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Results: 1-23 |
Results: 23
THE LOCATION OF THE ACTIVE-SITE ABOVE THE MEMBRANE-SURFACE IN THE FACTOR VIIA TISSUE FACTOR COMPLEX IS DICTATED BY THE COFACTOR, NOT THE GLA DOMAIN
Authors: MCCALLUM CD SU B NEUENSCHWANDER PF MORRISSEY JH JOHNSON AE
Citation: Cd. Mccallum et al., THE LOCATION OF THE ACTIVE-SITE ABOVE THE MEMBRANE-SURFACE IN THE FACTOR VIIA TISSUE FACTOR COMPLEX IS DICTATED BY THE COFACTOR, NOT THE GLA DOMAIN, Molecular biology of the cell, 8, 1997, pp. 1694-1694
A CONFORMATIONAL CHANGE IN THE ACTIVE-SITE OF BLOOD-COAGULATION FACTOR IXA IS ASSOCIATED WITH AN INCREASE IN ACTIVITY UPON TREATMENT WITH ETHYLENE-GLYCOL
Authors: NEUENSCHWANDER PF MCCOLLOUGH J MCCALLUM CD JOHNSON AE
Citation: Pf. Neuenschwander et al., A CONFORMATIONAL CHANGE IN THE ACTIVE-SITE OF BLOOD-COAGULATION FACTOR IXA IS ASSOCIATED WITH AN INCREASE IN ACTIVITY UPON TREATMENT WITH ETHYLENE-GLYCOL, Thrombosis and haemostasis, 1997, pp. 1748-1748
FACTOR VIIA TISSUE FACTOR - FUNCTIONAL IMPORTANCE OF PROTEIN-MEMBRANEINTERACTIONS
Authors: MORRISSEY JH NEUENSCHWANDER PF HUANG QL MCCALLUM CD SU BX JOHNSON AE
Citation: Jh. Morrissey et al., FACTOR VIIA TISSUE FACTOR - FUNCTIONAL IMPORTANCE OF PROTEIN-MEMBRANEINTERACTIONS, Thrombosis and haemostasis, 78(1), 1997, pp. 112-116
TISSUE FACTOR POSITIONS AND MAINTAINS THE FACTOR VIIA ACTIVE-SITE FARABOVE THE MEMBRANE-SURFACE EVEN IN THE ABSENCE OF THE FACTOR VIIA GLADOMAIN - A FLUORESCENCE RESONANCE ENERGY-TRANSFER STUDY
Authors: MCCALLUM CD SU BX NEUENSCHWANDER PF MORRISSEY JH JOHNSON AE
Citation: Cd. Mccallum et al., TISSUE FACTOR POSITIONS AND MAINTAINS THE FACTOR VIIA ACTIVE-SITE FARABOVE THE MEMBRANE-SURFACE EVEN IN THE ABSENCE OF THE FACTOR VIIA GLADOMAIN - A FLUORESCENCE RESONANCE ENERGY-TRANSFER STUDY, The Journal of biological chemistry, 272(48), 1997, pp. 30160-30166
THE LOCATION OF THE ACTIVE-SITE OF BLOOD-COAGULATION FACTOR VIIA ABOVE THE MEMBRANE-SURFACE AND ITS REORIENTATION UPON ASSOCIATION WITH TISSUE FACTOR - A FLUORESCENCE ENERGY-TRANSFER STUDY
Authors: MCCALLUM CD HAPAK RC NEUENSCHWANDER PF MORRISSEY JH JOHNSON AE
Citation: Cd. Mccallum et al., THE LOCATION OF THE ACTIVE-SITE OF BLOOD-COAGULATION FACTOR VIIA ABOVE THE MEMBRANE-SURFACE AND ITS REORIENTATION UPON ASSOCIATION WITH TISSUE FACTOR - A FLUORESCENCE ENERGY-TRANSFER STUDY, The Journal of biological chemistry, 271(45), 1996, pp. 28168-28175
