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Results: 1-9 |
Results: 9
NEW ENZYME LINEAGES BY SUBDOMAIN SHUFFLING
Authors: HOPFNER KP KOPETZKI E KRESSE GB BODE W HUBER R ENGH RA
Citation: Kp. Hopfner et al., NEW ENZYME LINEAGES BY SUBDOMAIN SHUFFLING, Proceedings of the National Academy of Sciences of the United Statesof America, 95(17), 1998, pp. 9813-9818
DETERMINATION OF COAGULATION-FACTOR IXA USING CHROMOGENIC OR FLUOROGENIC SUBSTRATES
Authors: STURZEBECHER J PRASA D KOPETZKI E HOPFNER KP SVENDSEN L WICKSTROM P
Citation: J. Sturzebecher et al., DETERMINATION OF COAGULATION-FACTOR IXA USING CHROMOGENIC OR FLUOROGENIC SUBSTRATES, Thrombosis and haemostasis, 1997, pp. 2541-2541
ALCOHOLS STIMULATE THE CATALYTIC ACTIVITY OF COAGULATION-FACTOR IXA
Authors: STURZEBECHER J KOPETZKI E HOPFNER KP WIKSTROM P SVENDSEN L
Citation: J. Sturzebecher et al., ALCOHOLS STIMULATE THE CATALYTIC ACTIVITY OF COAGULATION-FACTOR IXA, Thrombosis and haemostasis, 1997, pp. 2568-2568
CONVERTING BLOOD-COAGULATION FACTOR IXA INTO FACTOR XA - DRAMATIC INCREASE IN AMIDOLYTIC ACTIVITY IDENTIFIES IMPORTANT ACTIVE-SITE DETERMINANTS
Authors: HOPFNER KP BRANDSTETTER H KARCHER A KOPETZKI E HUBER R ENGH RA BODE W
Citation: Kp. Hopfner et al., CONVERTING BLOOD-COAGULATION FACTOR IXA INTO FACTOR XA - DRAMATIC INCREASE IN AMIDOLYTIC ACTIVITY IDENTIFIES IMPORTANT ACTIVE-SITE DETERMINANTS, EMBO journal, 16(22), 1997, pp. 6626-6635
DRAMATIC ENHANCEMENT OF THE CATALYTIC ACTIVITY OF COAGULATION-FACTOR IXA BY ALCOHOLS
Authors: STURZEBECHER J KOPETZKI E BODE W HOPFNER KP
Citation: J. Sturzebecher et al., DRAMATIC ENHANCEMENT OF THE CATALYTIC ACTIVITY OF COAGULATION-FACTOR IXA BY ALCOHOLS, FEBS letters, 412(2), 1997, pp. 295-300
A FUSION PROTEIN DESIGNED FOR NONCOVALENT IMMOBILIZATION - STABILITY,ENZYMATIC-ACTIVITY, AND USE IN AN ENZYME REACTOR
Authors: STEMPFER G HOLLNEUGEBAUER B KOPETZKI E RUDOLPH R
Citation: G. Stempfer et al., A FUSION PROTEIN DESIGNED FOR NONCOVALENT IMMOBILIZATION - STABILITY,ENZYMATIC-ACTIVITY, AND USE IN AN ENZYME REACTOR, Nature biotechnology, 14(4), 1996, pp. 481-484
ISOLATION AND CHARACTERIZATION OF ANTIBODIES WHICH SPECIFICALLY RECOGNIZE THE PEPTIDE ENCODED BY EXON-7 (V2) OF THE HUMAN CD44 GENE
Authors: BORGYA A WOODMAN A SUGIYAMA M DONIE F KOPETZKI E MATSUMURA Y TARIN D
Citation: A. Borgya et al., ISOLATION AND CHARACTERIZATION OF ANTIBODIES WHICH SPECIFICALLY RECOGNIZE THE PEPTIDE ENCODED BY EXON-7 (V2) OF THE HUMAN CD44 GENE, JCP. Clinical molecular pathology, 48(5), 1995, pp. 241-250
GLYCOPROTEIN-BIOSYNTHESIS IN SACCHAROMYCES-CEREVISIAE - NGD29, AN N-GLYCOSYLATION MUTANT ALLELIC TO OCH1 HAVING A DEFECT IN THE INITIATION OF OUTER CHAIN FORMATION
Authors: LEHLE L EIDEN A LEHNERT K HASELBECK A KOPETZKI E
Citation: L. Lehle et al., GLYCOPROTEIN-BIOSYNTHESIS IN SACCHAROMYCES-CEREVISIAE - NGD29, AN N-GLYCOSYLATION MUTANT ALLELIC TO OCH1 HAVING A DEFECT IN THE INITIATION OF OUTER CHAIN FORMATION, FEBS letters, 370(1-2), 1995, pp. 41-45
ENZYMES IN DIAGNOSTICS - ACHIEVEMENTS AND POSSIBILITIES OF RECOMBINANT-DNA TECHNOLOGY
Authors: KOPETZKI E LEHNERT K BUCKEL P
Citation: E. Kopetzki et al., ENZYMES IN DIAGNOSTICS - ACHIEVEMENTS AND POSSIBILITIES OF RECOMBINANT-DNA TECHNOLOGY, Clinical chemistry, 40(5), 1994, pp. 688-704
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