c(
person("Pritchard", "David", email="dpritch@live.unc.edu", role=c("aut", "cre")),
person("Kirkpatrick", "Christine", email="ckirkpat@live.unc.edu", role="aut"))
An implementation of the data processing and data analysis portion
of a pipeline named the PepSAVI-MS which is currently under development by
the Hicks laboratory at the University of North Carolina.  The statistical
analysis package presented herein provides a collection of software tools
used to facilitate the prioritization of putative bioactive peptides from a
complex biological matrix.  Tools are provided to deconvolute mass
spectrometry features into a single representation for each peptide charge
state, filter compounds to include only those possibly contributing to the
observed bioactivity, and prioritize these remaining compounds for those
most likely contributing to each bioactivity data set.
Pritchard David [aut, cre],
Kirkpatrick Christine [aut]

Calculate indices and theoretical physicochemical properties of
peptides and proteins sequences
Daniel Osorio, Paola Rondon-Villarreal and Rodrigo Torres PhD.
Calculate physicochemical properties and indices from aminoacid sequences of peptides and proteins. Include also utilities for read and plot GROMACS output files .XVG.

Calculate indices and theoretical physicochemical properties of
peptides and protein sequences

Daniel Osorio, Paola Rondon-Villarreal and Rodrigo Torres.

Calculate Indices and Theoretical Properties of Protein
Sequences
Calculate physicochemical properties and indices from amino-acid sequences of peptides and proteins. Include also the option to read and plot XVG output files from GROMACS molecular dynamics package.

Calculate physicochemical properties and indices from amino-acid sequences of peptides and proteins. Include also the option to read and plot output files from the 'GROMACS' molecular dynamics package.

Calculate physicochemical properties and indices from amino-acid
sequences of peptides and proteins. Include also the option to read and plot
output files from the 'GROMACS' molecular dynamics package.