIN MODEL BY MOLECULAR DYNAMICS AND DOCKING | K. ANTON FEENSTRA,ROLIEN BOSCH,NICO P.E.VERMEULEN | Display | Download |
| 2he6 | NEUROPEPTIDE Y5 RECEPTOR | KALYAN. CHAITANYA.PULIPAKA,SIVAKUMARI.NUNNA, RAMAKRISHNA.ANNABHIMOJU,UMA.VURUPUTURI | Display | Download |
| 2hfm | A MODEL OF AN ANTIBODY-PROTEIN COMPLEX | S.J.SMITH-GILL,C.MAINHART,T.B.LAVOIE,R.J.FELDMANN,W.DROHAN, B.R.BROOKS | Display | Download |
| 2hic | RECOGNITION MODEL FOR CDK7-CDK2 TRANS-PHOSPHORYLATION | G.LOLLI,L.N.JOHNSON | Display | Download |
| 2hie | A HOMOLOGY MODEL OF HUMAN INTERFERON ALPHA-2 | N.J.MURGOLO,W.T.WINDSOR,A.HRUZA,S.EALICK,P.REICHERT, P.P.TROTTA | Display | Download |
| 2hif | A HOMOLOGY MODEL OF HUMAN INTERFERON ALPHA-2 | N.J.MURGOLO,W.T.WINDSOR,A.HRUZA,S.EALICK,P.REICHERT, P.P.TROTTA | Display | Download |
| 2hn3 | THREE DIMENSIONAL STRUCTURE OF 17-BETA DIHYDROXY SULFOTRANFERASE ENZYME | PROMOD (SEE REFERENCE IN JRNL RECORDS) | Display | Download |
| 2hnj | THREE DIMENSIONAL STRUCTURE OF 17-BETA DIHYDROXY SULFOTRANFERASE | PROMOD (SEE REFERENCE IN JRNL RECORDS) | Display | Download |
| 2hsv | A HOMOLOGY MODEL OF CHORISMATE SYNTHASE FROM SALMONELLA ENTERICA SUBSP ENTERICA SEROVAR PARATYPHI A | VELAYUDHAN VIMALKUMAR | Display | Download |
| 2htz | A HOMOLOGY MODEL OF CHORISMATE SYNTHASE FROM SALMONELLA ENTERICA SUBSP ENTERICA SEROVAR PARATYPHI A | VELAYUDHAN VIMALKUMAR | Display | Download |
| 2hy2 | THEORETICAL MODEL OF RET PROTEIN KINASE COMPLEXED WITH ATP BASED ON THE INSULIN RECEPTOR TYROSINE PROTEIN KINASE X- RAY STRUCTURE | SUSAN S.TAYLOR,ELZBIETA S.RADZIO-ANDZELM | Display | Download |
| 2hyc | THREE DIMENSIONAL STRUCTURE OF 17-BETA DIHYDROXY SULFOTRANSFERASE | PROMOD (SEE REFERENCE IN JRNL RECORDS) | Display | Download |
| 2hyl | JAPANESE ENCEPHALITIS RNA-DIRECTED RNA POLYMERASE THEORITICAL STRUCTURE. | A.PANDIT | Display | Download |
| 2i0p | THEORTEICAL MODEL OF CRY10AA PROTEIN SEQUENCE Q8KNV2 | A.MAHALAKSHMI,K.SUJATHA,R.SHENBAGARATHAI | Display | Download |
| 2i11 | VES V 5, THEORETICAL MODEL OF AN ALLERGEN FROM BRUGIA MALAYI VENOM | S.EDWARDRAJA,S.DURAI | Display | Download |
| 2i3j | HUMAN D AMINO ACID OXIDASE | P BHATTACHARYA,A LYNN,S SUBHARAO,0,0,0,0,0 | Display | Download |
| 2i3k | RABBIT D-AMINO ACID OXIDASE | P.BHATTACHARYA,A.LYNN,S.SUBHARAO,0,0,0 | Display | Download |
| 2i3m | MYCOBACTERIUM D-AMINO ACID OXIDASE | P.BHATTACHARYA,A.LYNN,S.SUBHARAO | Display | Download |
| 2i3n | ZEBRAFISH D-AMINO ACID OXIDASE | P.BHATTACHARYA,A.LYNN,N.SUBHARAO | Display | Download |
| 2i43 | THEORETICAL MODEL OF A COMPLEX OF GRIFFITHSIN WITH MAN9 | N.E.ZIOLKOWSKA,A.WLODAWER | Display | Download |
| 2i63 | THREE-DIMENSIONAL MODEL OF A SIALIC ACID- AND CALCIUM-BOUND NEURAMINIDASE IN AN AVIAN H5N1 INFLURNZA A VIRUS | Y.-P.PANG | Display | Download |
| 2i64 | THREE-DIMENSIONAL MODEL OF A SIALIC ACID- AND CALCIUM-BOUND NEURAMINIDASE IN A DRUG-RESISTANT, AVIAN H5N1 INFLURNZA A VIRUS | Y.-P.PANG | Display | Download |
| 2i6n | O-METHYLTRANSFERASE5 OF STREPTOMYCES AVERMITILIS | YH LIM,YH PARK,YD YONN,YS LEE,JH AHN | Display | Download |
| 2i7j | STRUCTURE OF WEST NILE VIRUS OUTER PROTEIN SHELL | RYUTA KANAI,YORGO MODIS | Display | Download |
| 2i7l | 3D STRUCTURE OF NITRIC OXIDE SYNTHASE(BOMBYX MORI) | P.BHATTACHARYA | Display | Download |
| 2i84 | JAPANESE ENCEPHALITIS NS3 PROTEIN STRUCTURE- HOMOLOGY MODELLING | A.PANDIT | Display | Download |
| 2i86 | DROPHILLA NITRIC OXIDE SYNTHASE DOMAIN | P.BHATTACHARYA | Display | Download |
| 2i8h | HUMAN INTERLEUKIN4 INDUCED PROTEIN1 MOLECULE | P.BHATTACHARYA | Display | Download |
| 2i8i | TYROSINE KINASE [DROSOPHILA MELANOGASTER] | P.BHATTACHARYA | Display | Download |
| 2i8j | MOUSE TYROSINE KINASE DOMAIN(594-889AA) OF PUBMED ID CAA46268 | P.BHATTACHARYA | Display | Download |
| 2i8k | MARINE SPONGE TYROSINE KINASE DOMAIN(146-414AA) OF PUBMED ID CAC14731 | P.BHATTACHARYA | Display | Download |
| 2i8m | 3D DOMAIN(498-774AA) OF TYROSINE KINASE [XENOPUS LAEVIS] | P.BHATTACHARYA | Display | Download |
| 2i8w | 3D STRUCTURE(30-503AA) OF INTERLEUKIN 4 INDUCED 1 [MUS MUSCULUS](PUBMED ID NP_034345) | P.BHATTACHARYA | Display | Download |