SUBSTRATE RECOGNITION BY TISSUE FACTOR-FACTOR VIIA - EVIDENCE FOR INTERACTION OF RESIDUES LYS(165) AND LYS(166) OF TISSUE FACTOR WITH THE 4-CARBOXYGLUTAMATE-RICH DOMAIN OF FACTOR-X
Authors: HUANG QL NEUENSCHWANDER PF REZAIE AR MORRISSEY JH
Citation: Ql. Huang et al., SUBSTRATE RECOGNITION BY TISSUE FACTOR-FACTOR VIIA - EVIDENCE FOR INTERACTION OF RESIDUES LYS(165) AND LYS(166) OF TISSUE FACTOR WITH THE 4-CARBOXYGLUTAMATE-RICH DOMAIN OF FACTOR-X, The Journal of biological chemistry, 271(36), 1996, pp. 21752-21757
THE ABILITY OF TISSUE FACTOR TO PROMOTE FACTOR-VII ACTIVATION
Authors: MORRISSEY JH NEUENSCHWANDER PF
Citation: Jh. Morrissey et Pf. Neuenschwander, THE ABILITY OF TISSUE FACTOR TO PROMOTE FACTOR-VII ACTIVATION, Blood, 88(9), 1996, pp. 3664-3665
EFFECT OF SOLUBLE TISSUE FACTOR ON THE KINETIC MECHANISM OF FACTOR VIIA - ENHANCEMENT OF P-GUANIDINOBENZOATE SUBSTRATE HYDROLYSIS
Authors: PAYNE MA NEUENSCHWANDER PF JOHNSON AE MORRISSEY JH
Citation: Ma. Payne et al., EFFECT OF SOLUBLE TISSUE FACTOR ON THE KINETIC MECHANISM OF FACTOR VIIA - ENHANCEMENT OF P-GUANIDINOBENZOATE SUBSTRATE HYDROLYSIS, Biochemistry, 35(22), 1996, pp. 7100-7106
PHOSPHATIDYLETHANOLAMINE ENHANCES THE ACTIVATION OF FACTOR-X BY THE FACTOR-VIIA-TISSUE FACTOR COMPLEX
Authors: NEUENSCHWANDER PF BIANCOFISHER E MORRISSEY JH
Citation: Pf. Neuenschwander et al., PHOSPHATIDYLETHANOLAMINE ENHANCES THE ACTIVATION OF FACTOR-X BY THE FACTOR-VIIA-TISSUE FACTOR COMPLEX, Thrombosis and haemostasis, 73(6), 1995, pp. 1184-1184
MUTATIONAL ANALYSIS OF A PUTATIVE SUBSTRATE-BINDING SITE ON TISSUE FACTOR
Authors: HUANG Q NEUENSCHWANDER PF REZAIE AR MORRISSEY JH
Citation: Q. Huang et al., MUTATIONAL ANALYSIS OF A PUTATIVE SUBSTRATE-BINDING SITE ON TISSUE FACTOR, Blood, 86(10), 1995, pp. 1785-1785
PHOSPHATIDYLETHANOLAMINE AUGMENTS FACTOR VIIA-TISSUE FACTOR ACTIVITY - ENHANCEMENT OF SENSITIVITY TO PHOSPHATIDYLSERINE
Authors: NEUENSCHWANDER PF BIANCOFISHER E REZAIE AR MORRISSEY JH
Citation: Pf. Neuenschwander et al., PHOSPHATIDYLETHANOLAMINE AUGMENTS FACTOR VIIA-TISSUE FACTOR ACTIVITY - ENHANCEMENT OF SENSITIVITY TO PHOSPHATIDYLSERINE, Biochemistry, 34(43), 1995, pp. 13988-13993
ALTERATION OF THE SUBSTRATE AND INHIBITOR SPECIFICITIES OF BLOOD-COAGULATION FACTOR VIIA - IMPORTANCE OF AMINO-ACID RESIDUE K-192
Authors: NEUENSCHWANDER PF MORRISSEY JH
