DOI: 10.1055/s-00035024

Thrombosis and Haemostasis

Issue 04 · Volume 41 · 1979 DOI: 10.1055/s-009-45103

Original Articles

  • 633
    Henschen, Agnes:

    Shape and Structure of Fibrinogen

  • 635
    Marguerie, Gérard:

    The Shape of the Fibrinogen Molecule

  • 641
    Lederer, K:

    The Shape of the Fibrinogen Molecule: Sausage or Banana?

  • 648
    Serrallach, Eugene N; Hofmann, Victor E; Zulauf, Martin; Binkert, Thomas; Hofmann, Robert; Känzig, Werner; Straub, P Werner; Schwyzer, Robert:

    Fibrinogen: Agreement of Experimental and Calculated Hydrodynamic Data with Electron-Microscopic Models

  • 655
    Tranqui, L; Prandini, M H; Suscillon, M:

    Structure of Fibrinogen and its Derivatives: An Electron Microscope Study

  • 662
    Henschen, Agnes; Lottspeich, Friedrich; Töpfer-Petersen, Edda; Warbinek, Renate:

    Primary Structure of Fibrinogen

  • 671
    Töpfer-Petersen, Edda; Lottspeich, Friedrich; Henschen, Agnes:

    Structural Aspects on the Glycosylation Sites in Human Fibrinogen

  • 677
    Heene, D L; Matthias, F R; Wegrzynowicz, Z; Hocke, G:

    Separation of Fibrinogen Degradation Products (FDP) by Means of Adsorption to Insolubilized Fibrinmonomer (FM-ag)

  • 687
    Matthias, F R:

    Adsorption of Fibrinogen and Fragment D of Fibrinogen onto the Insolubilized αChain of Fibrin

  • 691
    Hörmann, Helmut; Henschen, Agnes:

    Affinity Chromatography of Fibrinogen Plasminolysis Fragment D

  • 695
    Perret, B A; Seelich, T; Furlan, M; Beck, E A:

    A Thiocholine Ester of Cinnamic Acid Inhibits Crosslinking of Fibrin without Specific Binding to Donor Lysines

  • 702
    Tanswell, Paul; Gollwitzer, Rotraut; Stan-Lotter, Helga; Timpl, Rupert:

    Immunological Approaches to the Structure of Fibrinogen

  • 709
    Hofmann, V; Gati, W P; Straub, P W:

    Fibrinogen Zurich I: Impaired Release of Fibrinopeptide A

  • 714
    Straub, P W; Gati, W P:

    Increase of the Sialic Acid-Rich Variants of the Bβ-and γ-Chains of Fibrinogen Zurich II

  • 718
    Kok, Preben:

    Separation of Plasminogen Activators from Human Uterine Tissue and a Comparison with Activators from Human Urine and Porcine Tissue

  • 734
    Kok, Preben:

    Separation of Plasminogen Activators from Human Plasma and a Comparison with Activators from Human Uterine Tissue and Urine

  • 745
    Keber, Dušan; Stegnar, Mojca; Keber, Irena; Accetto, Bojan:

    Influence of Moderate and Strenuous Daily Physical Activity on Fibrinolytic Activity of Blood: Possibility of Plasminogen Activator Stores Depletion

  • 756
    Kluft, C; Trumpi-Kalshoven, M M; Jie, A F H; Veldhuyzen-Stolk, E C:

    Factor XII-Dependent Fibrinolysis: A Double Function of Plasma Kallikrein and the Occurrence of a Previously Undescribed Factor XII- and Kallikrein-Dependent Plasminogen Proactivator

  • 774
    Hladovec, Josef:

    Is the Antithrombotic Activity of “Antiplatelet” Drugs Based on Protection of Endothelium?

  • 779
    Ikeda, Yasuo; Kikuchi, Masao; Toyama, Keisuke; Watanabe, Kiyoaki; Ando, Yasuhiko:

    Ionophoretic Activities of Phospholipids on Human Platelets

  • 787
    Nishimura, Junji; Okamoto, Seiki; Ibayashi, Hiroshi:

    Abnormalities of Platelet Adenine Nucleotides in Patients with Myeloproliferative Disorders

  • 796
    Hisano, Shuusuke; Sueishi, Katsuo; Ishii, Yutaka; Tanaka, Kenzo:

    Immunohistochemical and Histochemical Investigations on In Vivo Thrombolysis with Urokinase in Rabbits

  • 804
    Nordstoga, Knut:

    Liquoid Induced Stasis and the Generalized Shwartzman Reaction