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Results: 1-12 |
Results: 12
STRUCTURE, FUNCTION AND PROTEIN ENGINEERING OF STARCH-DEGRADING ENZYMES
Authors: GOTTSCHALK TE FIEROBE HP MIRGORODSKAYA E CLARKE AJ TULL D SIGURSKJOLD BW CHRISTENSEN T PAYRE N FRANDSEN TP JUGE N MCGUIRE KA COTTAZ S ROEPSTORFF P DRIGUEZ H WILLIAMSON G SVENSSON B
Citation: Te. Gottschalk et al., STRUCTURE, FUNCTION AND PROTEIN ENGINEERING OF STARCH-DEGRADING ENZYMES, Biochemical Society transactions, 26(2), 1998, pp. 198-204
PLANT ALPHA-GLUCOSIDASES OF THE GLYCOSIDE HYDROLASE FAMILY-31 - MOLECULAR-PROPERTIES, SUBSTRATE-SPECIFICITY, REACTION-MECHANISM, AND COMPARISON WITH FAMILY MEMBERS OF DIFFERENT ORIGIN
Authors: FRANDSEN TP SVENSSON B
Citation: Tp. Frandsen et B. Svensson, PLANT ALPHA-GLUCOSIDASES OF THE GLYCOSIDE HYDROLASE FAMILY-31 - MOLECULAR-PROPERTIES, SUBSTRATE-SPECIFICITY, REACTION-MECHANISM, AND COMPARISON WITH FAMILY MEMBERS OF DIFFERENT ORIGIN, Plant molecular biology, 37(1), 1998, pp. 1-13
OVEREXPRESSION AND CHARACTERIZATION OF ASPERGILLUS-AWAMORI WILD-TYPE AND MUTANT GLUCOAMYLASE SECRETED BY THE METHYLOTROPHIC YEAST PICHIA-PASTORIS - COMPARISON WITH WILD-TYPE RECOMBINANT GLUCOAMYLASE PRODUCED USING SACCHAROMYCES-CEREVISIAE AND ASPERGILLUS-NIGER AS HOSTS
Authors: FIEROBE HP MIRGORODSKAYA E FRANDSEN TP ROEPSTORFF P SVENSSON B
Citation: Hp. Fierobe et al., OVEREXPRESSION AND CHARACTERIZATION OF ASPERGILLUS-AWAMORI WILD-TYPE AND MUTANT GLUCOAMYLASE SECRETED BY THE METHYLOTROPHIC YEAST PICHIA-PASTORIS - COMPARISON WITH WILD-TYPE RECOMBINANT GLUCOAMYLASE PRODUCED USING SACCHAROMYCES-CEREVISIAE AND ASPERGILLUS-NIGER AS HOSTS, Protein expression and purification, 9(2), 1997, pp. 159-170
GLUCOAMYLASE MUTANTS IN THE CONSERVED ACTIVE-SITE SEGMENT TRP170-TYR175 LOCATED AT A DISTANCE FROM THE SITE OF CATALYSIS
Authors: STOFFER BB DUPONT C FRANDSEN TP LEHMBECK J SVENSSON B
Citation: Bb. Stoffer et al., GLUCOAMYLASE MUTANTS IN THE CONSERVED ACTIVE-SITE SEGMENT TRP170-TYR175 LOCATED AT A DISTANCE FROM THE SITE OF CATALYSIS, Protein engineering, 10(1), 1997, pp. 81-87
STRUCTURE AND ENERGETICS OF THE GLUCOAMYLASE-ISOMALTOSE TRANSITION-STATE COMPLEX PROBED BY USING MODELING AND DEOXYGENATED SUBSTRATES COUPLED WITH SITE-DIRECTED MUTAGENESIS
Authors: FRANDSEN TP STOFFER BB PALCIC MM HOF S SVENSSON B
Citation: Tp. Frandsen et al., STRUCTURE AND ENERGETICS OF THE GLUCOAMYLASE-ISOMALTOSE TRANSITION-STATE COMPLEX PROBED BY USING MODELING AND DEOXYGENATED SUBSTRATES COUPLED WITH SITE-DIRECTED MUTAGENESIS, Journal of Molecular Biology, 263(1), 1996, pp. 79-89
CHEMICAL MAPPING OF THE ACTIVE-SITE OF THE GLUCOAMYLASE OF ASPERGILLUS-NIGER
Authors: LEMIEUX RU SPOHR U BACH M CAMERON DR FRANDSEN TP STOFFER BB SVENSSON B PALCIC MM
Citation: Ru. Lemieux et al., CHEMICAL MAPPING OF THE ACTIVE-SITE OF THE GLUCOAMYLASE OF ASPERGILLUS-NIGER, Canadian journal of chemistry, 74(3), 1996, pp. 319-335
MUTATIONAL MODULATION OF SUBSTRATE BOND-TYPE SPECIFICITY AND THERMOSTABILITY OF GLUCOAMYLASE FROM ASPERGILLUS-AWAMORI BY REPLACEMENT WITH SHORT HOMOLOG ACTIVE-SITE SEQUENCES AND THIOL DISULFIDE ENGINEERING/