Citation: Pf. Neuenschwander et Jh. Morrissey, ALTERATION OF THE SUBSTRATE AND INHIBITOR SPECIFICITIES OF BLOOD-COAGULATION FACTOR VIIA - IMPORTANCE OF AMINO-ACID RESIDUE K-192, Biochemistry, 34(27), 1995, pp. 8701-8707
ANALYSIS OF ACTIVE-SITE MUTANTS OF BLOOD-CLOTTING FACTOR-VIIA - IMPORTANCE OF K192 IN COAGULANT ACTIVITY
Authors: NEUENSCHWANDER PF MORRISSEY JH
Citation: Pf. Neuenschwander et Jh. Morrissey, ANALYSIS OF ACTIVE-SITE MUTANTS OF BLOOD-CLOTTING FACTOR-VIIA - IMPORTANCE OF K192 IN COAGULANT ACTIVITY, Journal of cellular biochemistry, 1994, pp. 159-159
ROLES OF THE MEMBRANE-INTERACTIVE REGIONS OF FACTOR-VIIA AND TISSUE FACTOR - THE FACTOR-VIIA GLA-DOMAIN IS DISPENSABLE FOR BINDING TO TISSUE FACTOR BUT IMPORTANT FOR ACTIVATION OF FACTOR-X (VOL 269, PG 8009, 1994)
Authors: NEUENSCHWANDER PF MORRISSEY JH
Citation: Pf. Neuenschwander et Jh. Morrissey, ROLES OF THE MEMBRANE-INTERACTIVE REGIONS OF FACTOR-VIIA AND TISSUE FACTOR - THE FACTOR-VIIA GLA-DOMAIN IS DISPENSABLE FOR BINDING TO TISSUE FACTOR BUT IMPORTANT FOR ACTIVATION OF FACTOR-X (VOL 269, PG 8009, 1994), The Journal of biological chemistry, 269(24), 1994, pp. 16983-16983
ROLES OF THE MEMBRANE-INTERACTIVE REGIONS OF FACTOR VIIA AND TISSUE FACTOR - THE FACTOR VIIA GLA DOMAIN IS DISPENSABLE FOR BINDING TO TISSUE FACTOR BUT IMPORTANT FOR ACTIVATION OF FACTOR-X
Authors: NEUENSCHWANDER PF MORRISSEY JH
Citation: Pf. Neuenschwander et Jh. Morrissey, ROLES OF THE MEMBRANE-INTERACTIVE REGIONS OF FACTOR VIIA AND TISSUE FACTOR - THE FACTOR VIIA GLA DOMAIN IS DISPENSABLE FOR BINDING TO TISSUE FACTOR BUT IMPORTANT FOR ACTIVATION OF FACTOR-X, The Journal of biological chemistry, 269(11), 1994, pp. 8007-8013
THE BIOCHEMICAL BASIS FOR THE APPARENT DEFECT OF SOLUBLE MUTANT TISSUE FACTOR IN ENHANCING THE PROTEOLYTIC ACTIVITIES OF FACTOR-VIIA
Authors: FIORE MM NEUENSCHWANDER PF MORRISSEY JH
Citation: Mm. Fiore et al., THE BIOCHEMICAL BASIS FOR THE APPARENT DEFECT OF SOLUBLE MUTANT TISSUE FACTOR IN ENHANCING THE PROTEOLYTIC ACTIVITIES OF FACTOR-VIIA, The Journal of biological chemistry, 269(1), 1994, pp. 143-149
ALTERATION OF THE SUBSTRATE AND INHIBITOR SPECIFICITIES OF FACTOR-VIIA BY MUTATION OF A SINGLE AMINO-ACID RESIDUE AT POSITION-192
Authors: NEUENSCHWANDER PF MORRISSEY JH
Citation: Pf. Neuenschwander et Jh. Morrissey, ALTERATION OF THE SUBSTRATE AND INHIBITOR SPECIFICITIES OF FACTOR-VIIA BY MUTATION OF A SINGLE AMINO-ACID RESIDUE AT POSITION-192, Circulation, 90(4), 1994, pp. 348-348
