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24-08-2017, 12:02 AM

Hi am Apoorv i would like to get details on nanoclottocytes wonders in bloodclotting ..My friend Purvi said nanoclottocytes wonders in bloodclotting will be available here and now i am living at agra and i m a engg.

jaseela123d · 24-08-2017, 10:33 AM

The process of clotting of human blood involves a complex interplay of continuous time process / continuous state and phenomena of discrete / discrete events, where the first comprises the various chemistry equations speed (which can be written as differential equations) and The latter comprise limited threshold behaviors and qualitative facets of the coagulation cascade. Previous models of blood coagulation used only continuous dynamics and were necessarily directed only to portions of the coagulation cascade. The model was implemented as a hybrid Petri net, a graphing modeling language that extends ordinary Petri nets to cover continuous quantities and continuous time flows.

The process of blood coagulation in mammals is complex, and involves the interaction of more than a dozen clotting factors as well as a series of kinin-kallikrein proteins system and protein inhibitors. Attempts to model mathematically coagulation usually focus on a smaller subset of interactions, perhaps one way or part of one. These models generally consist of a set of coupled differential equations, usually nonlinear governing the temporal evolution of protein concentrations, derived ultimately from the law of mass action. Although at a level of analysis all processes in the blood coagulation comprise discrete events, such as the division of chemical bonds, the formation of bonds, and the like; However, on the interest scale are the concentrations that matter, and these exhibit continuous dynamics.

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