| 2i8x | 3D STRUCTURE(93-568AA) OF GALLUS GALLUS L-AMINO ACID OXIDASE | P.BHATTACHARYA | Display | Download |
| 2i8y | 3D STRUCTURE(29 TO 513AA) OF L-AMINO ACID OXIDASE 1 [MUS MUSCULUS][PUBMED ID AAH17599] | P.BHATTACHARYA | Display | Download |
| 2i8z | 3D STRUCTURE OF L-AMINO ACID OXIDASE OF SCOMBER JAPONICUS | P.BHATTACHARYA | Display | Download |
| 2i90 | 3D STRUCTURE OF L-AMINO ACID OXIDASE OF CROTALUS ATROX(RATTLE SNAKE)[PUBMED ID AAD45200]. | P.BHATTACHARYA | Display | Download |
| 2i92 | MODEL OF THE STRUCTURE OF THE START DOMAINS OF HUMAN MLN64 IN COMPLEX WITH CHOLESTEROL | M.MURCIA,J.D.FARALDO-GOMEZ,F.R.MAXFIELD,B.ROUX | Display | Download |
| 2i93 | MODEL OF THE STRUCTURE OF THE START DOMAINS OF HUMAN STEROIDOGENIC ACUTE REGULATORY PROTEIN (STAR) IN COMPLEX WITH CHOLESTEROL | M.MURCIA,J.D.FARALDO-GOMEZ,F.R.MAXFIELD,ROUX B. | Display | Download |
| 2i95 | 3D STRUCTURE OF D-AMINO ACID OXIDASE(13-315AA)OF [STREPTOMYCES COELICOLOR A3(2)] | P.BHATTACHARYA | Display | Download |
| 2i97 | 3D STRUCTURE(7-317AA) OF D-AMINO ACID OXIDASE OF MYCOBACTERIUM LEPRAE | P.BHATTACHARYA | Display | Download |
| 2i98 | D-AMINO ACID OXIDASE [RATTUS NORVEGICUS] | P.BHATTACHARYA | Display | Download |
| 2i9q | THEORETICAL STRUCTURAL ANALYSIS OF SOS3 FROM ORYZA SATIVA. | B.SHARMA,A.K.SAXENA | Display | Download |
| 2ib2 | 3D STRUCTURE OF D-AMINO-ACID OXIDASE (DAMOX) (DAO) (DAAO) OF CRICETULUS GRISEUS (CHINESE HAMSTER) | P.BHATTACHARYA | Display | Download |
| 2ib3 | 3D STRUCTURE OF D-AMINO ACID OXIDASE [CAVIA PORCELLUS] | P.BHATTACHARYA | Display | Download |
| 2ib4 | 3D STRUCTURE OF D-AMINO ACID OXIDASE [NECTRIA HAEMATOCOCCA] | P.BHATTACHARYA | Display | Download |
| 2icl | HOMOLOGY MODELLING OF OOKINETE SURFACE PROTEIN PFS25 FROM PLASMODIUM FALCIPARUM. | B.SHARMA | Display | Download |
| 2icm | HOMOLOGY MODELLING OF PGS25, OOKINETE SURFACE PROTEIN FROM PLASMODIUM GALLINACEUM | B.SHARMA | Display | Download |
| 2ico | HOMOLOGY MODELLING OF OOKINETE SURFACE PROTEIN POS25 FROM PLASMODIUM OVALE | B.SHARMA | Display | Download |
| 2idp | HOMOLOGY MODEL OF TRIMERESURUS STEJNEGERI LECTIN COMPLEXED WITH GALACTOSE | P. A.ABREU,M. G.ALBUQUERQUE,C. R.RODRIGUES,H. C.CASTRO | Display | Download |
| 2ie5 | HOMOLOGY MODELLING OF PRS25 FROM PLASMODIUM REICHENOWI. | B.SHARMA | Display | Download |
| 2ie9 | HUMAN CD150 | P.BHATTACHARYA | Display | Download |
| 2if3 | HOMOLOGY MODELLING OF OOKINETE SURFACE PROTEIN PCS25 FROM PLASMODIUM CYNOMOLGI | B.SHARMA | Display | Download |
| 2ifh | HOMOLOGY MODELING OF OOKINETE SURFACE PROTEIN PYS25 FROM PLASMODIUM YOELII. | B.SHARMA | Display | Download |
| 2ifk | MOLECULAR MODELLING OF SEABASS IL-10 | S.COSTANTINI,A.M.FACCHIANO | Display | Download |
| 2ifl | SIGNALING LYMPHOCYTIC ACTIVATION MOLECULE PRECURSOR (IPO-3) (CD150 ANTIGEN) (CDW150)(SLAM). | P.BHATTACHARYA | Display | Download |
| 2ifp | HOMOLOGY MODELLING OF 25 KD OOKINETE SURFACE PROTEIN FROM PLASMODIUM INUI | B.SHARMA | Display | Download |
| 2ig1 | MEASLES VIRUS NUCLEOPROTEIN | P.BHATTACHARYA | Display | Download |
| 2ig4 | MATRIX PROTEIN [MEASLES VIRUS] | P.BHATTACHARYA | Display | Download |
| 2ig5 | SIGNALING LYMPHOCYTIC ACTIVATION MOLECULE PRECURSOR (IPO-3) (CD150 ANTIGEN) (CDW150)(SLAM) | P.BHATTACHARYA | Display | Download |
| 2ige | THE NATURE AND IMPORTANCE OF THE INTER-EPSILON CHAIN DISULPHIDE BONDS IN HUMAN IGE | E.A.PADLAN,B.A.HELM | Display | Download |
| 2ihg | MATRIX PROTEIN [MEASLES VIRUS] | P.BHATTACHARYA | Display | Download |
| 2ihh | 3D MODEL OF MATRIX PROTEIN [MEASLES VIRUS] | P.BHATTACHARYA | Display | Download |
| 2iig | HOMOLOGY MODELING OF OOKINETE SURFACE PROTEIN PBS25 FROM PLASMODIUM BERGHEI. | B.SHARMA | Display | Download |
| 2iil | NEUROPEPTIDE Y1 RECEPTOR | PULIPAKA KALYAN CHAITANYA,ANNABHIMOJU RAMAKRISHNA, VURUPUTURI UMA | Display | Download |
| 2iis | 3D STRUCTURE OF BACILLUS ANTHRACIS TRUNCATED HEMOGLOBIN WITH HEME | A.M.LYNN,RAJNEE,SAFDAR JAWAID,S.T.PASHA,G.S.KHATRI,T.FATMA | Display | Download |
| 2iiw | PISUM SATIVUM DEFENSIN 1(PSD1) MUTANT W38D | P.C SATHLER,E.KURTENBACH,C. R.RODRIGUES,H. C.CASTRO | Display | Download |
