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Tools |
Basic tools for statistical data analysis: standard deviation, F-statistics, and more. |
Optimal experiemnt design
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Optimal Design for Inhibitor Screening
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Statistical D-Optimal design (Box-Lucas method) for the
optimal choice of enzyme inhibitors in a screening project.
King-Altman method
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Automatic derivation of steady-state rate equations
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Derive steady-state enzymatic rate equations from a symbolic input, under the
steady-state approximation (in the absence of tight bindign).
Basic statistical tools
Tools for basic statistical analysis of experimental data.
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F-Critical value
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Compute a critical value of the F-statistics for the given
degrees of freedom and probability level.
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Nested models
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Compute the probability that a decrease in the sum of squares, caused
by the introduction of an additional fitting parameter, is statistically significant.
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Two treatment groups
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Compute the probability that two samples of equal or unequal size
(each characterized by a mean and standard deviation) were drawn from the same population.
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www.biokin.com/tools/index.html Thu May 16 16:21:32 2024 |