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Results: 1-20 |
Results: 20
CHARACTERIZATION OF A FOLDING INTERMEDIATE FROM HIV-1 RIBONUCLEASE-H
Authors: KERN G HANDEL T MARQUSEE S
Citation: G. Kern et al., CHARACTERIZATION OF A FOLDING INTERMEDIATE FROM HIV-1 RIBONUCLEASE-H, Protein science, 7(10), 1998, pp. 2164-2174
SUBDOMAIN INTERACTIONS AS A DETERMINANT IN THE FOLDING AND STABILITY OF T4 LYSOZYME
Authors: LLINAS M MARQUSEE S
Citation: M. Llinas et S. Marqusee, SUBDOMAIN INTERACTIONS AS A DETERMINANT IN THE FOLDING AND STABILITY OF T4 LYSOZYME, Protein science, 7(1), 1998, pp. 96-104
HYDROGEN-EXCHANGE STUDIES OF PROTEIN-STRUCTURE
Authors: RASCHKE TM MARQUSEE S
Citation: Tm. Raschke et S. Marqusee, HYDROGEN-EXCHANGE STUDIES OF PROTEIN-STRUCTURE, Current opinion in biotechnology, 9(1), 1998, pp. 80-86
FOLDING THE RIBONUCLEASE-H DOMAIN OF MOLONEY MURINE LEUKEMIA-VIRUS REVERSE-TRANSCRIPTASE REQUIRES METAL-BINDING OR A SHORT N-TERMINAL EXTENSION
Authors: GOEDKEN ER MARQUSEE S
Citation: Er. Goedken et S. Marqusee, FOLDING THE RIBONUCLEASE-H DOMAIN OF MOLONEY MURINE LEUKEMIA-VIRUS REVERSE-TRANSCRIPTASE REQUIRES METAL-BINDING OR A SHORT N-TERMINAL EXTENSION, Proteins, 33(1), 1998, pp. 135-143
PARTIALLY FOLDED CONFORMATIONS OF RNASE-H
Authors: CHAMBERLAIN AK FISCHER KF RASCHKE TM MARQUSEE S
Citation: Ak. Chamberlain et al., PARTIALLY FOLDED CONFORMATIONS OF RNASE-H, Biophysical journal, 74(2), 1998, pp. 11-11
MOLTEN GLOBULE UNFOLDING MONITORED BY HYDROGEN-EXCHANGE IN UREA
Authors: CHAMBERLAIN AK MARQUSEE S
Citation: Ak. Chamberlain et S. Marqusee, MOLTEN GLOBULE UNFOLDING MONITORED BY HYDROGEN-EXCHANGE IN UREA, Biochemistry, 37(7), 1998, pp. 1736-1742
THE KINETIC FOLDING INTERMEDIATE OF RIBONUCLEASE-H RESEMBLES THE ACIDMOLTED GLOBULE AND PARTIALLY UNFOLDED MOLECULES DETECTED UNDER NATIVECONDITIONS (VOL 4, PG 298, 1997)
Authors: RASCHKE TM MARQUSEE S
Citation: Tm. Raschke et S. Marqusee, THE KINETIC FOLDING INTERMEDIATE OF RIBONUCLEASE-H RESEMBLES THE ACIDMOLTED GLOBULE AND PARTIALLY UNFOLDED MOLECULES DETECTED UNDER NATIVECONDITIONS (VOL 4, PG 298, 1997), Nature structural biology, 4(6), 1997, pp. 505-505
THE KINETIC FOLDING INTERMEDIATE OF RIBONUCLEASE-H RESEMBLES THE ACIDMOLTEN GLOBULE AND PARTIALLY UNFOLDED MOLECULES DETECTED UNDER NATIVECONDITIONS
Authors: RASCHKE TM MARQUSEE S
Citation: Tm. Raschke et S. Marqusee, THE KINETIC FOLDING INTERMEDIATE OF RIBONUCLEASE-H RESEMBLES THE ACIDMOLTEN GLOBULE AND PARTIALLY UNFOLDED MOLECULES DETECTED UNDER NATIVECONDITIONS, Nature structural biology, 4(4), 1997, pp. 298-304
TOURING THE LANDSCAPES - PARTIALLY FOLDED PROTEINS EXAMINED BY HYDROGEN-EXCHANGE
Authors: CHAMBERLAIN AK MARQUSEE S
Citation: Ak. Chamberlain et S. Marqusee, TOURING THE LANDSCAPES - PARTIALLY FOLDED PROTEINS EXAMINED BY HYDROGEN-EXCHANGE, Structure, 5(7), 1997, pp. 859-863
IMPORTANCE OF THE C-TERMINAL HELIX TO THE STABILITY AND ENZYMATIC-ACTIVITY OF ESCHERICHIA-COLI RIBONUCLEASE-H
Authors: GOEDKEN ER RASCHKE TM MARQUSEE S
Citation: Er. Goedken et al., IMPORTANCE OF THE C-TERMINAL HELIX TO THE STABILITY AND ENZYMATIC-ACTIVITY OF ESCHERICHIA-COLI RIBONUCLEASE-H, Biochemistry, 36(23), 1997, pp. 7256-7263
DETECTION OF RARE PARTIALLY FOLDED MOLECULES IN EQUILIBRIUM WITH THE NATIVE CONFORMATION OF RNASEH
Authors: CHAMBERLAIN AK HANDEL TM MARQUSEE S
