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Results: 1-20 |
Results: 20
PHOSPHOLIPID ANALOGS - CHEMOENZYMATIC SYNTHESES AND PROPERTIES AS ENZYME EFFECTORS
Authors: ULBRICHHOFMANN R HAFTENDORN R DITTRICH N HIRCHE F AURICH I
Citation: R. Ulbrichhofmann et al., PHOSPHOLIPID ANALOGS - CHEMOENZYMATIC SYNTHESES AND PROPERTIES AS ENZYME EFFECTORS, Fett, 100(4-5), 1998, pp. 114-120
THE EFFECT OF HEXADECYLPHOSPHOCHOLINE ON THE DEGRADATION OF MITOCHONDRIAL PHOSPHOLIPIDS
Authors: VAGINA O GELLERICH FN ULBRICHHOFMANN R
Citation: O. Vagina et al., THE EFFECT OF HEXADECYLPHOSPHOCHOLINE ON THE DEGRADATION OF MITOCHONDRIAL PHOSPHOLIPIDS, Molecular and cellular biochemistry, 183(1-2), 1998, pp. 169-173
INFLUENCE OF THE CARBOHYDRATE MOIETY ON THE PROTEOLYTIC CLEAVAGE SITES IN RIBONUCLEASE-B
Authors: ARNOLD U SCHIERHORN A ULBRICHHOFMANN R
Citation: U. Arnold et al., INFLUENCE OF THE CARBOHYDRATE MOIETY ON THE PROTEOLYTIC CLEAVAGE SITES IN RIBONUCLEASE-B, Journal of protein chemistry, 17(5), 1998, pp. 397-405
HEXADECYLPHOSPHOCHOLINE AND 2-MODIFIED 1,3-DIACYLGLYCEROLS AS EFFECTORS OF PHOSPHOLIPASE-D
Authors: DITTRICH N HAFTENDORN R ULBRICHHOFMANN R
Citation: N. Dittrich et al., HEXADECYLPHOSPHOCHOLINE AND 2-MODIFIED 1,3-DIACYLGLYCEROLS AS EFFECTORS OF PHOSPHOLIPASE-D, Biochimica et biophysica acta, L. Lipids and lipid metabolism, 1391(2), 1998, pp. 265-272
SITE-DIRECTED MUTAGENESIS AND IMMOBILIZATION FOR PROBING A NEW MODEL OF PROTEIN STABILIZATION
Authors: MANSFELD J VRIEND G VELTMAN OR VANDENBURG B VENEMA G EIJSINK VGH ULBRICHHOFMANN R
Citation: J. Mansfeld et al., SITE-DIRECTED MUTAGENESIS AND IMMOBILIZATION FOR PROBING A NEW MODEL OF PROTEIN STABILIZATION, The FASEB journal, 11(9), 1997, pp. 1060-1060
TRANSESTERIFICATION OF ALKYLPHOSPHATE ESTERS BY PHOSPOLIPASE-D
Authors: AURICH I DURRSCHMIDT P HIRCHE F ULBRICHHOFMANN R
Citation: I. Aurich et al., TRANSESTERIFICATION OF ALKYLPHOSPHATE ESTERS BY PHOSPOLIPASE-D, Biotechnology letters, 19(9), 1997, pp. 875-879
THE INFLUENCE OF ORGANIC-SOLVENTS ON PHOSPHOLIPID TRANSFORMATIONS BY PHOSPHOLIPASE-D IN EMULSION SYSTEMS
Authors: HIRCHE F KOCH MHJ KONIG S WADEWITZ T ULBRICHHOFMANN R
Citation: F. Hirche et al., THE INFLUENCE OF ORGANIC-SOLVENTS ON PHOSPHOLIPID TRANSFORMATIONS BY PHOSPHOLIPASE-D IN EMULSION SYSTEMS, Enzyme and microbial technology, 20(6), 1997, pp. 453-461
ENZYMATIC INTRODUCTION OF N-HETEROCYCLIC AND AS-CONTAINING HEAD GROUPS INTO GLYCEROPHOSPHOLIPIDS
Authors: HIRCHE F SCHIERHORN A SCHERER G ULBRICHHOFMANN R
Citation: F. Hirche et al., ENZYMATIC INTRODUCTION OF N-HETEROCYCLIC AND AS-CONTAINING HEAD GROUPS INTO GLYCEROPHOSPHOLIPIDS, Tetrahedron letters, 38(8), 1997, pp. 1369-1370
EXTREME STABILIZATION OF A THERMOLYSIN-LIKE PROTEASE BY AN ENGINEEREDDISULFIDE BOND
Authors: MANSFELD J VRIEND G DIJKSTRA BW VELTMAN OR VANDENBURG B VENEMA G ULBRICHHOFMANN R EIJSINK VGH
Citation: J. Mansfeld et al., EXTREME STABILIZATION OF A THERMOLYSIN-LIKE PROTEASE BY AN ENGINEEREDDISULFIDE BOND, The Journal of biological chemistry, 272(17), 1997, pp. 11152-11156
KINETIC AND THERMODYNAMIC THERMAL STABILITIES OF RIBONUCLEASE-A AND RIBONUCLEASE-B
Authors: ARNOLD U ULBRICHHOFMANN R