| 2iix | HOMOLOGY MODEL OF JARARACIN, A DISINTEGRIN FROM BOTHROPS JARARACA VENOM | R.B.GERALDO,R.B.ZINGALI,D.A.P.CIDADE,L.S.WERMELINGER,C. R.RODRIGUES,H. C.CASTRO | Display | Download |
| 2ij1 | PISUM SATIVUM DEFENSIN 1(PSD1)MUTANT W38E | P.C SATHLER,E.KURTENBACH,C. R.RODRIGUES,H. C.CASTRO | Display | Download |
| 2ij6 | HOMOLOGY MODEL OF A GALACTOSE-SPECIFIC C-TYPE LECTIN FROM BITIS ARIETANS VENOM. | P.A.ABREU,M. G.ALBUQUERQUE,C. R.RODRIGUES,H. C.CASTRO | Display | Download |
| 2ij8 | SOLUTION STRUCTURE OF THE MYOMESIN DOMAINS MY9-MY13 BY X- RAY SMALL-ANGLE SCATTERING | N.PINOTSIS,D.I.SVERGUN,M.WILMANNS | Display | Download |
| 2ijs | STRUCTURE OF HCV NS3 PROTEASE (INDIAN STRAIN) | S.N.ACHUTHSANKAR,V.S.SUGUNAN,R.AMJESH,V.PRASANTH | Display | Download |
| 2ijt | PISUM SATIVUM DEFENSIN 1(PSD1)MUTANT W38Y | P.C SATHLER,E KURTENBACH,C. R.RODRIGUES,H. C.CASTRO | Display | Download |
| 2iju | PISUM SATIVUM DEFENSIN 1(PSD1)MUTANT W38K | P.C SATHLER,E.KURTENBACH,C. R.RODRIGUES,H. C.CASTRO | Display | Download |
| 2ijv | PISUM SATIVUM DEFENSIN 1(PSD1)MUTANT W38R | P.C SATHLER,E.KURTENBACH,C. R.RODRIGUES,H. C.CASTRO | Display | Download |
| 2ijw | PISUM SATIVUM DEFENSIN 1(PSD1)MUTANT W38A | P.C SATHLER,E.KURTENBACH,C. R.RODRIGUES,H. C.CASTRO | Display | Download |
| 2ik3 | NEUROPEPTIDE Y2 RECEPTOR | KALYAN CHAITANYA.PULIPAKA,ANNABHIMOJU RAMAKRISHNA, VURUPUTURI UMA | Display | Download |
| 2ik5 | NEUROPEPTIDE Y4 RECEPTOR | KALYAN CHAITANYA.PULIPAKA,ANNABHIMOJU RAMAKRISHNA, VURUPUTURI UMA | Display | Download |
| 2ika | MODELING OF COAT PROTEIN OF CUCUMBER MOSAIC VIRUS (STRAIN BANANA), BUILDING ITS VIRION FROM POLYPEPTIDE CHAIN | ANTHONY JOHNSON A.M,SAIGOPAL D.V.R | Display | Download |
| 2ikl | PISUM SATIVUM DEFENSIN 1(PSD1)MUTANT G12A | P.C SATHLER,E.KURTENBACH,C. R.RODRIGUES,H. C.CASTRO | Display | Download |
| 2ikm | PISUM SATIVUM DEFENSIN 1(PSD1)MUTANT G12R | P.C SATHLER,E.KURTENBACH,C. R.RODRIGUES,H. C.CASTRO | Display | Download |
| 2ikn | PISUM SATIVUM DEFENSIN 1(PSD1)MUTANT G12D | P.C SATHLER,E.KURTENBACH,C. R.RODRIGUES,H. C.CASTRO | Display | Download |
| 2ikp | PISUM SATIVUM DEFENSIN 1(PSD1)MUTANT G12E | P.C SATHLER,E.KURTENBACH,C. R RODRIGUES,H. C.CASTRO | Display | Download |
| 2ikr | PISUM SATIVUM DEFENSIN 1(PSD1)MUTANT G12K | P.C SATHLER,E.KURTENBACH,C. R.RODRIGUES,H. C.CASTRO | Display | Download |
| 2ikt | PISUM SATIVUM DEFENSIN 1(PSD1)MUTANT G12W | P.C SATHLER,E.KURTENBACH,C. R.RODRIGUES,H. C.CASTRO | Display | Download |
| 2ikv | PISUM SATIVUM DEFENSIN 1(PSD1)MUTANT A18R | P.C SATHLER,E.KURTENBACH,C. R.RODRIGUES,H. C.CASTRO | Display | Download |
| 2ikw | PISUM SATIVUM DEFENSIN 1(PSD1)MUTANT A18D | P.C SATHLER,E.KURTENBACH,C. R.RODRIGUES,H. C.CASTRO | Display | Download |
| 2ikx | PISUM SATIVUM DEFENSIN 1(PSD1)MUTANT A18E | P.C SATHLER,E.KURTENBACH,C. R.RODRIGUES,H. C.CASTRO | Display | Download |
| 2iky | PISUM SATIVUM DEFENSIN 1(PSD1)MUTANT A18G | P.C SATHLER,E.KURTENBACH,C. R.RODRIGUES,H. C.CASTRO | Display | Download |
| 2ikz | PISUM SATIVUM DEFENSIN 1(PSD1)MUTANT A18K | P.C SATHLER,E.KURTENBACH,C. R.RODRIGUES,H. C.CASTRO | Display | Download |
| 2il0 | PISUM SATIVUM DEFENSIN 1(PSD1)MUTANT A18W | P.C SATHLER,E.KURTENBACH,C. R.RODRIGUES,H. C.CASTRO | Display | Download |
| 2il7 | BOVINE SURFACTANT PROTEIN B | A.J.WARING,M.A.SHERMAN | Display | Download |
| 2ilc | PISUM SATIVUM DEFENSIN 1(PSD1)MUTANT H36A | P.C SATHLER,E.KURTENBACH,C. R.RODRIGUES,H. C.CASTRO | Display | Download |
| 2ild | PISUM SATIVUM DEFENSIN 1(PSD1)MUTANT H36R | P.C SATHLER,E.KURTENBACH,C. R.RODRIGUES,H. C.CASTRO | Display | Download |
| 2ile | PISUM SATIVUM DEFENSIN 1(PSD1)MUTANT H36D | P.C SATHLER,E.KURTENBACH,C. R.RODRIGUES,H. C.CASTRO | Display | Download |
| 2ilf | PISUM SATIVUM DEFENSIN 1(PSD1)MUTANT H36E | P.C SATHLER,E.KURTENBACH,C. R.RODRIGUES,H. C.CASTRO | Display | Download |
| 2ilg | PISUM SATIVUM DEFENSIN 1(PSD1)MUTANT H36K | P.C SATHLER,E.KURTENBACH,C. R.RODRIGUES,H. C.CASTRO | Display | Download |
| 2ilh | PISUM SATIVUM DEFENSIN 1(PSD1)MUTANT H36W | P.C SATHLER,E.KURTENBACH,C. R.RODRIGUES,H. C.CASTRO | Display | Download |