Citation: Ak. Chamberlain et al., DETECTION OF RARE PARTIALLY FOLDED MOLECULES IN EQUILIBRIUM WITH THE NATIVE CONFORMATION OF RNASEH, Nature structural biology, 3(9), 1996, pp. 782-787
INSIGHTS INTO PROTEIN ADAPTATION TO A SATURATED SALT ENVIRONMENT FROMTHE CRYSTAL-STRUCTURE OF A HALOPHILIC 2FE-2S FERREDOXIN (VOL 3, PG 782, 1996)
Authors: CHAMBERLAIN AK HANDEL TM MARQUSEE S
Citation: Ak. Chamberlain et al., INSIGHTS INTO PROTEIN ADAPTATION TO A SATURATED SALT ENVIRONMENT FROMTHE CRYSTAL-STRUCTURE OF A HALOPHILIC 2FE-2S FERREDOXIN (VOL 3, PG 782, 1996), Nature structural biology, 3(12), 1996, pp. 1055-1055
THE PUTATIVE SUBSTRATE RECOGNITION LOOP OF ESCHERICHIA-COLI RIBONUCLEASE-H IS NOT ESSENTIAL FOR ACTIVITY
Authors: KECK JL MARQUSEE S
Citation: Jl. Keck et S. Marqusee, THE PUTATIVE SUBSTRATE RECOGNITION LOOP OF ESCHERICHIA-COLI RIBONUCLEASE-H IS NOT ESSENTIAL FOR ACTIVITY, The Journal of biological chemistry, 271(33), 1996, pp. 19883-19887
STRUCTURE OF THE ACID STATE OF ESCHERICHIA-COLI RIBONUCLEASE HI
Authors: DABORA JM PELTON JG MARQUSEE S
Citation: Jm. Dabora et al., STRUCTURE OF THE ACID STATE OF ESCHERICHIA-COLI RIBONUCLEASE HI, Biochemistry, 35(37), 1996, pp. 11951-11958
DISSECTION OF THE FOLDING AND FUNCTION OF RIBONUCLEASE-H
Authors: MARQUSEE S CHAMBERLAIN AK DABORA JM KECK JL RASCHKE TM
Citation: S. Marqusee et al., DISSECTION OF THE FOLDING AND FUNCTION OF RIBONUCLEASE-H, The FASEB journal, 9(6), 1995, pp. 1239-1239
STRUCTURAL CHARACTERIZATION OF THE ACID STATE OF ESCHERICHIA-COLI RIBONUCLEASE HI
Authors: DABORA JM PELTON JG MARQUSEE S
Citation: Jm. Dabora et al., STRUCTURAL CHARACTERIZATION OF THE ACID STATE OF ESCHERICHIA-COLI RIBONUCLEASE HI, The FASEB journal, 9(6), 1995, pp. 1242-1242
SUBSTITUTION OF A HIGHLY BASIC HELIX LOOP SEQUENCE INTO THE HIV RNASE-H DOMAIN RESTORES ITS MN++-DEPENDENT RNASE-H ACTIVITY/
Authors: KECK JL MARQUSEE S
Citation: Jl. Keck et S. Marqusee, SUBSTITUTION OF A HIGHLY BASIC HELIX LOOP SEQUENCE INTO THE HIV RNASE-H DOMAIN RESTORES ITS MN++-DEPENDENT RNASE-H ACTIVITY/, Protein engineering, 8, 1995, pp. 61-61
SUBSTITUTION OF A HIGHLY BASIC HELIX LOOP SEQUENCE INTO THE RNASE-H DOMAIN OF HUMAN-IMMUNODEFICIENCY-VIRUS REVERSE-TRANSCRIPTASE RESTORES ITS MN2-DEPENDENT RNASE-H ACTIVITY()
Authors: KECK JL MARQUSEE S
Citation: Jl. Keck et S. Marqusee, SUBSTITUTION OF A HIGHLY BASIC HELIX LOOP SEQUENCE INTO THE RNASE-H DOMAIN OF HUMAN-IMMUNODEFICIENCY-VIRUS REVERSE-TRANSCRIPTASE RESTORES ITS MN2-DEPENDENT RNASE-H ACTIVITY(), Proceedings of the National Academy of Sciences of the United Statesof America, 92(7), 1995, pp. 2740-2744
EQUILIBRIUM UNFOLDING OF ESCHERICHIA-COLI RIBONUCLEASE-H - CHARACTERIZATION OF A PARTIALLY FOLDED STATE
Authors: DABORA JM MARQUSEE S
Citation: Jm. Dabora et S. Marqusee, EQUILIBRIUM UNFOLDING OF ESCHERICHIA-COLI RIBONUCLEASE-H - CHARACTERIZATION OF A PARTIALLY FOLDED STATE, Protein science, 3(9), 1994, pp. 1401-1408
CONTRIBUTIONS OF A HYDROGEN-BOND SALT BRIDGE NETWORK TO THE STABILITYOF SECONDARY AND TERTIARY STRUCTURE IN LAMBDA-REPRESSOR
Authors: MARQUSEE S SAUER RT
Citation: S. Marqusee et Rt. Sauer, CONTRIBUTIONS OF A HYDROGEN-BOND SALT BRIDGE NETWORK TO THE STABILITYOF SECONDARY AND TERTIARY STRUCTURE IN LAMBDA-REPRESSOR, Protein science, 3(12), 1994, pp. 2217-2225
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