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Results: 1-25 | 26-36 |
Results: 26-36/36
HIGH-TEMPERATURE DAMAGE TOLERANCE OF CARBON-FIBER-REINFORCED PLASTICS.1. IMPACT CHARACTERISTICS
Authors: BIBO G LEICY D HOGG PJ KEMP M
Citation: G. Bibo et al., HIGH-TEMPERATURE DAMAGE TOLERANCE OF CARBON-FIBER-REINFORCED PLASTICS.1. IMPACT CHARACTERISTICS, Composites, 25(6), 1994, pp. 414-424
INHIBITION OF HEPARIN ACTIVITY IN PLASMA BY SOLUBLE FIBRIN - EVIDENCEFOR TERNARY THROMBIN-FIBRIN-HEPARIN COMPLEX-FORMATION
Authors: HOTCHKISS KA CHESTERMAN CN HOGG PJ
Citation: Ka. Hotchkiss et al., INHIBITION OF HEPARIN ACTIVITY IN PLASMA BY SOLUBLE FIBRIN - EVIDENCEFOR TERNARY THROMBIN-FIBRIN-HEPARIN COMPLEX-FORMATION, Blood, 84(2), 1994, pp. 498-503
IDENTIFICATION OF POSSIBLE INHIBITORY REACTIVE CENTERS IN THROMBOSPONDIN-1 THAT MAY BIND CATHEPSIN-G AND NEUTROPHIL ELASTASE
Authors: HOGG PJ JIMENEZ BM CHESTERMAN CN
Citation: Pj. Hogg et al., IDENTIFICATION OF POSSIBLE INHIBITORY REACTIVE CENTERS IN THROMBOSPONDIN-1 THAT MAY BIND CATHEPSIN-G AND NEUTROPHIL ELASTASE, Biochemistry, 33(21), 1994, pp. 6531-6537
ANTICARDIOLIPIN ANTIBODIES BLOCK THE INHIBITION BY BETA-2-GLYCOPROTEIN-I OF THE FACTOR-XA GENERATING ACTIVITY OF PLATELETS
Authors: SHI W CHONG BH HOGG PJ CHESTERMAN CN
Citation: W. Shi et al., ANTICARDIOLIPIN ANTIBODIES BLOCK THE INHIBITION BY BETA-2-GLYCOPROTEIN-I OF THE FACTOR-XA GENERATING ACTIVITY OF PLATELETS, Thrombosis and haemostasis, 70(2), 1993, pp. 342-345
CATABOLISM OF UROKINASE - PLASMINOGEN-ACTIVATOR INHIBITOR-TYPE-1 COMPLEXES BY HEP-G2 CELLS IS MEDIATED BY A RECEPTOR DISTINCT FROM THE CLASSICAL UROKINASE RECEPTOR
Authors: HOGG PJ GRIMSLEY PG BRANDT RA JOULIANOS G CHESTERMAN CN OWENSBY DA
Citation: Pj. Hogg et al., CATABOLISM OF UROKINASE - PLASMINOGEN-ACTIVATOR INHIBITOR-TYPE-1 COMPLEXES BY HEP-G2 CELLS IS MEDIATED BY A RECEPTOR DISTINCT FROM THE CLASSICAL UROKINASE RECEPTOR, Thrombosis and haemostasis, 69(6), 1993, pp. 607-607
THE STRUCTURE OF THE CATALYTIC MODULE OF FACTOR-XA IS AFFECTED BY CA2-INDEPENDENT SITE OUTSIDE THE 1ST EGF-LIKE MODULE( BINDING TO THE GLA MODULE AND TO A GLA)
Authors: PERSSON E HOGG PJ STENFLO J
Citation: E. Persson et al., THE STRUCTURE OF THE CATALYTIC MODULE OF FACTOR-XA IS AFFECTED BY CA2-INDEPENDENT SITE OUTSIDE THE 1ST EGF-LIKE MODULE( BINDING TO THE GLA MODULE AND TO A GLA), Thrombosis and haemostasis, 69(6), 1993, pp. 984-984
THROMBOSPONDIN-1 IS A TIGHT-BINDING COMPETITIVE INHIBITOR OF NEUTROPHIL ELASTASE AND CATHEPSIN-G
Authors: HOGG PJ OWENSBY DA CHESTERMAN CN
Citation: Pj. Hogg et al., THROMBOSPONDIN-1 IS A TIGHT-BINDING COMPETITIVE INHIBITOR OF NEUTROPHIL ELASTASE AND CATHEPSIN-G, Thrombosis and haemostasis, 69(6), 1993, pp. 1010-1010
EFFECTS OF CA2-XA AND ITS INTERACTION WITH FACTOR-VA - EVIDENCE FOR 2GLA-INDEPENDENT CA2+-BINDING SITES IN FACTOR-XA( BINDING ON THE PROTEASE MODULE OF FACTOR)
Authors: PERSSON E HOGG PJ STENFLO J
Citation: E. Persson et al., EFFECTS OF CA2-XA AND ITS INTERACTION WITH FACTOR-VA - EVIDENCE FOR 2GLA-INDEPENDENT CA2+-BINDING SITES IN FACTOR-XA( BINDING ON THE PROTEASE MODULE OF FACTOR), The Journal of biological chemistry, 268(30), 1993, pp. 22531-22539
THROMBOSPONDIN-1 IS A TIGHT-BINDING COMPETITIVE INHIBITOR OF NEUTROPHIL CATHEPSIN-G - DETERMINATION OF THE KINETIC MECHANISM OF INHIBITION AND LOCALIZATION OF CATHEPSIN-G BINDING TO THE THROMBOSPONDIN-1 TYPE-3REPEATS
Authors: HOGG PJ OWENSBY DA CHESTERMAN CN
Citation: Pj. Hogg et al., THROMBOSPONDIN-1 IS A TIGHT-BINDING COMPETITIVE INHIBITOR OF NEUTROPHIL CATHEPSIN-G - DETERMINATION OF THE KINETIC MECHANISM OF INHIBITION AND LOCALIZATION OF CATHEPSIN-G BINDING TO THE THROMBOSPONDIN-1 TYPE-3REPEATS, The Journal of biological chemistry, 268(29), 1993, pp. 21811-21818
THE MECHANICAL-PROPERTIES OF NON-CRIMPED FABRIC-BASED COMPOSITES
Authors: HOGG PJ AHMADNIA A GUILD FJ
Citation: Pj. Hogg et al., THE MECHANICAL-PROPERTIES OF NON-CRIMPED FABRIC-BASED COMPOSITES, Composites, 24(5), 1993, pp. 423-432
A MODEL FOR THE REDUCTION IN COMPRESSION STRENGTH OF CONTINUOUS FIBERCOMPOSITES AFTER IMPACT DAMAGE
Authors: GUILD FJ HOGG PJ PRICHARD JC
Citation: Fj. Guild et al., A MODEL FOR THE REDUCTION IN COMPRESSION STRENGTH OF CONTINUOUS FIBERCOMPOSITES AFTER IMPACT DAMAGE, Composites, 24(4), 1993, pp. 333-339
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