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Fit an empirical logistic spline

logitSplines_start()
Get the initial estimates for a logistic spline fit by assuming the binomial detection probability
logit_ztbinom()
Fitting an empirical logistic spline curve for detection proportion
cappedLogit_ztbinom()
Fitting an empirical logistic spline curve for detection proportion with capped probabilities

Fit a detection probability curve

dpc()
Detection probability curve for label free shotgun proteomics data assuming observed normal intensities

Plot a fitted curve

plotEmpSplines()
Plot the fitted empirical spline of detected proportions to average observed intensities
plotDPC()
Plot the detection probability curve

Supporting functions

getNuisance()
Get nuisance parameters and an initial estimation of the detection probability curve (DPC)
hyperparams()
Estimation of hyperparameters for the empirical Bayes method
gatherResults()
Wrapper function of all presented results

Datasets

datasetA
Dataset A: Hybrid proteome data
datasetB
Dataset B: Single cell proteomes
datasetC
Dataset C: HepG2 technical replicate data
datasetD
Dataset D: Human blood plasma proteome
shbheart
Supplementary Dataset: Sydney Heart Bank data
ratio2.5
Supplementary Dataset : UPS1 spiked in yeast extract