| 2ilj | PISUM SATIVUM DEFENSIN 1(PSD1)MUTANT H36Y | P.C SATHLER,E.KURTENBACH,C. R.RODRIGUES,H. C.CASTRO | Display | Download |
| 2ilo | HOMOLOGY MODEL OF A GALACTOSE-SPECIFIC C-TYPE LECTIN FROM LACHESIS MUTA STENOPHRYS VENOM. | P.A.ABREU,M. G.ALBUQUERQUE,C. R.RODRIGUES,H. C.CASTRO | Display | Download |
| 2ilq | HOMOLOGY MODEL OF A GALACTOSE-SPECIFIC C-TYPE LECTIN FROM BOTHROPS PIRAJAI VENOM | P.A.ABREU,M.G.ALBUQUERQUE,C. R.RODRIGUES,H. C.CASTRO | Display | Download |
| 2ils | HOMOLOGY MODEL OF A GALACTOSE-SPECIFIC C-TYPE LECTIN FROM BOTHROPS INSULARIS VENOM. | P.A.ABREU,M.G.ALBUQUERQUE,C. R.RODRIGUES,H. C.CASTRO | Display | Download |
| 2ilw | HOMOLOGY MODEL OF A GALACTOSE-SPECIFIC C-TYPE LECTIN FROM AGKISTRODON PISCIVORUS VENOM. | P.A.ABREU,M.G.ALBUQUERQUE,C. R.RODRIGUES,H. C.CASTRO | Display | Download |
| 2im4 | HOMOLOGY MODEL OF A GALACTOSE-SPECIFIC C-TYPE LECTIN FROM BOTHROPS JARARACA VENOM. | P.A.ABREU,M.G.ALBUQUERQUE,C. R.RODRIGUES,H. C.CASTRO | Display | Download |
| 2im6 | THEORETICAL MODEL OF BLV PROTEASE WITH SUBSTRATE | T.SPERKA,G.MIKLOSSY,Y.TIE,P.BAGOSSI,G.ZAHUCZKY,P.BOROSS, K.MATUZ,R.W.HARRISON,I.T.WEBER,J.TOZSER | Display | Download |
| 2im7 | THEORETICAL MODEL OF BLV PROTEASE WITH SUBSTRATE | T.SPERKA,G.MIKLOSSY,Y.TIE,P.BAGOSSI,G.ZAHUCZKY,P.BOROSS, K.MATUZ,R.W.HARRISON,I.T.WEBER,J.TOZSER | Display | Download |
| 2imv | HOMOLOGY MODEL OF BOTHROINSULARIN: A C-TYPE LECTIN FROM BOTHROPS INSULARIS VENOM | P.A.ABREU,M.G.ALBUQUERQUE,C. R.RODRIGUES,R. B.ZINGALI, A.L.O.CARVALHO,H. C.CASTRO | Display | Download |
| 2imx | HOMOLOGY MODEL OF A GALACTOSE-SPECIFIC C-TYPE LECTIN FROM BOTHROPS JARARACUSSU VENOM. | P.A.ABREU,M.G.ALBUQUERQUE,C. R.RODRIGUES,H. C.CASTRO | Display | Download |
| 2imy | HOMOLOGY MODEL OF BOTHROJARACIN: A C-TYPE LECTIN FROM BOTHROPS JARARACA VENOM. | P.A.ABREU,M.G.ALBUQUERQUE,C. R.RODRIGUES,R. B.ZINGALI, V.LOPES,H. C.CASTRO | Display | Download |
| 2ina | THEORETICAL MODEL FOR HUMAN TELOMERASE RNA MONOMER FROM FRET MEASUREMENTS. | G.GAVORY,M.F.SYMMONS,Y.K.GHOSH,D.KLENERMAN,S.BALASUBRAMANIAN | Display | Download |
| 2inh | JARASTATIN, A DISINTEGRIN BOTHROPS JARARACA VENOM | RB GERALDO,FS FRATTANI,LS WERMERLINGER,CR RODRIGUES,RB ZINGALI,HC CASTRO | Display | Download |
| 2ini | HOMOLOGY MODEL OF EXTRACELLULAR SEGMENT | RB GERALDO,LS WERMELINGER,FS FRATTANI,RB ZINGALI,CR RODRIGUES,HC CASTRO | Display | Download |
| 2inm | HOMOLOGY MODEL OF A GALACTOSE-SPECIFIC C-TYPE LECTIN FROM BUNGARUS FASCIATUS 1 VENOM. | P.A.ABREU,M.G.ALBUQUERQUE,C. R.RODRIGUES,H. C.CASTRO | Display | Download |
| 2ino | HOMOLOGY MODEL OF A MANNOSE-SPECIFIC C-TYPE LECTIN 2 FROM BUNGARUS FASCIATUS VENOM. | P.A.ABREU,M.G.ALBUQUERQUE,C. R.RODRIGUES,H. C.CASTRO | Display | Download |
| 2iow | THEORETICAL MODEL OF COMPLETE IDI-2 FROM T. THERMOPHILUS | J.DE RUYCK,J.WOUTERS | Display | Download |
| 2iox | RHEUMATOID ARTHRITIS-RELATED ANTIGEN RA-A47 | RAMAKRISHNA ANNABHIMOJU,DR. V.UMA | Display | Download |
| 2ioz | THEORETICAL STRUCTURE PREDICTION OF N5N10- METHENYLTETRAHYDROMETHANOPTERIN CYCLOHYDROLASE FROM ARCHEAN METHANOBACTERIUM THERMOAUTOTROPHICUM DETLA 'H' STRAIN | S. VISWESWARA POKKULURI,SUNITHA POKKULURI,S. KUMARI NUNNA | Display | Download |
| 2ip3 | BOVINE SURFACTANT PROTEIN B IN METHANOL (LIPID-WATER INTERFACE MIMIC) | ALAN J.WARING,MARK A.SHERMAN | Display | Download |
| 2ip5 | MOVEMENT PROTEIN OF TOBACCO MOSAIC VIRUS | MADHUSUDHAN.K.N,D SIVAKUMAR,H.S PRAKASH,H.S SHETTY | Display | Download |
| 2ip8 | MOVEMENT PROTEIN OF TOMATO MOSAIC VIRUS | D SIVAKUMAR,MADHUSUDHAN. K.N,PRAKASH. H.S,H.S SHETTY | Display | Download |
| 2ip9 | BCL-L11 | BHARGAVI KONDAGARI,KALYAN CHAITANYA PULIPAKA,RAMAKRISHNA ANNABHIMOJU,UMA VURUPUTURI,K. MURTHY DWARAKANTH | Display | Download |
| 2ipd | BCL-2L13 | BHARGAVI KONDAGARI,KALYAN CHAITANYA PULIPAKA,RAMAKRISHNA ANNABHIMOJU,UMA VURUPUTURI,K.MURTHY DWARKANATH | Display | Download |
| 2ipe | BIK | BHARGAVI KONDAGARI,KALYAN CHAITANYA PULIPAKA,RAMAKRISHNA ANNABHIMOJU,UMA VURUPUTURI,K.MURTHY DWARKANATH | Display | Download |
