bblogist.sim | Simulates data picking from a beta binomial |
dynamic.fit | General function to fit either the SS model or the HT model |
flexss.bootstrappedMLEs | Maximum Likelihood estimation of the SS model parameters... |
HT.bootstrappedMLEs | Maximum Likelihood estimation of the HT model parameters... |
HTdatasim | Simulates picking colonies data from a serial transfer... |
HT.predict | Computing the fraction over time of the plasmid-free cells in... |
jointflexssMLEs | Joint Maximum Likelihood estimation of the SS model... |
joint.negllSS.flex | joint likelihod from a competition experiment and initial... |
joint.vs.sep.fit | Comparisson between fits |
loss.time | Function to compute the time (in generations) it takes for a... |
negll.bblogist | Log likelihood for beta binomial model |
negllSS.flex | Computes the negative log-likelihood for the Segregation... |
negllSS.flex.nobeta0 | Computes the negative log-likelihood for the Segregation... |
negloglikeHT | Computes the negative log-likelihood for the Horizontal... |
negloglikeHT.comb | Joint likelihood for two different stability assays are the... |
negloglikeSS | Computes the negative log-likelihood for the Segregation... |
negloglikeSS.comb | Joint likelihood for two different stability assays |
pairwise.fitHT | Joint estimation of the HT model parameters |
pairwise.fitSS | Joint estimation of the SS model parameters |
SSdatasim | Simulates picking colonies data from a serial transfer... |
SS.predict | Computes the solution of the difference equation for the... |
StabilityToolkit-package | StabilityToolkit: Statistical inference for bacterial... |
vs.sim | Data simulation under the variable selection model |
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