Citation: U. Arnold et R. Ulbrichhofmann, KINETIC AND THERMODYNAMIC THERMAL STABILITIES OF RIBONUCLEASE-A AND RIBONUCLEASE-B, Biochemistry, 36(8), 1997, pp. 2166-2172
DETECTION AND CHARACTERIZATION OF PHOSPHOLIPASE-D BY FLOW-INJECTION ANALYSIS
Authors: BECKER M SPOHN U ULBRICHHOFMANN R
Citation: M. Becker et al., DETECTION AND CHARACTERIZATION OF PHOSPHOLIPASE-D BY FLOW-INJECTION ANALYSIS, Analytical biochemistry, 244(1), 1997, pp. 55-61
ALKYLPHOSPHATE ESTERS AS INHIBITORS OF PHOSPHOLIPASE-D
Authors: DITTRICH N NOSSNER G KUTSCHER B ULBRICHHOFMANN R
Citation: N. Dittrich et al., ALKYLPHOSPHATE ESTERS AS INHIBITORS OF PHOSPHOLIPASE-D, Journal of enzyme inhibition, 11(1), 1996, pp. 67-75
CHARACTERISTICS OF PHOSPHOLIPASE-D IN REVERSE MICELLES OF TRITON X-100 AND PHOSPHATIDYLCHOLINE IN DIETHYL-ETHER
Authors: SUBRAMANI S DITTRICH N HIRCHE F ULBRICHHOFMANN R
Citation: S. Subramani et al., CHARACTERISTICS OF PHOSPHOLIPASE-D IN REVERSE MICELLES OF TRITON X-100 AND PHOSPHATIDYLCHOLINE IN DIETHYL-ETHER, Biotechnology letters, 18(7), 1996, pp. 815-820
CULTURE CONDITIONS FOR THE PRODUCTION OF AMYLOLYTIC ENZYMES BY A THERMOPHILIC CLOSTRIDIUM SP
Authors: ODIBO FJC ULBRICHHOFMANN R
Citation: Fjc. Odibo et R. Ulbrichhofmann, CULTURE CONDITIONS FOR THE PRODUCTION OF AMYLOLYTIC ENZYMES BY A THERMOPHILIC CLOSTRIDIUM SP, Acta biotechnologica, 16(4), 1996, pp. 283-292
THERMAL UNFOLDING AND PROTEOLYTIC SUSCEPTIBILITY OF RIBONUCLEASE-A
Authors: ARNOLD U RUCKNAGEL KP SCHIERHORN A ULBRICHHOFMANN R
Citation: U. Arnold et al., THERMAL UNFOLDING AND PROTEOLYTIC SUSCEPTIBILITY OF RIBONUCLEASE-A, European journal of biochemistry, 237(3), 1996, pp. 862-869
STRUCTURAL FLEXIBILITY IN EXTREMELY STABLE CARRIER-BOUND CHYMOTRYPSIN
Authors: ULBRICHHOFMANN R MANSFELD J FITTKAU S DAMERAU W
Citation: R. Ulbrichhofmann et al., STRUCTURAL FLEXIBILITY IN EXTREMELY STABLE CARRIER-BOUND CHYMOTRYPSIN, Biotechnology and applied biochemistry, 22, 1995, pp. 75-94
SYNTHESIS OF 2-MODIFIED 1,3-DIACYLGLYCEROLS
Authors: HAFTENDORN R ULBRICHHOFMANN R
Citation: R. Haftendorn et R. Ulbrichhofmann, SYNTHESIS OF 2-MODIFIED 1,3-DIACYLGLYCEROLS, Tetrahedron, 51(4), 1995, pp. 1177-1186
2-MODIFIED 1,3-DIACYLGLYCEROLS AS NEW SURFACTANTS FOR THE FORMATION OF REVERSE MICELLES
Authors: FRENSE D HAFTENDORN R ULBRICHHOFMANN R
Citation: D. Frense et al., 2-MODIFIED 1,3-DIACYLGLYCEROLS AS NEW SURFACTANTS FOR THE FORMATION OF REVERSE MICELLES, Chemistry and physics of lipids, 78(1), 1995, pp. 81-87
DIFFUSION IN LYOTROPIC MESOPHASES USED AS MATRIX FOR BIOCATALYSTS IN ORGANIC-SOLVENTS
Authors: FRENSE D MIETHE P ULBRICHHOFMANN R
Citation: D. Frense et al., DIFFUSION IN LYOTROPIC MESOPHASES USED AS MATRIX FOR BIOCATALYSTS IN ORGANIC-SOLVENTS, Biotechnology techniques, 8(9), 1994, pp. 611-614
A REDOX PROBE DYE TO ESTIMATE METABOLIC-ACTIVITY OF CELLS IMMOBILIZEDIN ORGANIC-SOLVENTS VIA REVERSE MICELLES AND LYOTROPIC MESOPHASES
Authors: FRENSE D MOHR KH ULBRICHHOFMANN R
Citation: D. Frense et al., A REDOX PROBE DYE TO ESTIMATE METABOLIC-ACTIVITY OF CELLS IMMOBILIZEDIN ORGANIC-SOLVENTS VIA REVERSE MICELLES AND LYOTROPIC MESOPHASES, Biotechnology techniques, 7(6), 1993, pp. 407-410
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