| 2ipv | HOMOLOGY MODEL OF NR2B SUBUNIT OF NMDA RECEPTOR IN COMPLEX WITH GLUTAMATE | P.A.ABREU,M.G.ALBUQUERQUE,C.R.RODRIGUES,R.PAES-DE-CARVALHO, S.PINHEIRO,H.C.CASTRO | Display | Download |
| 2iq2 | BCL-2L10 | BHARGAVI KONDAGARI,KALYAN CHAITANYA PULIPAKA,RAMAKRISHNA ANNABHIMOJU,UMA VURUPUTURI,K.MURTHY DWARKANATH | Display | Download |
| 2iq4 | MULTI DRUG RESISTANT PROTEIN | MALKHED VASAVI,PULIPAKA KALYAN CHAITANYA,ANNABHIMOJU RAMAKRISHNA,VURUPUTURI UMA | Display | Download |
| 2iqk | BOVINE RHODOPSIN, METARHODOPSIN II MODEL | I.D.POGOZHEVA,A.L.LOMIZE,H.I.MOSBERG | Display | Download |
| 2iql | MODEL OF MU-OPIOID RECEPTOR IN INACTIVE STATE WITH ANTAGONIST | I.D.POGOZHEVA | Display | Download |
| 2iqm | MODEL OF DELTA-OPIOID RECEPTOR IN ACTIVE STATE WITH AGONIST | I.D.POGOZHEVA,A.L.LOMIZE | Display | Download |
| 2iqn | MODEL OF KAPPA-OPIOID RECEPTOR IN ACTIVE STATE WITH AGONIST | I.D.POGOZHEVA | Display | Download |
| 2iqo | MODEL OF MU-OPIOID RECEPTOR IN ACTIVE STATE WITH AGONIST | I.D.POGOZHEVA,A.L.LOMIZE | Display | Download |
| 2iqp | MODEL OF MELANOCORTIN-4 RECEPTOR WITH AGONIST AMSH | I.D.POGOZHEVA,A.L.LOMIZE | Display | Download |
| 2iqr | MODEL OF MELANOCORTIN-4 RECEPTOR WITH AGONIST NDPMSH | I.D.POGOZHEVA,A.L.LOMIZE | Display | Download |
| 2iqs | MODEL OF MELANOCORTIN-4 RECEPTOR WITH AGONIST MB243 | I.D.POGOZHEVA,A.L.LOMIZE | Display | Download |
| 2iqu | MODEL OF MELANOCORTIN-4 RECEPTOR WITH AGONIST THIQ | I.D.POGOZHEVA,A.L.LOMIZE | Display | Download |
| 2iqv | MODEL OF MELANOCORTIN-4 RECEPTOR WITH AGRP | I.D.POGOZHEVA | Display | Download |
| 2iqw | MODEL OF MELANOCORTIN-4 RECEPTOR WITH ASIP | I.D.POGOZHEVA | Display | Download |
| 2iqz | AMIDASE-03, A CELL WALL HYDROLASE ENZYME N-ACETYLMURAMOYL-L- ALANINE AMIDASE FROM BACILLUS ANTHRACIS | RAJNEE,RAVI DATTA SHARMA,NABAJYOTI GOSWAMI,SAFDAR JAWAID, A.M.LYNN,T FATMA | Display | Download |
| 2ir0 | N-TERMINUS OF AMIDASE-03, A CELL WALL HYDROLASE ENZYME N- ACETYLMURAMOYL-L-ALANINE AMIDASE FROM BACILLUS ANTHRACIS | RAJNEE,RAVI DATTA SHARMA,NABAJYOTI GOSWAMI,SAFDAR JAWAID, A.M.LYNN,T FATMA | Display | Download |
| 2ir1 | THEORETICAL MODEL | NUNNA SIVA KUMARI,K MABU BASHA,B SURENDHER REDDY | Display | Download |
| 2ir2 | THEORETICAL MODEL | NUNNA SIVA KUMARI,NIRLIPT RAI | Display | Download |
| 2ir4 | AMIDASE-02, A CELL WALL HYDROLASE ENZYME N-ACETYLMURAMOYL-L- ALANINE AMIDASE FROM BACILLUS ANTHRACIS | RAJNEE,NABAJYOTI GOSWAMI,RAVI DATTA SHARMA,SAFDAR JAWAID, A.M.LYNN,T FATMA | Display | Download |
| 2ir5 | CHIMERIC AMIDASE, THE CELL WALL HYDROLASE ENZYMES N- ACETYLMURAMOYL-L-ALANINE AMIDASES FROM BACILLUS ANTHRACIS | RAJNEE,BHASKAR GOGOI,NABAJYOTI GOSWAMI,RAVI DATTA SHARMA, SAFDAR JAWAID,T FATMA | Display | Download |
| 2ir7 | COMPARATIVE MODEL OF PANTOTHENATE SYNTHETASE FROM AQUIFEX EOLICUS STRAIN VF5 | S.POKKULURI,S. V.POKKULURI,C. H.CHILAKALAPUDI | Display | Download |
| 2ir8 | PLYG,N-TERMINUS GAMMA AMIDASE, A CELL WALL HYDROLASE ENZYME N-ACETYLMURAMOYL-L-ALANINE AMIDASE FROM BACILLUS ANTHRACIS GAMMA-BACTERIOPHAGE | RAJNEE,RAVI DATTA SHARMA,NABAJYOTI GOSWAMI,SAFDAR JAWAID, A.M.LYNN,T FATMA | Display | Download |
| 2ir9 | AMIDASE-02 C-TERMINUS, A CELL WALL HYDROLASE ENZYME N- ACETYLMURAMOYL-L-ALANINE AMIDASE FROM BACILLUS ANTHRACIS | RAVI DATTA SHARMA,NABAJYOTI GOSWAMI,BHASKARJYOTI GOGOI, RAJNEE,SAFDAR JAWAID,T FATMA | Display | Download |
| 2ira | A HYPOTHETICAL ORF FROM E. COLI ENCODING A GLYCINE-LESS PROTEIN | RAJNEE,RAVI DATTA SHARMA,NABAJYOTI GOSWAMI,SAFDAR JAWAID, A.M.LYNN,T FATMA | Display | Download |
| 2irb | AMIDASE-03 C-TERMINUS, A CELL WALL HYDROLASE ENZYME N- ACETYLMURAMOYL-L-ALANINE AMIDASE FROM BACILLUS ANTHRACIS | NABAJYOTI GOSWAMI,RAVI DATTA SHARMA,RAJNEE,SAFDAR JAWAID, A.M.LYNN,T FATMA | Display | Download |
| 2irc | : PLYG,GAMMA AMIDASE C-TERMINUS , A CELL WALL HYDROLASE ENZYME N-ACETYLMURAMOYL-L-ALANINE AMIDASE FROM BACILLUS ANTHRACIS GAMMA-BACTERIOPHAGE | RAVI DATTA SHARMA,NABAJYOTI GOSWAMI,RAJNEE,SAFDAR JAWAID, A.M.LYNN,T FATMA | Display | Download |
| 2ird | MUTANT OF A HYPOTHETICAL ORF FROM E. COLI ENCODING A GLYCINE-LESS PROTEIN | NABAJYOTI GOSWAMI,RAVI DATTA SHARMA,RAJNEE,SAFDAR JAWAID, A.M.LYNN,T FATMA | Display | Download |
