Abstract Reaction-diffusion system of equations describing blood clotting is studied. Different regimes of clot growth are identified in a quiescent plasma and in blood flow depending on the relative strength of initiation, propagation and inhibition of the thrombin production.SCOPUS: ar.jinfo:eu-repo/semantics/publishe
We examined the spatial dynamics of in vitro clot growth in human blood and plasma and found that in...
We examined the dynamics of clot growth in vitro and found, that initially the clot grows at a const...
Blood coagulation is one of the important defense mechanisms preventing the loss of blood following ...
Blood coagulation is an extremely complex biological process in which blood forms clots to prevent b...
International audienceOne of the main characteristics of blood coagulation is the speed of clot grow...
We constructed a mathematical model of clotting, which is based on a current view of the molecular p...
Many biological phenomena are characterized by extensive fluid mechanical and chemical reactionary s...
Chapter 1 is a brief description of the blood coagulation system. Besides making an excursion throug...
The hemostatic system is a highly complex multicomponent biosystem that under normal physiologic con...
International audienceVessel occlusion is a perturbation of blood flow inside a blood vessel because...
International audienceA reaction-diffusion system describing blood coagulation in flow is studied. W...
Blood coagulation is one of the important defense mechanisms preventing the loss of blood fol-lowing...
A reaction-diffuusion system describing blood coagulation in flow is studied. We prove the existence...
We drive a mathematical model of a part of the blood coagulation cascade set up in a perfusion exper...
A new phenomenological mathematical model based directly on laboratory data for thrombin generation ...
We examined the spatial dynamics of in vitro clot growth in human blood and plasma and found that in...
We examined the dynamics of clot growth in vitro and found, that initially the clot grows at a const...
Blood coagulation is one of the important defense mechanisms preventing the loss of blood following ...
Blood coagulation is an extremely complex biological process in which blood forms clots to prevent b...
International audienceOne of the main characteristics of blood coagulation is the speed of clot grow...
We constructed a mathematical model of clotting, which is based on a current view of the molecular p...
Many biological phenomena are characterized by extensive fluid mechanical and chemical reactionary s...
Chapter 1 is a brief description of the blood coagulation system. Besides making an excursion throug...
The hemostatic system is a highly complex multicomponent biosystem that under normal physiologic con...
International audienceVessel occlusion is a perturbation of blood flow inside a blood vessel because...
International audienceA reaction-diffusion system describing blood coagulation in flow is studied. W...
Blood coagulation is one of the important defense mechanisms preventing the loss of blood fol-lowing...
A reaction-diffuusion system describing blood coagulation in flow is studied. We prove the existence...
We drive a mathematical model of a part of the blood coagulation cascade set up in a perfusion exper...
A new phenomenological mathematical model based directly on laboratory data for thrombin generation ...
We examined the spatial dynamics of in vitro clot growth in human blood and plasma and found that in...
We examined the dynamics of clot growth in vitro and found, that initially the clot grows at a const...
Blood coagulation is one of the important defense mechanisms preventing the loss of blood following ...
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