HYDROGEN-BONDING IN ENZYMATIC CATALYSIS ANALYZED BY PROTEIN ENGINEERING

[1] THE USE OF DOUBLE MUTANTS TO DETECT STRUCTURAL-CHANGES IN THE ACTIVE-SITE OF THE TYROSYL-TRANSFER RNA-SYNTHETASE (BACILLUS-STEAROTHERMOPHILUS) [J]. CELL, 1984, 38 (03) : 835 - 840

[2] FERSHT A, 1985, ENZYME STRUCTURE MEC, pCH12

[3] HYDROGEN-BONDING AND BIOLOGICAL SPECIFICITY ANALYZED BY PROTEIN ENGINEERING [J]. NATURE, 1985, 314 (6008) : 235 - 238

[4] LIGAND-BINDING AND ENZYMIC CATALYSIS COUPLED THROUGH SUBUNITS IN TYROSYL-TRANSFER-RNA SYNTHETASE [J]. BIOCHEMISTRY, 1975, 14 (01) : 13 - 18

[5] HADANE JBS, 1965, ENZYMES

[6] JONES MD, UNPUB EMBO J

[7] Pauling L., 1946, CHEM ENG NEWS, V24, p[1375, 1375], DOI [10.1021/cen-v024n010, DOI 10.1021/CEN-V024N010.P1375]

[8] DELETION MUTAGENESIS USING AN M13 SPLINT - THE N-TERMINAL STRUCTURAL DOMAIN OF TYROSYL-TRANSFER RNA-SYNTHETASE (B-STEAROTHERMOPHILUS) CATALYZES THE FORMATION OF TYROSYL ADENYLATE [J]. EMBO JOURNAL, 1983, 2 (10) : 1827 - 1829

[9] A LARGE INCREASE IN ENZYME SUBSTRATE AFFINITY BY PROTEIN ENGINEERING [J]. NATURE, 1984, 307 (5947) : 187 - 188

[1] THE USE OF DOUBLE MUTANTS TO DETECT STRUCTURAL-CHANGES IN THE ACTIVE-SITE OF THE TYROSYL-TRANSFER RNA-SYNTHETASE (BACILLUS-STEAROTHERMOPHILUS) [J]. CELL, 1984, 38 (03) : 835 - 840

[2] FERSHT A, 1985, ENZYME STRUCTURE MEC, pCH12

[3] HYDROGEN-BONDING AND BIOLOGICAL SPECIFICITY ANALYZED BY PROTEIN ENGINEERING [J]. NATURE, 1985, 314 (6008) : 235 - 238

[4] LIGAND-BINDING AND ENZYMIC CATALYSIS COUPLED THROUGH SUBUNITS IN TYROSYL-TRANSFER-RNA SYNTHETASE [J]. BIOCHEMISTRY, 1975, 14 (01) : 13 - 18

[5] HADANE JBS, 1965, ENZYMES

[6] JONES MD, UNPUB EMBO J

[7] Pauling L., 1946, CHEM ENG NEWS, V24, p[1375, 1375], DOI [10.1021/cen-v024n010, DOI 10.1021/CEN-V024N010.P1375]

[8] DELETION MUTAGENESIS USING AN M13 SPLINT - THE N-TERMINAL STRUCTURAL DOMAIN OF TYROSYL-TRANSFER RNA-SYNTHETASE (B-STEAROTHERMOPHILUS) CATALYZES THE FORMATION OF TYROSYL ADENYLATE [J]. EMBO JOURNAL, 1983, 2 (10) : 1827 - 1829

[9] A LARGE INCREASE IN ENZYME SUBSTRATE AFFINITY BY PROTEIN ENGINEERING [J]. NATURE, 1984, 307 (5947) : 187 - 188