Applications and implications of the exponentially modified gamma distribution as a model for time variabilities related to cell proliferation and gene expression.

@article{Golubev2016ApplicationsAI,
  title={Applications and implications of the exponentially modified gamma distribution as a model for time variabilities related to cell proliferation and gene expression.},
  author={Alexey Golubev},
  journal={Journal of theoretical biology},
  year={2016},
  volume={393},
  pages={203-17}
}
A panel of published distributions of cell interdivision times (IDT) comprising 77 datasets related to 16 cell types, some studied under different conditions, was used to evaluate their conformance to the exponentially modified gamma distribution (EMGD) in comparison with distributions suggested for IDT data earlier. Lognormal, gamma, inverse Gaussian, and shifted Weibull and gamma distributions were found to be generally inferior to EMGD. Exponentially modified Gaussian (EMG) performed equally… CONTINUE READING

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