Structure and mechanics of fibrin clots formed under mechanical perturbation
The mechanical properties of a blood clot are of crucial importance for its ability to stem the
flow of blood at a site of vascular injury [1]. These properties are largely determined by the
mechanics of the underlying structural scaffold, a branched network of the biopolymer fibrin
[1]. This network forms during coagulation, when monomeric fibrin assembles into
protofibrils that laterally aggregate
flow of blood at a site of vascular injury [1]. These properties are largely determined by the
mechanics of the underlying structural scaffold, a branched network of the biopolymer fibrin
[1]. This network forms during coagulation, when monomeric fibrin assembles into
protofibrils that laterally aggregate
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