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Results: 1-11 |
Results: 11
MECHANISM OF AUTOPROTEOLYSIS AT THE NS2-NS3 JUNCTION OF THE HEPATITIS-C VIRUS POLYPROTEIN
Authors: WU Z YAO NH LE HV WEBER PC
Citation: Z. Wu et al., MECHANISM OF AUTOPROTEOLYSIS AT THE NS2-NS3 JUNCTION OF THE HEPATITIS-C VIRUS POLYPROTEIN, Trends in biochemical sciences, 23(3), 1998, pp. 92-94
COMPARISONS BETWEEN THE STRUCTURES OF HCV AND REP HELICASES REVEAL STRUCTURAL SIMILARITIES BETWEEN SF1 AND SF2 SUPER-FAMILIES OF HELICASES
Authors: KOROLEV S YAO NH LOHMAN TM WEBER PC WAKSMAN G
Citation: S. Korolev et al., COMPARISONS BETWEEN THE STRUCTURES OF HCV AND REP HELICASES REVEAL STRUCTURAL SIMILARITIES BETWEEN SF1 AND SF2 SUPER-FAMILIES OF HELICASES, Protein science, 7(3), 1998, pp. 605-610
CONSTRUCTION, EXPRESSION, AND CHARACTERIZATION OF A NOVEL FULLY ACTIVATED RECOMBINANT SINGLE-CHAIN HEPATITIS-C VIRUS PROTEASE
Authors: TAREMI SS BEYER B MAHER M YAO NH PROSISE W WEBER PC MALCOLM BA
Citation: Ss. Taremi et al., CONSTRUCTION, EXPRESSION, AND CHARACTERIZATION OF A NOVEL FULLY ACTIVATED RECOMBINANT SINGLE-CHAIN HEPATITIS-C VIRUS PROTEASE, Protein science, 7(10), 1998, pp. 2143-2149
SERINE-PROTEASE OF HEPATITIS-C VIRUS EXPRESSED IN INSECT CELLS AS THENS3 4A COMPLEX/
Authors: SALI DL INGRAM R WENDEL M GUPTA D MCNEMAR C TSARBOPOULOS A CHEN JW HONG Z CHASE R RISANO C ZHANG RM YAO NH KWONG AD RAMANATHAN L LE HV WEBER PC
Citation: Dl. Sali et al., SERINE-PROTEASE OF HEPATITIS-C VIRUS EXPRESSED IN INSECT CELLS AS THENS3 4A COMPLEX/, Biochemistry, 37(10), 1998, pp. 3392-3401
A LOW-ENERGY SHORT HYDROGEN-BOND IN VERY HIGH-RESOLUTION STRUCTURES OF PROTEIN-RECEPTOR PHOSPHATE COMPLEXES
Authors: WANG ZM LUECKE H YAO NH QUIOCHO FA
Citation: Zm. Wang et al., A LOW-ENERGY SHORT HYDROGEN-BOND IN VERY HIGH-RESOLUTION STRUCTURES OF PROTEIN-RECEPTOR PHOSPHATE COMPLEXES, Nature structural biology, 4(7), 1997, pp. 519-522
STRUCTURE OF THE HEPATITIS-C VIRUS-RNA HELICASE DOMAIN
Authors: YAO NH HESSON T CABLE M HONG Z KWONG AD LE HV WEBER PC
Citation: Nh. Yao et al., STRUCTURE OF THE HEPATITIS-C VIRUS-RNA HELICASE DOMAIN, Nature structural biology, 4(6), 1997, pp. 463-467
A LOW-ENERGY SHORT HYDROGEN-BOND IN VERY HIGH-RESOLUTION STRUCTURES OF PROTEIN RECEPTOR-PHOSPHATE COMPLEXES (VOL 4, PG 519, 1997)
Authors: WANG ZM LUECKE H YAO NH QUIOCHO FA
Citation: Zm. Wang et al., A LOW-ENERGY SHORT HYDROGEN-BOND IN VERY HIGH-RESOLUTION STRUCTURES OF PROTEIN RECEPTOR-PHOSPHATE COMPLEXES (VOL 4, PG 519, 1997), Nature structural biology, 4(10), 1997, pp. 840-840
NEGATIVE ELECTROSTATIC SURFACE-POTENTIAL OF PROTEIN SITES SPECIFIC FOR ANIONIC LIGANDS
Authors: LEDVINA PS YAO NH CHOUDHARY A QUIOCHO FA
Citation: Ps. Ledvina et al., NEGATIVE ELECTROSTATIC SURFACE-POTENTIAL OF PROTEIN SITES SPECIFIC FOR ANIONIC LIGANDS, Proceedings of the National Academy of Sciences of the United Statesof America, 93(13), 1996, pp. 6786-6791
MALTOSE-BINDING PROTEIN CONTAINING AN INTERDOMAIN DISULFIDE BRIDGE CONFERS A DOMINANT-NEGATIVE PHENOTYPE FOR TRANSPORT AND CHEMOTAXIS
Authors: ZHANG YH MANNERING DE DAVIDSON AL YAO NH MANSON MD
Citation: Yh. Zhang et al., MALTOSE-BINDING PROTEIN CONTAINING AN INTERDOMAIN DISULFIDE BRIDGE CONFERS A DOMINANT-NEGATIVE PHENOTYPE FOR TRANSPORT AND CHEMOTAXIS, The Journal of biological chemistry, 271(30), 1996, pp. 17881-17889
MODULATION OF A SALT LINK DOES NOT AFFECT BINDING OF PHOSPHATE TO ITSSPECIFIC ACTIVE-TRANSPORT RECEPTOR
Authors: YAO NH LEDVINA PS CHOUDHARY A QUIOCHO FA
Citation: Nh. Yao et al., MODULATION OF A SALT LINK DOES NOT AFFECT BINDING OF PHOSPHATE TO ITSSPECIFIC ACTIVE-TRANSPORT RECEPTOR, Biochemistry, 35(7), 1996, pp. 2079-2085
REFINED 1.89-ANGSTROM STRUCTURE OF THE HISTIDINE-BINDING PROTEIN COMPLEXED WITH HISTIDINE AND ITS RELATIONSHIP WITH MANY OTHER ACTIVE-TRANSPORT CHEMOSENSORY PROTEINS
Authors: YAO NH TRAKHANOV S QUIOCHO FA
Citation: Nh. Yao et al., REFINED 1.89-ANGSTROM STRUCTURE OF THE HISTIDINE-BINDING PROTEIN COMPLEXED WITH HISTIDINE AND ITS RELATIONSHIP WITH MANY OTHER ACTIVE-TRANSPORT CHEMOSENSORY PROTEINS, Biochemistry, 33(16), 1994, pp. 4769-4779
Risultati: 1-11 |