The synapter package provides functionality to re-analyse MSe
label-free proteomics data acquired on a Waters Synapt Series mass
spectrometer (and probably any Waters instrument). It allows to
combine acquisitions that have been optimised for better
identification (typically using ion mobility separation - HDMSe) and
quantitation accuracy. It also allows to transfer identifications
across multiple runs to reduce missing data across an experiment.
The official release is the Bioconductor version, available
here. The
github page is a useful resource
that gives access to all vignettes and manuals.
Installation
synapter is available from the
Bioconductor repository. The package
and its dependencies can be installed with
if (!require("BiocManager"))
install.packages("BiocManager")
BiocManager::install("synapter")
Help
synapter comes with plenty of documentation. Have a start with the
package documentation page ?synapter and the vignette
vignette("synapter", package="synapter")
See also the synapterBioconductor
page
for on-line access to the vignette and the reference manual.
GitHub build status
Current:
PLGS processing
The raw data files produced must first be processed by Water’s PLGS
software to produce synapter input files. This is described in
details in the vignette. Additional information with lots of
screenshots can be found in these
slides.
Introduction
The
synapterpackage provides functionality to re-analyse MSe label-free proteomics data acquired on a Waters Synapt Series mass spectrometer (and probably any Waters instrument). It allows to combine acquisitions that have been optimised for better identification (typically using ion mobility separation - HDMSe) and quantitation accuracy. It also allows to transfer identifications across multiple runs to reduce missing data across an experiment.The official release is the Bioconductor version, available here. The github page is a useful resource that gives access to all vignettes and manuals.
Installation
synapteris available from the Bioconductor repository. The package and its dependencies can be installed withHelp
synaptercomes with plenty of documentation. Have a start with the package documentation page?synapterand the vignetteSee also the
synapterBioconductor page for on-line access to the vignette and the reference manual.GitHub build status
Current:
PLGS processing
The raw data files produced must first be processed by Water’s PLGS software to produce
synapterinput files. This is described in details in the vignette. Additional information with lots of screenshots can be found in these slides.