Image details BSIP_016007_040 - Stroke and antitrhrombics. Top left, the brain in frontal section with its vascularization. A zoom of a sectional vessel departs from the brain to detail the coagulation cascade in the formation of a clot or thrombus (bottom right). In the liver (top right) Inactive vitamin K (yellow beads) becomes active (yellow stars) thanks to epoxide reductase. The active vitamin K will activate the coagulation factors which will in turn cause the coagulation cascade in the blood vessel. In yellow on the left wall of the vessel, an atheroma plaque will release the tissue factor (VII). Below, to the left of the clot, a plaque (white) in the aggregation phase.

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BSIP RM (RM) BSIP_016007_040

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Stroke and antitrhrombics. Top left, the brain in frontal section with its vascularization. A zoom of a sectional vessel departs from the brain to detail the coagulation cascade in the formation of a clot or thrombus (bottom right). In the liver (top right) Inactive vitamin K (yellow beads) becomes active (yellow stars) thanks to epoxide reductase. The active vitamin K will activate the coagulation factors which will in turn cause the coagulation cascade in the blood vessel. In yellow on the left wall of the vessel, an atheroma plaque will release the tissue factor (VII). Below, to the left of the clot, a plaque (white) in the aggregation phase.

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Image Specification:

Dimensions: 3100 x 4541 pixels (40.3 MB)

Maximum Size at 300dpi: 262.5 x 384.5 mm, 10.3 x 15.1 inches

Maximum Size at 72dpi: 1095.4 x 1604.6 mm, 43.1 x 63.1 inches

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BSIP RM

description

Stroke and antitrhrombics. Top left, the brain in frontal section with its vascularization. A zoom of a sectional vessel departs from the brain to detail the coagulation cascade in the formation of a clot or thrombus (bottom right). In the liver (top right) Inactive vitamin K (yellow beads) becomes active (yellow stars) thanks to epoxide reductase. The active vitamin K will activate the coagulation factors which will in turn cause the coagulation cascade in the blood vessel. In yellow on the left wall of the vessel, an atheroma plaque will release the tissue factor (VII). Below, to the left of the clot, a plaque (white) in the aggregation phase.

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rights managed

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WITT-DEGUILLAUME / BSIP Search other images from this contributor

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Keywords

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