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Results: 1-16 |
Results: 16
RENDERING ONE AUTOLYSIS SITE IN BACILLUS-SUBTILIS NEUTRAL PROTEASE RESISTANT TO CLEAVAGE REVEALS A NEW FISSION
Authors: VANDENBURG B EIJSINK VGH VRIEND G VELTMAN OR VENEMA G
Citation: B. Vandenburg et al., RENDERING ONE AUTOLYSIS SITE IN BACILLUS-SUBTILIS NEUTRAL PROTEASE RESISTANT TO CLEAVAGE REVEALS A NEW FISSION, Biotechnology and applied biochemistry, 27, 1998, pp. 125-132
ENGINEERING AN ENZYME TO RESIST BOILING
Authors: VANDENBURG B VRIEND G VELTMAN OR EIJSINK VGH
Citation: B. Vandenburg et al., ENGINEERING AN ENZYME TO RESIST BOILING, Proceedings of the National Academy of Sciences of the United Statesof America, 95(5), 1998, pp. 2056-2060
PROBING CATALYTIC HINGE BENDING MOTIONS IN THERMOLYSIN-LIKE PROTEASESBY GLYCINE-]ALANINE MUTATIONS
Authors: VELTMAN OR EIJSINK VGH VRIEND G DEKREIJ A VENEMA G VANDENBURG B
Citation: Or. Veltman et al., PROBING CATALYTIC HINGE BENDING MOTIONS IN THERMOLYSIN-LIKE PROTEASESBY GLYCINE-]ALANINE MUTATIONS, Biochemistry, 37(15), 1998, pp. 5305-5311
A SINGLE CALCIUM-BINDING SITE IS CRUCIAL FOR THE CALCIUM-DEPENDENT THERMAL-STABILITY OF THERMOLYSIN-LIKE PROTEASES
Authors: VELTMAN OR VRIEND G BERENDSEN HJC VANDENBURG B VENEMA G EIJSINK VGH
Citation: Or. Veltman et al., A SINGLE CALCIUM-BINDING SITE IS CRUCIAL FOR THE CALCIUM-DEPENDENT THERMAL-STABILITY OF THERMOLYSIN-LIKE PROTEASES, Biochemistry, 37(15), 1998, pp. 5312-5319
DESIGN OF THERMOLABILE BACTERIOPHAGE REPRESSOR MUTANTS BY COMPARATIVEMOLECULAR MODELING
Authors: NAUTA A VANDENBURG B KARSENS H VENEMA G KOK J
Citation: A. Nauta et al., DESIGN OF THERMOLABILE BACTERIOPHAGE REPRESSOR MUTANTS BY COMPARATIVEMOLECULAR MODELING, Nature biotechnology, 15(10), 1997, pp. 980-983
SITE-DIRECTED MUTAGENESIS AND IMMOBILIZATION FOR PROBING A NEW MODEL OF PROTEIN STABILIZATION
Authors: MANSFELD J VRIEND G VELTMAN OR VANDENBURG B VENEMA G EIJSINK VGH ULBRICHHOFMANN R
Citation: J. Mansfeld et al., SITE-DIRECTED MUTAGENESIS AND IMMOBILIZATION FOR PROBING A NEW MODEL OF PROTEIN STABILIZATION, The FASEB journal, 11(9), 1997, pp. 1060-1060
MANIPULATING BACILLUS NEUTRAL PROTEASE AUTOLYSIS
Authors: VANDENBURG B EIJSINK V VRIEND G VELTMAN R VENEMA G
Citation: B. Vandenburg et al., MANIPULATING BACILLUS NEUTRAL PROTEASE AUTOLYSIS, Protein engineering, 10, 1997, pp. 37-37
IDENTIFICATION OF THE CRITICAL CALCIUM SITE IN THE THERMOLYSIN-LIKE PROTEASE OF BACILLUS-STEAROTHERMOPHILUS REVEALS INITIAL STEPS IN THERMAL UNFOLDING
Authors: VELTMAN OR EIJSINK VGH VRIEND G VENEMA G VANDENBURG B
Citation: Or. Veltman et al., IDENTIFICATION OF THE CRITICAL CALCIUM SITE IN THE THERMOLYSIN-LIKE PROTEASE OF BACILLUS-STEAROTHERMOPHILUS REVEALS INITIAL STEPS IN THERMAL UNFOLDING, Protein engineering, 10, 1997, pp. 37-37
EXTREME STABILIZATION OF A THERMOLYSIN-LIKE PROTEASE BY AN ENGINEEREDDISULFIDE BOND
