Logo

Get started

  • First steps on Apolo
  • Request an account
  • Connect to Apolo
  • Run your first Slurm job

Guides

  • Use or install scientific software
  • Transfer files to and from Apolo
  • Check your resource usage

Tutorials

  • How does Open OnDemand work?

Help

  • Frequent problems
  • Report a Bug

Reference

  • Supercomputers
  • Software
    • Virtualization
    • Programming Languages
    • Scientific Applications
      • ABySS
      • Overview
      • ANSYS
      • ARCS
      • AutoDock
      • autoDock_Vina
      • BayeScan
      • BEAST2
      • BLAST
      • BLAT
      • bowtie2
      • Bpp
      • BWA
      • CDO
      • CHARMM
      • Calculix
      • Clustalw
      • crystal
      • Curl
      • Cufflinks
        • Description
      • delft3D
      • DL_POLY_Classic
      • ECL
      • EDGE-pro
      • elmer
      • fastQC
      • Flye
      • gamess
      • garli
      • GATK4
      • GROMACS
      • GROMACS-LS
      • gurobi
      • intel
      • IQ-TREE
      • Kraken
      • IOAPI
      • LAMMPS
      • leDock
      • lefse
      • lePro
      • LINKS
      • Lotos Euros
      • MAFFT
      • MDSTRESS-LIB
      • MedeA
      • MODFLOW
      • Mothur
      • MPICH
      • mrBayes
      • MUSCLE
      • NAMD
      • ncl
      • NCAR NCL
      • OpenFOAM
      • OpenQuake
      • OpenSees
      • ORCA
      • Openstructure
      • parallel
      • ParGenes
      • Partition Finder
      • PhyloNet
      • PICRUSt2
      • Pigz
      • Plumed
      • Prank
      • Prinseq-lite
      • Pteros
      • pyrad
      • QE
      • Qiime2
      • RACKET
      • RAxML
      • rDock
      • REPET
      • SAMtools
      • SBCL
      • sepp
      • SMOKE
      • Google Sparsehash
      • stacks
      • TensorFlow
      • Tigmint
      • TopHat
      • Trans-ABySS
      • Transrate
      • trimmomatic
      • Trinity
      • USPEX
      • VASP
      • VMD
      • vsearch
      • Wps
      • WRF
      • Yade-DEM
      • Makedepf90
      • GEANT4
      • ROOT
    • Management Software
    • Provisioning
    • Monitoring
    • Operating Systems
    • Scientific Libraries
    • Accelerators

About

  • How to Acknowledge
apolo-docs
  • Software
  • Scientific Applications
  • Cufflinks
  • Edit on GitHub

Cufflinks

Description

Cufflinks assembles transcripts, estimates their abundances, and tests for differential expression and regulation in RNA-Seq samples. It accepts aligned RNA-Seq reads and assembles the alignments into a parsimonious set of transcripts. Cufflinks then estimates the relative abundances of these transcripts based on how many reads support each one, taking into account biases in library preparation protocols.

Cufflinks was originally developed as part of a collaborative effort between the Laboratory for Mathematical and Computational Biology, led by Lior Pachter at UC Berkeley, Steven Salzberg’s computational genomics group at the Institute of Genetic Medicine at Johns Hopkins University, and Barbara Wold’s lab at Caltech. The project is now maintained by Cole Trapnell’s lab at the University of Washington.

Cufflinks is provided under the OSI-approved Boost License

Versions

  • Cufflinks 2.2.1
Previous Next

© Copyright Creative Commons Attribution-NonCommercial 4.0 International License.

Built with Sphinx using a theme provided by Read the Docs.