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ADMINISTRATIVE POLICIES AND PROCEDURES State of Tennessee Department of CorrectionIndex #: 103.10Page 1 of 6Effective Date: October 1, 2012, Distribution: A Supersedes: 103.10 (11/1/10)Approved by:
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01
Define the purpose of the mathematical modeling. Determine what specific aspect of blood you want to study or analyze.
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Gather relevant data and information about blood and its components. This may include factors such as red blood cell count, white blood cell count, platelet count, and various biochemical parameters.
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Choose an appropriate mathematical model for blood. This can range from simple equations to complex differential equations.
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Determine the parameters and variables that will be involved in the modeling. These can include physiological parameters, biochemical parameters, and any other relevant factors.
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Solve the mathematical equations or perform simulations to obtain results.
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Analyze and interpret the results. This may involve comparing the modeled data with experimental data or making predictions based on the model.
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Mathematical modelling of blood is a mathematical representation of the behavior and interactions of blood components within the circulatory system.
Researchers, scientists, and medical professionals who are studying the dynamics of blood flow and properties.
The mathematical modelling of blood is typically filled out by inputting relevant data and equations into specialized software programs.
The purpose of mathematical modelling of blood is to better understand how blood behaves under different conditions and to predict its behavior in various scenarios.
Information such as blood flow rates, pressure gradients, viscosity, hematocrit levels, and vessel sizes must be reported.
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