Authors: MANSFELD J VRIEND G DIJKSTRA BW VELTMAN OR VANDENBURG B VENEMA G ULBRICHHOFMANN R EIJSINK VGH
Citation: J. Mansfeld et al., EXTREME STABILIZATION OF A THERMOLYSIN-LIKE PROTEASE BY AN ENGINEEREDDISULFIDE BOND, The Journal of biological chemistry, 272(17), 1997, pp. 11152-11156
ENGINEERING THERMOLYSIN-LIKE PROTEASES WHOSE STABILITY IS LARGELY INDEPENDENT OF CALCIUM
Authors: VELTMAN OR VRIEND G VANDENBURG B HARDY F VENEMA G EIJSINK VGH
Citation: Or. Veltman et al., ENGINEERING THERMOLYSIN-LIKE PROTEASES WHOSE STABILITY IS LARGELY INDEPENDENT OF CALCIUM, FEBS letters, 405(2), 1997, pp. 241-244
MUTATIONAL ANALYSIS OF A SURFACE-AREA THAT IS CRITICAL FOR THE THERMAL-STABILITY OF THERMOLYSIN-LIKE PROTEASES
Authors: VELTMAN OR VRIEND G HARDY F MANSFELD J VANDENBURG B VENEMA G EIJSINK VGH
Citation: Or. Veltman et al., MUTATIONAL ANALYSIS OF A SURFACE-AREA THAT IS CRITICAL FOR THE THERMAL-STABILITY OF THERMOLYSIN-LIKE PROTEASES, European journal of biochemistry, 248(2), 1997, pp. 433-440
ANALYSIS OF STRUCTURAL DETERMINANTS OF THE STABILITY OF THERMOLYSIN-LIKE PROTEASES BY MOLECULAR MODELING AND SITE-DIRECTED MUTAGENESIS
Authors: VELTMAN OR VRIEND G MIDDELHOVEN PJ VANDENBURG B VENEMA G EIJSINK VGH
Citation: Or. Veltman et al., ANALYSIS OF STRUCTURAL DETERMINANTS OF THE STABILITY OF THERMOLYSIN-LIKE PROTEASES BY MOLECULAR MODELING AND SITE-DIRECTED MUTAGENESIS, Protein engineering, 9(12), 1996, pp. 1181-1189
PROTEIN STABILIZATION BY HYDROPHOBIC INTERACTIONS AT THE SURFACE
Authors: VANDENBURG B DIJKSTRA BW VRIEND G VANDERVINNE B VENEMA G EIJSINK VGH
Citation: B. Vandenburg et al., PROTEIN STABILIZATION BY HYDROPHOBIC INTERACTIONS AT THE SURFACE, European journal of biochemistry, 220(3), 1994, pp. 981-985
INTRODUCTION OF DISULFIDE BONDS INTO BACILLUS-SUBTILIS NEUTRAL PROTEASE
Authors: VANDENBURG B DIJKSTRA BW VANDERVINNE B STULP BK EIJSINK VGH VENEMA G
Citation: B. Vandenburg et al., INTRODUCTION OF DISULFIDE BONDS INTO BACILLUS-SUBTILIS NEUTRAL PROTEASE, Protein engineering, 6(5), 1993, pp. 521-527
INTRODUCTION OF A STABILIZING 10-RESIDUE BETA-HAIRPIN IN BACILLUS-SUBTILIS NEUTRAL PROTEASE
Authors: EIJSINK VGH VRIEND G VANDENBURG B VANDERZEE JR VELTMAN OR STULP BK VENEMA G
Citation: Vgh. Eijsink et al., INTRODUCTION OF A STABILIZING 10-RESIDUE BETA-HAIRPIN IN BACILLUS-SUBTILIS NEUTRAL PROTEASE, Protein engineering, 5(2), 1992, pp. 157-163
INCREASING THE THERMOSTABILITY OF A NEUTRAL PROTEASE BY REPLACING POSITIVELY CHARGED AMINO-ACIDS IN THE N-TERMINAL TURN OF ALPHA-HELICES
Authors: EIJSINK VGH VRIEND G VANDENBURG B VANDERZEE JR VENEMA G
Citation: Vgh. Eijsink et al., INCREASING THE THERMOSTABILITY OF A NEUTRAL PROTEASE BY REPLACING POSITIVELY CHARGED AMINO-ACIDS IN THE N-TERMINAL TURN OF ALPHA-HELICES, Protein engineering, 5(2), 1992, pp. 165-170
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