R: Dose-Response Relationship Analysis of Nanomaterial Toxicity

# Dose-Response Relationship Analysis of Nanomaterial Toxicity

## Documentation for package ‘NMTox’ version 0.1.0

- DESCRIPTION file

## Help Pages

adjPlot | Plot the adjusted p-values, raw p-values and FDR level
FrCtrl | Create a frequency table of the control values
Frtab | Generate the number of unique values, the list of unique values, or the number of observations of specified variable(s)
Frtab.sub | Count the number of observations for each unique value of a variable on a subset of data
geninvitro | Genetic toxicity in vitro dataset
Isoplot | Create plot(s) of the observations, the sample means and the fitted isotonic regression curve
IsoPlot.nm | Create a plot of the observations, sample means and fitted isotonic regression curve for one nanomaterial
IsoPval.nm | Calculate p-values based on permutation for both increasing and decreasing ordered alternatives
Isotest | Calculate the test statistics and p-values for testing monotonic trend
IsoTest.nm | Calculate the value of the test statistics for testing monotonic trend
nm400 | NM-400 in vitro dataset
nmplot | Create plots of the dose and the response for each nanomaterial in the dataset
nmplot.cat | Create plots of the dose and the response grouped by a variable
nmplot.n | Create plots of the dose and the response for every unique value of a certain variable
nmplot.ncat | Create plots of the dose and the response differentiated by specified variables
SplitData | Split the data of each nanomaterial into different subsets of data
SubsetData | Create a subset of data