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Results: 1-9 |
Results: 9
PSEUDOMONAS CELLULOSE-BINDING DOMAINS MEDIATE THEIR EFFECTS BY INCREASING ENZYME-SUBSTRATE PROXIMITY
Authors: BOLAM DN CIRUELA A MCQUEENMASON S SIMPSON P WILLIAMSON MP RIXON JE BORASTON A HAZLEWOOD GP GILBERT HJ
Citation: Dn. Bolam et al., PSEUDOMONAS CELLULOSE-BINDING DOMAINS MEDIATE THEIR EFFECTS BY INCREASING ENZYME-SUBSTRATE PROXIMITY, Biochemical journal, 331, 1998, pp. 775-781
LOCALIZATION OF EXPRESSION OF 3 COLD-INDUCED GENES, BLT101, BLT4.9, AND BLT14, IN DIFFERENT TISSUES OF THE CROWN AND DEVELOPING LEAVES OF COLD-ACCLIMATED CULTIVATED BARLEY
Authors: PEARCE RS HOULSTON CE ATHERTON KM RIXON JE HARRISON P HUGHES MA DUNN MA
Citation: Rs. Pearce et al., LOCALIZATION OF EXPRESSION OF 3 COLD-INDUCED GENES, BLT101, BLT4.9, AND BLT14, IN DIFFERENT TISSUES OF THE CROWN AND DEVELOPING LEAVES OF COLD-ACCLIMATED CULTIVATED BARLEY, Plant physiology, 117(3), 1998, pp. 787-795
THE NODB DOMAIN OF A MULTIDOMAIN XYLANASE FROM CELLULOMONAS-FIMI DEACETYLATES ACETYLXYLAN
Authors: LAURIE JI CLARKE JH CIRUELA A FAULDS CB WILLIAMSON G GILBERT HJ RIXON JE MILLWARDSADLER J HAZLEWOOD GP
Citation: Ji. Laurie et al., THE NODB DOMAIN OF A MULTIDOMAIN XYLANASE FROM CELLULOMONAS-FIMI DEACETYLATES ACETYLXYLAN, FEMS microbiology letters, 148(2), 1997, pp. 261-264
FAMILY-10 AND FAMILY-11 XYLANASES DIFFER IN THEIR CAPACITY TO ENHANCETHE BLEACHABILITY OF HARDWOOD AND SOFTWOOD PAPER PULPS
Authors: CLARKE JH RIXON JE CIRUELA A GILBERT HJ HAZLEWOOD GP
Citation: Jh. Clarke et al., FAMILY-10 AND FAMILY-11 XYLANASES DIFFER IN THEIR CAPACITY TO ENHANCETHE BLEACHABILITY OF HARDWOOD AND SOFTWOOD PAPER PULPS, Applied microbiology and biotechnology, 48(2), 1997, pp. 177-183
CELLULOSE-BINDING DOMAINS AND LINKER SEQUENCES POTENTIATE THE ACTIVITY OF HEMICELLULASES AGAINST COMPLEX SUBSTRATES
Authors: BLACK GW RIXON JE CLARKE JH HAZLEWOOD GP FERREIRA LMA BOLAM DN GILBERT HJ
Citation: Gw. Black et al., CELLULOSE-BINDING DOMAINS AND LINKER SEQUENCES POTENTIATE THE ACTIVITY OF HEMICELLULASES AGAINST COMPLEX SUBSTRATES, Journal of biotechnology, 57(1-3), 1997, pp. 59-69
EVIDENCE THAT LINKER SEQUENCES AND CELLULOSE-BINDING DOMAINS ENHANCE THE ACTIVITY OF HEMICELLULASES AGAINST COMPLEX SUBSTRATES
Authors: BLACK GW RIXON JE CLARKE JH HAZLEWOOD GP THEODOROU MK MORRIS P GILBERT HJ
Citation: Gw. Black et al., EVIDENCE THAT LINKER SEQUENCES AND CELLULOSE-BINDING DOMAINS ENHANCE THE ACTIVITY OF HEMICELLULASES AGAINST COMPLEX SUBSTRATES, Biochemical journal, 319, 1996, pp. 515-520
DO THE NONCATALYTIC POLYSACCHARIDE-BINDING DOMAINS AND LINKER REGIONSENHANCE THE BIOBLEACHING PROPERTIES OF MODULAR XYLANASES
Authors: RIXON JE CLARKE JH HAZLEWOOD GP HOYLAND RW MCCARTHY AJ GILBERT HJ
Citation: Je. Rixon et al., DO THE NONCATALYTIC POLYSACCHARIDE-BINDING DOMAINS AND LINKER REGIONSENHANCE THE BIOBLEACHING PROPERTIES OF MODULAR XYLANASES, Applied microbiology and biotechnology, 46(5-6), 1996, pp. 514-520
EXPRESSION OF COLD-INDUCIBLE GENES AND FROST HARDINESS IN THE CROWN MERISTEM OF YOUNG BARLEY (HORDEUM-VULGARE L-CV IGRI) PLANTS GROWN IN DIFFERENT ENVIRONMENTS
Authors: PEARCE RS DUNN MA RIXON JE HARRISON P HUGHES MA
Citation: Rs. Pearce et al., EXPRESSION OF COLD-INDUCIBLE GENES AND FROST HARDINESS IN THE CROWN MERISTEM OF YOUNG BARLEY (HORDEUM-VULGARE L-CV IGRI) PLANTS GROWN IN DIFFERENT ENVIRONMENTS, Plant, cell and environment, 19(3), 1996, pp. 275-290
HIGH-LEVEL EXPRESSION OF A HETEROLOGOUS PROTEIN IN LACTOBACILLUS-PLANTARUM AND ITS EFFECT ON THE PERSISTENCE OF THE RECOMBINANT STRAIN IN SILAGE
Authors: RIXON JE SHARP R ODONNELL AG HAZLEWOOD GP BREHM JK MINTON NP GILBERT HJ
Citation: Je. Rixon et al., HIGH-LEVEL EXPRESSION OF A HETEROLOGOUS PROTEIN IN LACTOBACILLUS-PLANTARUM AND ITS EFFECT ON THE PERSISTENCE OF THE RECOMBINANT STRAIN IN SILAGE, Biotechnology letters, 17(6), 1995, pp. 561-566
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