| 2ire | MUTANT OF A HYPOTHETICAL ORF FROM E. COLI ENCODING A GLYCINE-LESS PROTEIN | RAJNEE,NABAJYOTI GOSWAMI,RAVI DATTA SHARMA,SAFDAR JAWAID, A.M.LYNN,T FATMA | Display | Download |
| 2irh | MUTANT OF A HYPOTHETICAL ORF FROM E. COLI ENCODING A GLYCINE-LESS PROTEIN | RAJNEE,NABAJYOTI GOSWAMI,RAVI DATTA SHARMA,BHASKARJYOTI GOGOI,SAFDAR JAWAID,T FATMA | Display | Download |
| 2iri | MUTANT OF A HYPOTHETICAL ORF FROM E. COLI ENCODING A GLYCINE-LESS PROTEIN | NABAJYOTI GOSWAMI,RAVI DATTA SHARMA,BHASKARJYOTI GOGOI, RAJNEE,SAFDAR JAWAID,T FATMA | Display | Download |
| 2irj | MODEL STRUCTURE OF DNA DODECAMER D(CGCGAATTCGCG)2 BOUND TO 5-(2-AMIDINO)-2-(4-ETHOXYPHENYL)BENZIMIDAZOLE | S.A.SHAIKH | Display | Download |
| 2irk | MODEL STRUCTURE OF DNA DODECAMER D(CGCGAATTCGCG)2 BOUND TO BIS[5-(2-AMIDINO)-2-BENZIMIDAZOLYL]METHANE | S.A.SHAIKH | Display | Download |
| 2irl | MODEL STRUCTURE OF DNA DODECAMER D(CGCGAATTCGCG)2 BOUND TO 1,2-BIS[5-(2-IMIDAZOLINYL)-2-BENZIMIDAZOLYL]ETHANE | S.A.SHAIKH | Display | Download |
| 2j1h | THE TRANSMEMBRANE DOMAIN OF THE ONCOGENIC MUTANT ERBB-2 RECEPTOR | A.J.BEEVERS,A.KUKOL | Display | Download |
| 2j1i | THE TRANSMEMBRANE DOMAIN OF PHOSPHOLEMMAN (FXYD1) | A.J.BEEVERS,A.KUKOL | Display | Download |
| 2j26 | THEORETICAL MODEL OF DEPOLYMERASE GENE OF (PHAZ) PSEUDOMONAS SP.LDC-5 | K.SUJATHA,A.MAHALAKSHMI,R.SHENBAGARATHAI | Display | Download |
| 2j29 | THEORETICAL MODEL OF PHA SYNTHASE (PHAC2) OF INDIGENOUS PSEUDOMONAS SP.LDC-5 | K.SUJATHA,A.MAHALAKSHMI,R.SHENBAGARATHAI | Display | Download |
| 2j2a | THEORETICAL MODEL OF CRY10AA PROTEIN SEQUENCE OF BACILLUS THURINGIENSIS LDC-9 | A.MAHALAKSHMI,K.SUJATHA,R.SHENBAGARATHAI | Display | Download |
| 2j2b | THEORETICAL MODEL OF CRY4AA PROTEIN SEQUENCE OF B. THURINGIENSIS LDC-9 | A.MAHALAKSHMI,K.SUJATHA,R.SHENBAGARATHAI | Display | Download |
| 2j2d | THEORETICAL MODEL OF CYTOLYTIC PROTEIN-1 OF BACILLUS THURINGIENSIS LDC-9 | A.MAHALAKSHMI,K.SUJATHA,R.SHENBAGARATHAI | Display | Download |
| 2j2e | THEORETICAL MODEL OF CYT 2 PROTEIN OF BACILLUS THURINGIENSIS LDC-9 | A.MAHALAKSHMI,K.SUJATHA,R.SHENBAGARATHAI | Display | Download |
| 2j2g | THEORETICAL MODEL OF B.THURINGIENSIS LDC-9 CRY11AA PROTEIN SEQUENCE | A.MAHALAKSHMI,K.SUJATHA,R.SHENBAGARATHAI | Display | Download |
| 2j2h | THEORETICAL MODEL OF PHAC1 PROTEIN OF INDIGENOUS PSEUDOMONAS SP.LDC-5 | K.SUJATHA,A.MAHALAKSHMI,R.SHENBAGARATHAI | Display | Download |
| 2j2k | THEORTICAL MODEL OF P16480 CRY 4AA PROTEIN OF BACILLUS THURIGIENSIS ISRAELENSIS. | A.MAHALAKSHMI,K.SUJATHA,R.SHENBAGARATHAI | Display | Download |
| 2j2l | HOMOLOGY MODEL OF P0A382 TYPE-1AA CYTOLYTIC DELTA-ENDOTOXIN OF BACILLUS THURINGIENSIS SEROVAR ISRAELENSIS | A.MAHALAKSHMI,K.SUJATHA,R.SHENBAGARATHAI | Display | Download |
| 2j2n | THEORTICAL MODEL OF PHAC1 PROTEIN OF INDIGENOUS PSEUDOMONAS SP.LDC-25 | K.SUJATHA,A.MAHALAKSHMI,R.SHENBAGARATHAI | Display | Download |
| 2j2o | THEORETICAL MODEL OF PHA Z(DEPOLYMERASE) OF PSEUDOMONAS SP. LDC-25 | K.SUJATHA,A.MAHALAKSHMI,R.SHENBAGARATHAI | Display | Download |
| 2j2q | THEORTICAL MODEL OF P.OLEOVORANS POLY(3-HYDROXYALKANOATE) POLYMERASE 1 (PHAC2) | K.SUJATHA,A.MAHALAKSHMI,R.SHENBAGARATHAI | Display | Download |
| 2j2r | THEORETICAL MODEL OF Q45723 (CYTOLYTIC PROTEIN 2) OF BACILLUS THURINGIENSIS SEROVAR ISRAELENSIS | A.MAHALAKSHMI,K.SUJATHA,R.SHENBAGARATHAI | Display | Download |
| 2j2v | THEORTICAL MODEL OF LDC-25 POLYHYDROXYALKANOATE POLYMERASE (PHAC1) | K.SUJATHA,A.MAHALAKSHMI,R.SHENBAGARATHAI | Display | Download |
| 2j2w | THEORTICAL MODEL OF P.OLEOVORANS POLY(3-HYDROXYALKANOATE) POLYMERASE 1 | K.SUJATHA,A.MAHALAKSHMI,R.SHENBAGARATHAI | Display | Download |
| 2j2x | THEORETICAL MODEL OF PHA DEPOLYMERASE OF PSEUDOMONAS OLEOVORANS (AAA25933) | K.SUJATHA,A.MAHALAKSHMI,R.SHENBAGARATHAI | Display | Download |
| 2j2y | THEORTICAL MODEL OF BACILLUS THURINGIENSIS STRAIN LDC-9 PESTICIDAL CRYSTAL PROTEIN CRY4B | A.MAHALAKSHMI,K.SUJATHA,R.SHENBAGARATHAI | Display | Download |
| 2j35 | THEORTICAL MODEL OF CRY4BA (INSECTICIDAL DELTA-ENDOTOXIN) | A.MAHALAKSHMI,K.SUJATHA,R.SHENBAGARATHAI | Display | Download |
