DOI: 10.1055/s-00035024

Thrombosis and Haemostasis

Ausgabe 03 · Volume 37 · 1977 DOI: 10.1055/s-009-45093

Concepts of Heamostasis and Thrombosis

  • 373
    Beck, Eugene A:

    History of Research on Thrombosis and Haemostasis: Editorial

  • 376
    Beck, Eugene A:

    The Chemistry of Blood Coagulation: a Summary by Paul Morawitz (1905)

    • Original Article

  • 380
    Holmsen, H; Østvold, A.-C; Pimentel, M. A:

    Enzymatic Properties of 5′-AMP Deaminase in Platelet Lysates

  • 396
    Podolsak, B:

    Effects of Thrombin, Chymotrypsin and Aggregated Gamma-Globulins on the Proteins of the Human Platelet Membrane

  • 407
    Robblee, Lois S; Kornstein, Laura B; Shepro, David:

    Calcium Electrode – a Method for the Continuous Monitoring of the Platelet Release Reaction

  • 413
    Yu, S. K; Latour, J. G:

    Potentiation by α and Inhibition by β-Adrenergic Stimulations of Rat Platelet Aggregation

  • 423
    Grignani, G; Gamba, G; Ascari, E:

    Cigarette-Smoking Effect on Platelet Function

  • 429
    Heyns, A. du P; Badenhorst, C. J; Retief, F. P:

    ADPase Activity of Normal and Atherosclerotic Human Aorta intima

  • 436
    Donner, L; Klener, P; Roth, Z:

    The Plasminogen Activator of the Arterial Wall

  • 444
    Mandalaki, T; Dessypris, A; Louizou, C; Bossinakou, I; Panayotopoulou, C; Antonopoulou, A:

    Marathon Run I: Effects on Blood Coagulation and Fibrinolysis

  • 451
    Dimitriadou, C; Dessypris, A; Louizou, C; Mandalaki, T:

    Marathon Run II: Effects on Platelet Aggregation

  • 456
    Yasukouchi, Taro; Fujine, Masaru; Kohn, Sukehiro; Sakurama, Shoki; Morioka, Tokiyo; Mikami, Akio; Iju, Morimasa; Nakagawa, Shoichi:

    A Method for the Measurement of Fibrinolytic Activity Based on One Dimensional Diffusion Using Small Glass Tubes

  • 464
    Takagi, Kimiteru; Kawai, Tadashi:

    A Simple and Practical Method for Isolation of an Early Plasmin Degradation Product of Human Fibrinogen

  • 471
    Ratky, S. M; Sykes, A; Cooke, E. D; Gordon, Y. B:

    Characterisation of Serum Fibrinogen Degradation Products Using Gel Chromatography and Radioimmunoassay

  • 477
    Day, T. K; Cowper, S. V; Kakkar, V. V; Clark, K. G. A:

    Early Venous Thrombosis

  • 484
    Robson, Elean B; Murawski, Gail F; Bettigole, Richard E:

    Use of 125I-Fibrinogen Kinetic Data to Detect Disseminated Intravascular Coagulation and Deposition of Fibrin in Patients with Metastatic Cancer

  • 509
    van Dijk-Wierda, C. A; Hermans, J; Loeliger, E. A; Roos, J:

    Interlaboratory Oral Anticoagulant Quality Assessment by the Netherlands Federation of Thrombosis Services

  • 523
    Glazier, Richard L; Crowell, Edward B:

    Factor VIII Inhibitor Associated with Chlorpromazine-Induced Hepatic Injury

  • 527
    Britton, B. J; Giddings, J. C; Brooks, Lynne; Bloom, A. L:

    Fibrinolytic, Factor VIII and Pulse Rate Responses to Repeated Adrenaline Infusion Followed by Haemorrhage

  • 535
    Pepper, D. S; Banhegyi, D; Howie, Ann:

    Spectrophotometric Determination of Factor Xa Generation in Factor IX Concentrates

  • 541
    Hasegawa, Hiroshi; Nagata, Hiroshi; Murao, Makoto:

    Studies on the Tissue Thromboplastin During the Coagulation-Fibrinolytic Process – Ultrastructural Changes

  • 549
    Al-Mondhiry, Hamid A. B:

    Inherited Bleeding Syndromes in Iraq

  • 556
    Papaioannou, S. E; Marsheck, W. J:

    Purification and Properties of a Neutral Protease from Soil Bacterium WM 122

    • International Committee Communication

  • 566
    Owen, C. A; Dodds, W. J:

    Report of the Working Party on Animal Models

    • Letter to the Editor

  • 568
    Girolami, Antonio:

    Diagnostic Value of the Thrombotest Dilution Curve

  • 570
    Kaelin, Alfred C; Abe Andes, W:

    The Choice of Water for Coagulation Tests

  • 572
    Dike, G. W. R; Griffiths, D; Tadman, A. J:

    Factor VII Concentrate

  • 575
    de Swart, C. A. M; Sixma, J. J; Akkerman, J. W. N; Nijmeijer, A:

    Dilution with Normal Plasma in a Heparin Assay

  • 577
    McDonald, T. P; Green, David:

    Demonstration of Thrombopoietin Production after Plasma Infusion in a Patient with Congenital Thrombopoietin Deficiency

  • 580
    Legrand, Y; Caen, J. P; Robert, L; Wautier, J. L:

    Platelet Elastase and Leukocyte Elastase are two Different Entities