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Results: 3
ENGINEERING RESISTANCE TO TRYPSIN INACTIVATION INTO L-ASPARAGINASE THROUGH THE PRODUCTION OF A CHIMERIC PROTEIN BETWEEN THE ENZYME AND A PROTECTIVE SINGLE-CHAIN ANTIBODY
Authors: NEWSTED WJ RAMJEESINGH M ZYWULKO M ROTHSTEIN SJ SHAMI EY
Citation: Wj. Newsted et al., ENGINEERING RESISTANCE TO TRYPSIN INACTIVATION INTO L-ASPARAGINASE THROUGH THE PRODUCTION OF A CHIMERIC PROTEIN BETWEEN THE ENZYME AND A PROTECTIVE SINGLE-CHAIN ANTIBODY, Enzyme and microbial technology, 17(8), 1995, pp. 757-764
A LOW-MOLECULAR-WEIGHT PEPTIDE FROM SNOW MOLD WITH EPITOPIC HOMOLOGY TO THE WINTER FLOUNDER ANTIFREEZE PROTEIN
Authors: NEWSTED WJ POLVI S PAPISH B KENDALL E SALEEM M KOCH M HUSSAIN A CUTLER AJ GEORGES F
Citation: Wj. Newsted et al., A LOW-MOLECULAR-WEIGHT PEPTIDE FROM SNOW MOLD WITH EPITOPIC HOMOLOGY TO THE WINTER FLOUNDER ANTIFREEZE PROTEIN, Biochemistry and cell biology, 72(3-4), 1994, pp. 152-156
CHIMERIC ESCHERICHIA-COLI L-ASPARAGINASE II RESISTANT TO INACTIVATIONBY TRYPSIN WAS CONSTRUCTED BY GENETICALLY FUSING A SINGLE-CHAIN ANTIBODY (DERIVED FROM A PROTECTIVE MAB) TO THE ENZYME MONOMER
Authors: SHAMI EY NEWSTED WJ RAMJEESINGH M ZYWULKO M ROTHSTEIN SJ
Citation: Ey. Shami et al., CHIMERIC ESCHERICHIA-COLI L-ASPARAGINASE II RESISTANT TO INACTIVATIONBY TRYPSIN WAS CONSTRUCTED BY GENETICALLY FUSING A SINGLE-CHAIN ANTIBODY (DERIVED FROM A PROTECTIVE MAB) TO THE ENZYME MONOMER, Journal of cellular biochemistry, 1994, pp. 217-217
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