ALTERATION OF THE SUBSTRATE AND INHIBITOR SPECIFICITIES OF FACTOR-VIIA BY MUTATION OF A SINGLE AMINO-ACID RESIDUE AT POSITION-192
Authors: NEUENSCHWANDER PF MORRISSEY JH
Citation: Pf. Neuenschwander et Jh. Morrissey, ALTERATION OF THE SUBSTRATE AND INHIBITOR SPECIFICITIES OF FACTOR-VIIA BY MUTATION OF A SINGLE AMINO-ACID RESIDUE AT POSITION-192, Circulation, 90(4), 1994, pp. 348-348
IMPORTANCE OF SUBSTRATE COMPOSITION, PH AND OTHER VARIABLES ON TISSUEFACTOR ENHANCEMENT OF FACTOR VIIA ACTIVITY
Authors: NEUENSCHWANDER PF BRANAM DE MORRISSEY JH
Citation: Pf. Neuenschwander et al., IMPORTANCE OF SUBSTRATE COMPOSITION, PH AND OTHER VARIABLES ON TISSUEFACTOR ENHANCEMENT OF FACTOR VIIA ACTIVITY, Thrombosis and haemostasis, 70(6), 1993, pp. 970-977
ANALYSIS OF TISSUE FACTOR-INDUCED ALTERATIONS IN FACTOR-VIIA ENZYMATIC-ACTIVITY
Authors: NEUENSCHWANDER PF MORRISSEY JH
Citation: Pf. Neuenschwander et Jh. Morrissey, ANALYSIS OF TISSUE FACTOR-INDUCED ALTERATIONS IN FACTOR-VIIA ENZYMATIC-ACTIVITY, Thrombosis and haemostasis, 69(6), 1993, pp. 612-612
TISSUE FACTOR-MEDIATED FACTOR-VII AUTOACTIVATION OCCURS VIA THE INTERACTION OF 2 PHOSPHOLIPID-ASSOCIATED BINARY COMPLEXES
Authors: NEUENSCHWANDER PF FIORE MM MORRISSEY JH
Citation: Pf. Neuenschwander et al., TISSUE FACTOR-MEDIATED FACTOR-VII AUTOACTIVATION OCCURS VIA THE INTERACTION OF 2 PHOSPHOLIPID-ASSOCIATED BINARY COMPLEXES, Thrombosis and haemostasis, 69(6), 1993, pp. 741-741
SOLUBLE TISSUE FACTOR ACCELERATES FACTOR-VII AUTOACTIVATION IN THE PRESENCE OF POLY(L-LYSINE), BUT NOT PHOSPHOLIPID - IMPORTANCE OF THE SURFACE TO WHICH FACTOR-VII(A) BINDS
Authors: FIORE MM NEUENSCHWANDER PF MORRISSEY JH
Citation: Mm. Fiore et al., SOLUBLE TISSUE FACTOR ACCELERATES FACTOR-VII AUTOACTIVATION IN THE PRESENCE OF POLY(L-LYSINE), BUT NOT PHOSPHOLIPID - IMPORTANCE OF THE SURFACE TO WHICH FACTOR-VII(A) BINDS, Thrombosis and haemostasis, 69(6), 1993, pp. 743-743
FACTOR-VII AUTOACTIVATION PROCEEDS VIA INTERACTION OF DISTINCT PROTEASE-COFACTOR AND ZYMOGEN-COFACTOR COMPLEXES - IMPLICATIONS OF A 2-DIMENSIONAL ENZYME-KINETIC MECHANISM
Authors: NEUENSCHWANDER PF FIORE MM MORRISSEY JH
Citation: Pf. Neuenschwander et al., FACTOR-VII AUTOACTIVATION PROCEEDS VIA INTERACTION OF DISTINCT PROTEASE-COFACTOR AND ZYMOGEN-COFACTOR COMPLEXES - IMPLICATIONS OF A 2-DIMENSIONAL ENZYME-KINETIC MECHANISM, The Journal of biological chemistry, 268(29), 1993, pp. 21489-21492
Risultati: 1-23 |