| 2j36 | THEORETICAL MODEL OF CRY10AA INSECTICIDAL DELTA-ENDOTOXIN | A.MAHALAKSHMI,K.SUJATHA,R.SHENBAGARATHAI | Display | Download |
| 2j39 | THEORTICAL MODEL OF BACILLUS THURIGIENSIS (P21256)CRY 11. | A.MAHALAKSHMI,K.SUJATHA,R.SHENBAGARATHAI | Display | Download |
| 2j3a | THEORTICAL MODEL OF UV PIGMENTED MUTANT OF PSEUDOMONAS SP. LDC-5 | K.SUJATHA,A.MAHALAKSHMI,R.SHENBAGARATHAI | Display | Download |
| 2j3b | THEORTICAL MODEL OF UV MUTANT OF (UV-B)PSEUDOMONAS SP.LDC-5 PHAC1 | K.SUJATHA,A.MAHALAKSHMI,R.SHENBAGARATHAI | Display | Download |
| 2j3c | THEORTICAL MODEL OF MNNG MUTANT OF (MNNG-S) PSEUDOMONAS SP. LDC-5 PHAC1 | K.SUJATHA,A.MAHALAKSHMI,R.SHENBAGARATHAI | Display | Download |
| 2loi | IMMUNOGLOBULIN LAMBDA LIGHT CHAIN DIMER LOI FROM A HUMAN PATIENT | T.S.JOKIRANTA,A.SOLOMON,M.K.PANGBURN,P.F.ZIPFEL,S.MERI | Display | Download |
| 2msh | TRITHIOL ALPHA MELANOCYTE STIMULATING HORMONE CYCLIZED THROUGH RHENIUM COORDINATION | M.F.GIBLIN,N.WANG,T.J.HOFFMAN,S.S.JURISSON,T.P.QUINN | Display | Download |
| 2mvp | STRUCTURAL STUDIES OF THE RETROVIRAL PROTEINASE FROM AVIAN MYELOBLASTOSIS ASSOCIATED VIRUS | D.H.OHLENDORF,S.I.FOUNDLING,F.R.SALEMME | Display | Download |
| 2pai | ELUCIDATING THE STRUCTURAL CHEMISTRY OF GLYCOSAMINOGLYCAN RECOGNITION BY PROTEIN C INHIBITOR | L.A.KUHN,J.H.GRIFFIN,C.L.FISHER,J.S.GREENGARD,J.A.TAINER | Display | Download |
| 2pct | MODELS OF THE SERINE PROTEASE DOMAIN OF THE HUMAN ANTITHROMBOTIC PLASMA FACTOR ACTIVATED PROTEIN C AND ITS ZYMOGEN | C.L.FISHER,J.S.GREENGARD,J.H.GRIFFIN | Display | Download |
| 2phv | COMPARATIVE ANALYSIS OF THE SEQUENCES AND STRUCTURES OF HIV- 1 AND HIV-2 PROTEASES | A.GUSTCHINA,I.T.WEBER | Display | Download |
| 2psa | KNOWLEDGE BASED MODEL OF PROSTATE SPECIFIC ANTIGEN (THEORETICAL MODEL) BOUND TO A CONSENSUS PEPTIDE SUBSTRATE | J.L.PELLEQUER | Display | Download |
| 2psk | THEORETICAL MODEL OF AN FAB FRAGMENT COMPLEXED WITH THE MELANOMA-ASSOCIATED GD2 GANGLIOSIDE | S.L.PICHLA,R.MURALI,R.M.BURNETT | Display | Download |
| 2pte | DIFFERENT MODES OF VANCOMYCIN AND D-ALANYL-D-ALANINE PEPTIDASE BINDING TO CELL WALL PEPTIDE AND A POSSIBLE ROLE FOR THE VANCOMYCIN RESISTANCE PROTEIN | J.R.KNOX | Display | Download |
| 2rlx | RELAXIN AND ITS STRUCTURAL RELATIONSHIP TO INSULIN | N.W.ISAACS,G.DODSON,A.C.EVANS,A.JACK,A.C.T.NORTH,R.JAMES, H.NIALL,G.BRYANT-GREENWOOD | Display | Download |
| 2slk | CONFORMATIONAL ENERGY STUDIES OF BETA-SHEETS OF MODEL SILK FIBROIN PEPTIDES. I. SHEETS OF POLY(ALA-GLY) CHAINS | S.A.FOSSEY,G.NEMETHY,K.D.GIBSON,H.A.SCHERAGA | Display | Download |
| 2zna | LEFT-HANDED DOUBLE HELICAL DNA. VARIATIONS IN THE BACKBONE CONFORMATION | A.H.-J.WANG,G.J.QUIGLEY,F.J.KOLPAK,G.VAN DERMAREL, J.H.VANBOOM,A.RICH | Display | Download |
| 3ace | THEORETICAL MODEL OF (R)-E2020 BOUND ACETYLCHOLINESTERASE COMPLEX, 3 STRUCTURES | Y.-P.PANG | Display | Download |
| 3dhl | MODELS OF DELTA-HEMOLYSIN MEMBRANE CHANNELS AND CRYSTAL STRUCTURES | G.RAGHUNATHAN,H.R.GUY | Display | Download |
| 3flx | DE NOVO DESIGN, EXPRESSION, AND CHARACTERIZATION OF FELIX: A FOUR-HELIX BUNDLE PROTEIN OF NATIVE-LIKE SEQUENCE | T.P.QUINN,D.C.RICHARDSON,J.S.RICHARDSON | Display | Download |
| 3fti | MODEL OF TERNARY COMPLEX OF FARNESYLTRANSFERASE WITH KURASOIN B | K.XU,E.PEROLA,F.G.PRENDERGAST,Y.P.PANG | Display | Download |
| 3itr | PREDICTIVE MODELLING OF THE 3-DIMENSIONAL STRUCTURE OF INTERLEUKIN-13 | P.BAMBOROUGH,D.DUNCAN,W.G.RICHARDS | Display | Download |
| 3its | PREDICTIVE MODELLING OF THE 3-DIMENSIONAL STRUCTURE OF INTERLEUKIN-13 | P.BAMBOROUGH,D.DUNCAN,W.G.RICHARDS | Display | Download |
| 3rlx | RELAXIN AND ITS STRUCTURAL RELATIONSHIP TO INSULIN | N.W.ISAACS,G.DODSON,A.C.EVANS,A.JACK,A.C.T.NORTH,R.JAMES, H.NIALL,G.BRYANT-GREENWOOD | Display | Download |
| 3utr | HUMAN U1A/U1A PRE-MRNA 3'UTR COMPLEX (THEORETICAL MODEL) | L.JOVINE,C.OUBRIDGE,J.M.AVIS,K.NAGAI | Display | Download |
| 3zna | LEFT-HANDED DOUBLE HELICAL DNA. VARIATIONS IN THE BACKBONE CONFORMATION | A.H.-J.WANG,G.J.QUIGLEY,F.J.KOLPAK,G.VAN DERMAREL, J.H.VANBOOM,A.RICH | Display | Download |
| 4ace | THEORETICAL MODEL OF (S)-E2020 BOUND ACETYLCHOLINESTERASE COMPLEX, 3 STRUCTURES | Y.-P.PANG | Display | Download |
