Blood clot on a sticking plaster | wellcome images 
Scanning electron micrograph of the underside of a sticking plaster that has been used to treat a razor blade cut. Red blood cells (shown in red) and thin fibres of the protein fibrin (beige) can be seen between the gauze fibres of the plaster (blue-grey). The blood on the plaster is image creator Anne Weston’s. She cut her finger on a razor blade and put a plaster over it, once healed she removed and imaged the plaster. Fibrin is a protein formed from the conversion of clotting factors in the blood; the fibrin fibers trap blood cells and platelets to form a solid clot. This not only prevents further bleeding but also protects the open wound from infection. 

Blood clot on a sticking plaster | wellcome images 

Scanning electron micrograph of the underside of a sticking plaster that has been used to treat a razor blade cut. Red blood cells (shown in red) and thin fibres of the protein fibrin (beige) can be seen between the gauze fibres of the plaster (blue-grey). The blood on the plaster is image creator Anne Weston’s. She cut her finger on a razor blade and put a plaster over it, once healed she removed and imaged the plaster. Fibrin is a protein formed from the conversion of clotting factors in the blood; the fibrin fibers trap blood cells and platelets to form a solid clot. This not only prevents further bleeding but also protects the open wound from infection. 

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    I love that you can see the fibrin. Interesting image.
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