Categoría: Tromboembolia Arterial

Descarga: Individualized antithrombotic therapy Archivo: tromboembolia-venosa/haemo 2016 individualized antithrombotic therapy.pdf Clot formation in the circulation is a physiological mechanism preventing bleeding at sites of loss of vascular integrity. Clot formation may also occur intravascularly under pathological conditions, e. g. leading to myocardial infarction, stroke, and critical limb ischaemia. Clot formation involves activation of the coagulation…

Descarga: Individualized antithrombotic therapy Archivo: tromboembolia-venosa/haemo 2016 individualized antithrombotic therapy.pdf Clot formation in the circulation is a physiological mechanism preventing bleeding at sites of loss of vascular integrity. Clot formation may also occur intravascularly under pathological conditions, e. g. leading to myocardial infarction, stroke, and critical limb ischaemia. Clot formation involves activation of the coagulation…

Descarga: Biomarkers for arterial and venous thrombotic disorders Archivo: tromboembolia-venosa/haemo_2014-Biomarkers for arterial and venous thrombotic disorders.pdf The haemostatic system maintains the blood in a fluid state, but allows rapid clot formation at sites of vascular injury to prevent excessive bleeding. Unbalances within the haemostatic system can lead to thrombosis. Inspite of successful research our understanding…

Descarga: Biomarkers for arterial and venous thrombotic disorders Archivo: tromboembolia-venosa/haemo_2014-Biomarkers for arterial and venous thrombotic disorders.pdf The haemostatic system maintains the blood in a fluid state, but allows rapid clot formation at sites of vascular injury to prevent excessive bleeding. Unbalances within the haemostatic system can lead to thrombosis. Inspite of successful research our understanding…

Descarga: Monocyte subsets in atherosclerosis Archivo: tromboembolia-venosa/tvp/haemo_2015-monocyte in atherosclerosis.pdf Endothelial dysfunction and chronic inflammation of the arterial wall continuously drive the development of atherosclerotic lesions. Monocytes, as cells of the innate immunity, are particularly involved in this process. In the last decade, heterogeneity of circulating monocytes has widely been acknowledged, and a recent consensus nomenclature…