| 4clg | AN ENERGETIC EVALUATION OF A "SMITH" COLLAGEN MICROFIBRIL MODEL | J.M.CHEN | Display | Download |
| 4rlx | RELAXIN AND ITS STRUCTURAL RELATIONSHIP TO INSULIN | N.W.ISAACS,G.DODSON,A.C.EVANS,A.JACK,A.C.T.NORTH,R.JAMES, H.NIALL,G.BRYANT-GREENWOOD | Display | Download |
| 4sod | RATIONAL DESIGN AND EXPRESSION OF A HEPARIN-TARGETED HUMAN SUPEROXIDE DISMUTASE | L.A.KUHN,C.L.FISHER,J.A.TAINER | Display | Download |
| 5tra | SOLUTION STRUCTURE OF A TRNA WITH A LARGE VARIABLE REGION: YEAST TRNA-SER | A.C.DOCK-BREGEON | Display | Download |
| 5zna | EVIDENCE FOR A NEW Z-TYPE LEFT-HANDED DNA HELIX: PROPERTIES OF Z(WC)-DNA | A.T.ANSEVIN,A.H.WANG | Display | Download |
| 7tmn | SLOW-AND FAST-BINDING INHIBITORS OF THERMOLYSIN DISPLAY DIFFERENT MODES OF BINDING. CRYSTALLOGRAPHIC ANALYSIS OF EXTENDED PHOSPHONAMIDATE TRANSITION-STATE ANALOGUES | H.M.HOLDEN,D.E.TRONRUD,A.F.MONZINGO,L.H.WEAVER,B.W.MATTHEWS | Display | Download |
| 8cel | THEORETICAL MODEL OF CBH1 IN COMPLEX WITH A CELLULOSE NANOMER | C.DIVNE,J.STAHLBERG,T.A.JONES | Display | Download |
Obsolete theoretical models
| PDBID | Title | Authors | ||
|---|---|---|---|---|
| 1apd | IS APOLIPOPROTEIN D A MAMMALIAN BILIN-*BINDING PROTEIN(QUESTION MARK) | M.C.PEITSCH,M.S.BOGUSKI | Display | Download |
| 1bu0 | MOLECULAR MODEL OF THE SYNAPTIC SNARE COMPLEX, CONSISTING OF THE SYNAPTIC VESICLE PROTEIN VAMP2 AND PRESYNAPTIC PLASMA MEMBRANE PROTEINS SNAP-25 AND SYNTAXIN 1A, EPR STUDY AND MODELING | M.A.POIRIER,W.XIAO,J.C.MACOSKO,C.CHAN,Y.-K.SHIN,M.K.BENNETT | Display | Download |
| 1clj | HOMOLOGY-BUILT MODEL OF HUMAN ACETYLCHOLINESTERASE | C.E.FELDER,J.L.SUSSMAN | Display | Download |
| 1du8 | COLLAGEN-LIKE DOMAIN DELETED RAT SURFACTANT PROTEIN A (SP-A) | N.PALANIYAR,F.X.MCCORMACK,F.POSSMAYER,G.HARAUZ | Display | Download |
| 1i2j | MODEL OF THE HUMAN FACILITATIVE GLUCOSE TRANSPORTER GLUT1 | J.F.HALLER,G.SHI,A.RUBASHKIN,D.R.FLYNN,P.ISEROVICH, J.FISCHBARG | Display | Download |
| 1ja5 | THREE-DIMENSIONAL MODEL OF THE HUMAN FACILITATIVE GLUCOSE TRANSPORTER GLUT1 | F.A.ZUNIGA,G.SHI,J.F.HALLER,A.RUBASHKIN,D.R.FLYNN, P.ISEROVICH,J.FISCHBARG | Display | Download |
| 1kgh | ADAM-9 IN COMPLEX WITH HYPOTHETICAL VAALYLVCGA SUBSTRATE | S.MANZETTI,D.R.MCCULLOCH,A.C.HERINGTON | Display | Download |
| 1kn8 | MOLECULAR DYNAMICS OF MMP-3, ADAM-9 AND ADAM-10: NEW IMPLICATIONS ON FAMILIARITY, STRUCTURE, FUNCTION AND SUBSTRATE AFFINITY | S.MANZETTI,D.R.MCCULLOCH,A.C.HERINGTON | Display | Download |
| 1knh | MOLECULAR DYNAMICS OF MMP-3, ADAM-9 AND ADAM-10: NEW IMPLICATIONS ON FAMILIARITY, STRUCTURE, FUNCTION AND SUBSTRATE AFFINITY | S.MANZETTI,D.R.MCCULLOCH,A.C.HERINGTON | Display | Download |
| 1lmd | KNOWLEDGE BASED MODEL OF A LAMBDA REPRESSOR TETRAMER (TWO DIMERS) BOUND TO TWO ADJACENT OPERATOR SITES | R.CHATTOPADHYAYA,K.GHOSH | Display | Download |
| 1mb7 | THE COMMON ACUTE LYMPHOBLASTIC LEUKEMIA ANTIGEN IN COMPLEX WITH A NATURAL P5-P2' SUBSTRATE, BEFORE, UNDER AND AFTER MOLECULAR SIMULATION IN WATER. | S.MANZETTI | Display | Download |
| 1o74 | A3 ADENOSINE RECEPTOR FROM HUMAN | S.-K.KIM | Display | Download |
| 1q4y | S2 SUBUNIT MODEL OF SARS CORONAVIRUS S PROTEIN | O.SPIGA,A.BERNINI,A.CIUTTI,S.CHIELLINI,N.MENCIASSI, F.FINETTI,V.CAUSARONO,F.ANSELMI,F.PRISCHI,N.NICCOLAI | Display | Download |
| 1tc7 | 3D STRUCTURE OF A TRUNCATED-COFACTOR-BOUND SERINE PROTEASE OF WEST NILE VIRUS NS3 | Q.WANG,Y.-P.PANG | Display | Download |
| 1v1e | THEORETICAL MODEL STRUCTURE OF HIV-2 POL POLYPROTEIN. | C.BARUAH | Display | Download |
| 2ir3 | CHIMERIC AMIDASE, THE CELL WALL HYDROLASE ENZYMES N- ACETYLMURAMOYL-L-ALANINE AMIDASES FROM BACILLUS ANTHRACIS | RAJNEE,NABAJYOTI GOSWAMI,RAVI DATTA SHARMA,SAFDAR JAWAID, A.M.LYNN,T FATMA | Display | Download |
| 2ir6 | PLYG, GAMMA AMIDASE, A CELL WALL HYDROLASE ENZYME N- ACETYLMURAMOYL-L-ALANINE AMIDASE FROM BACILLUS ANTHRACIS GAMMA-BACTERIOPHAGE | RAJNEE,RAVI DATTA SHARMA,NABAJYOTI GOSWAMI,SAFDAR JAWAID, A.M.LYNN,T FATMA | Display | Download |
| 2irg | AMPHIPATHIC PEPTIDE 18A | A.L.LOMIZE | Display | Download |
Created: 2015-03-24