Authors: FIEROBE HP STOFFER BB FRANDSEN TP SVENSSON B
Citation: Hp. Fierobe et al., MUTATIONAL MODULATION OF SUBSTRATE BOND-TYPE SPECIFICITY AND THERMOSTABILITY OF GLUCOAMYLASE FROM ASPERGILLUS-AWAMORI BY REPLACEMENT WITH SHORT HOMOLOG ACTIVE-SITE SEQUENCES AND THIOL DISULFIDE ENGINEERING/, Biochemistry, 35(26), 1996, pp. 8696-8704
THERMODYNAMICS OF INHIBITOR BINDING TO MUTANT FORMS OF GLUCOAMYLASE FROM ASPERGILLUS-NIGER DETERMINED BY ISOTHERMAL TITRATION CALORIMETRY
Authors: BERLAND CR SIGURSKJOLD BW STOFFER B FRANDSEN TP SVENSSON B
Citation: Cr. Berland et al., THERMODYNAMICS OF INHIBITOR BINDING TO MUTANT FORMS OF GLUCOAMYLASE FROM ASPERGILLUS-NIGER DETERMINED BY ISOTHERMAL TITRATION CALORIMETRY, Biochemistry, 34(32), 1995, pp. 10153-10161
MUTATIONAL ANALYSIS OF THE ROLES IN CATALYSIS AND SUBSTRATE RECOGNITION OF ARGININE-54 AND ARGININE-305, ASPARTIC-ACID-309, AND TRYPTOPHAN-317 LOCATED AT SUBSITE-1 AND SUBSITE-2 IN GLUCOAMYLASE FROM ASPERGILLUS-NIGER
Authors: FRANDSEN TP CHRISTENSEN T STOFFER B LEHMBECK J DUPONT C HONZATKO RB SVENSSON B
Citation: Tp. Frandsen et al., MUTATIONAL ANALYSIS OF THE ROLES IN CATALYSIS AND SUBSTRATE RECOGNITION OF ARGININE-54 AND ARGININE-305, ASPARTIC-ACID-309, AND TRYPTOPHAN-317 LOCATED AT SUBSITE-1 AND SUBSITE-2 IN GLUCOAMYLASE FROM ASPERGILLUS-NIGER, Biochemistry, 34(32), 1995, pp. 10162-10169
NOVEL DISACCHARIDES CONTAINING SULFUR IN THE RING AND NITROGEN IN THEINTERGLYCOSIDIC LINKAGE - CONFORMATION OF METHYL 5'-THIO-4-N-ALPHA-MALTOSIDE BOUND TO GLUCOAMYLASE AND ITS ACTIVITY AS A COMPETITIVE INHIBITOR
Authors: ANDREWS JS WEIMAR T FRANDSEN TP SVENSSON B PINTO BM
Citation: Js. Andrews et al., NOVEL DISACCHARIDES CONTAINING SULFUR IN THE RING AND NITROGEN IN THEINTERGLYCOSIDIC LINKAGE - CONFORMATION OF METHYL 5'-THIO-4-N-ALPHA-MALTOSIDE BOUND TO GLUCOAMYLASE AND ITS ACTIVITY AS A COMPETITIVE INHIBITOR, Journal of the American Chemical Society, 117(44), 1995, pp. 10799-10804
SITE-DIRECTED MUTAGENESIS OF THE CATALYTIC BASE GLUTAMIC-ACID-400 IN GLUCOAMYLASE FROM ASPERGILLUS-NIGER AND OF TYROSINE-48 AND GLUTAMINE-401, BOTH HYDROGEN-BONDED TO THE GAMMA-CARBOXYLATE GROUP OF GLUTAMIC-ACID-400
Authors: FRANDSEN TP DUPONT C LEHMBECK J STOFFER B SIERKS MR HONZATKO RB SVENSSON B
Citation: Tp. Frandsen et al., SITE-DIRECTED MUTAGENESIS OF THE CATALYTIC BASE GLUTAMIC-ACID-400 IN GLUCOAMYLASE FROM ASPERGILLUS-NIGER AND OF TYROSINE-48 AND GLUTAMINE-401, BOTH HYDROGEN-BONDED TO THE GAMMA-CARBOXYLATE GROUP OF GLUTAMIC-ACID-400, Biochemistry, 33(46), 1994, pp. 13808-13816
PRODUCTION, PURIFICATION AND CHARACTERIZATION OF THE CATALYTIC DOMAINOF GLUCOAMYLASE FROM ASPERGILLUS-NIGER
Authors: STOFFER B FRANDSEN TP BUSK PK SCHNEIDER P SVENDSEN I SVENSSON B
Citation: B. Stoffer et al., PRODUCTION, PURIFICATION AND CHARACTERIZATION OF THE CATALYTIC DOMAINOF GLUCOAMYLASE FROM ASPERGILLUS-NIGER, Biochemical journal, 292, 1993, pp. 197-202
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