rna Map Analysis
and Plotting Server

rMAPS is a web server that systematically generates RNA-maps for the analysis of RNA-binding proteins (RBPs) binding sites which have position-dependent functions. Users can easily perform analysis of binding sites around differential alternative splicing events for over 100 of known RBPs. rMAPS can also analyze CLIP-seq peaks around differential alternative splicing events to generate an RNA-map of CLIP-seq experiment.

ABOUT

[ Overall pipeline of rMAPS ]

rMAPS

rMAPS is a computational motif enrichment analysis tool for RNA-binding proteins using RNA-seq and CLIP-seq data.


rMAPS in Action


Citation

Park JW, Jung S, Rouchka EC, Tseng Y, and Xing Y., rMAPS: RNA Map Analysis and Plotting Server for Alternative Exon Regulation. , Nucleic Acids Research 2016 doi: 10.1093/nar/gkw410

rMAPS NEWS

  12/29/2017 Release of rMAPS v2.0.0
  • Support all 5 major types of alternative splicing events (SE, MXE, A5SS, A3SS, and RI).
  • Employed multi-threading for significant reduction in running time (takes less than 4 minutes for all 5 AS types together).
  12/7/2017 Release of rMAPS v1.0.8
  • Added more assemblies of Frog (xenLae2 and xenTro9) and Rice plant (oSa7) in Motif Map.
  11/22/2017 Release of rMAPS v1.0.7
  • Added more assemblies of Zebrafish (danRer11) and Arabidopsis Thaliana plant (araTha1) in Motif Map.
  7/14/2017 Release of rMAPS v1.0.6
  • Fixed a bug related to handling “User Input” option in Moif Map.
  3/28/2017 Release of rMAPS v1.0.5
  • MotifMap plots are sorted by minimum p-value (up vs bg) of each RBP on the target exon region. RBP with the smallest p-value on the target exon appears first.
  • To facilitate candidate RBP search process, MotifMap now provides text files listing RBPs with their smallest p-values in three regions of interest. (i.e., upstream intron, target exon, and downstream intron.)
  • Users can sort text files by a column (region) to find RBPs significantly enriched in that region.

HELP


USER GUIDE

QUICK RUN with Testdata

RBP LIST

FAQ

Contact: Professor Juw Won Park ( juw {dot} park {at} louisville {dot} edu )