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Results: 1-13 |
Results: 13
PROLYL ISOMERASES DO NOT CATALYZE ISOMERIZATION OF NON-PROLYL PEPTIDE-BONDS
Authors: SCHOLZ C SCHERER G MAYR LM SCHINDLER T FISCHER G SCHMID FX
Citation: C. Scholz et al., PROLYL ISOMERASES DO NOT CATALYZE ISOMERIZATION OF NON-PROLYL PEPTIDE-BONDS, Biological chemistry, 379(3), 1998, pp. 361-365
DIEL VARIABILITY OF WATER-QUALITY IN A TROPICAL POLLUTED BAY
Authors: PARANHOS R PEREIRA AP MAYR LM
Citation: R. Paranhos et al., DIEL VARIABILITY OF WATER-QUALITY IN A TROPICAL POLLUTED BAY, Environmental monitoring and assessment, 50(2), 1998, pp. 131-141
IDENTIFICATION OF D-PEPTIDE LIGANDS THROUGH MIRROR-IMAGE PHAGE DISPLAY
Authors: SCHUMACHER TNM MAYR LM MINOR DL MILHOLLEN MA BURGESS MW KIM PS
Citation: Tnm. Schumacher et al., IDENTIFICATION OF D-PEPTIDE LIGANDS THROUGH MIRROR-IMAGE PHAGE DISPLAY, Science, 271(5257), 1996, pp. 1854-1857
THE ROLE OF A TRANS-PROLINE IN THE FOLDING MECHANISM OF RIBONUCLEASE-T1
Authors: SCHINDLER T MAYR LM LANDT O HAHN U SCHMID FX
Citation: T. Schindler et al., THE ROLE OF A TRANS-PROLINE IN THE FOLDING MECHANISM OF RIBONUCLEASE-T1, European journal of biochemistry, 241(2), 1996, pp. 516-524
KINETIC-ANALYSIS OF THE UNFOLDING AND REFOLDING OF RIBONUCLEASE TL BYA STOPPED-FLOW DOUBLE-MIXING TECHNIQUE
Authors: MAYR LM ODEFEY C SCHUTKOWSKI M SCHMID FX
Citation: Lm. Mayr et al., KINETIC-ANALYSIS OF THE UNFOLDING AND REFOLDING OF RIBONUCLEASE TL BYA STOPPED-FLOW DOUBLE-MIXING TECHNIQUE, Biochemistry, 35(17), 1996, pp. 5550-5561
ON THE FECAL POLLUTION IN GUANABARA BAY, BRAZIL
Authors: PARANHOS R NASCIMENTO SM MAYR LM
Citation: R. Paranhos et al., ON THE FECAL POLLUTION IN GUANABARA BAY, BRAZIL, Fresenius environmental bulletin, 4(6), 1995, pp. 352-357
NON-PROLYL CIS-TRANS PEPTIDE-BOND ISOMERIZATION AS A RATE-DETERMININGSTEP IN PROTEIN UNFOLDING AND REFOLDING
Authors: ODEFEY C MAYR LM SCHMID FX
Citation: C. Odefey et al., NON-PROLYL CIS-TRANS PEPTIDE-BOND ISOMERIZATION AS A RATE-DETERMININGSTEP IN PROTEIN UNFOLDING AND REFOLDING, Journal of Molecular Biology, 245(1), 1995, pp. 69-78
ROLE OF THE CYS-2 CYS-10 DISULFIDE BOND FOR THE STRUCTURE, STABILITY,AND FOLDING KINETICS OF RIBONUCLEASE-T1
Authors: MAYR LM WILLBOLD D LANDT O SCHMID FX
Citation: Lm. Mayr et al., ROLE OF THE CYS-2 CYS-10 DISULFIDE BOND FOR THE STRUCTURE, STABILITY,AND FOLDING KINETICS OF RIBONUCLEASE-T1, Protein science, 3(2), 1994, pp. 227-239
GENERATION OF A NON-PROLYL CIS PEPTIDE-BOND IN RIBONUCLEASE T-1
Authors: MAYR LM WILLBOLD D ROSCH P SCHMID FX
Citation: Lm. Mayr et al., GENERATION OF A NON-PROLYL CIS PEPTIDE-BOND IN RIBONUCLEASE T-1, Journal of Molecular Biology, 240(4), 1994, pp. 288-293
TEMPERATURE AND SALINITY TRENDS IN GUANABARA BAY (BRAZIL) FROM 1980 TO 1990
Authors: PARANHOS R MAYR LM LAVRADO HP CASTILHO PC
Citation: R. Paranhos et al., TEMPERATURE AND SALINITY TRENDS IN GUANABARA BAY (BRAZIL) FROM 1980 TO 1990, Arquivos de biologia e tecnologia, 36(4), 1993, pp. 685-694
STABILITY AND FOLDING KINETICS OF RIBONUCLEASE-T(1) ARE STRONGLY ALTERED BY THE REPLACEMENT OF CIS-PROLINE-39 WITH ALANINE
Authors: MAYR LM LANDT O HAHN U SCHMID FX
Citation: Lm. Mayr et al., STABILITY AND FOLDING KINETICS OF RIBONUCLEASE-T(1) ARE STRONGLY ALTERED BY THE REPLACEMENT OF CIS-PROLINE-39 WITH ALANINE, Journal of Molecular Biology, 231(3), 1993, pp. 897-912
KINETIC-MODELS FOR UNFOLDING AND REFOLDING OF RIBONUCLEASE-T(1) WITH SUBSTITUTION OF CIS-PROLINE-39 BY ALANINE
Authors: MAYR LM SCHMID FX
Citation: Lm. Mayr et Fx. Schmid, KINETIC-MODELS FOR UNFOLDING AND REFOLDING OF RIBONUCLEASE-T(1) WITH SUBSTITUTION OF CIS-PROLINE-39 BY ALANINE, Journal of Molecular Biology, 231(3), 1993, pp. 913-926
STABILIZATION OF A PROTEIN BY GUANIDINIUM CHLORIDE
Authors: MAYR LM SCHMID FX
Citation: Lm. Mayr et Fx. Schmid, STABILIZATION OF A PROTEIN BY GUANIDINIUM CHLORIDE, Biochemistry, 32(31), 1993, pp. 7994-7998
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