
Structural variation and gene expression across upland cotton cultivars
Genetic mapping serves as an important tool for biologists to determine the genetic architecture of large-effect variants on traits of interest. However, the translation of these findings into practical applications for breeders has historically been fragmented. Bridging this gap involves the identification of assayable markers for marker-assisted selection and the pinpointing of candidate genes for modification. With the advent of multiple reference genomes, rich diversity data, and high-confidence gene annotations, all of the raw materials are available for identifying high-value molecular targets for breeding. However, a computational framework to make use of these data does not exist yet for cotton. To address this gap, we are developing an extensible and accessible framework to leverage our multiple high-quality reference genomes of the complex and polyploid cotton crop to effectively find targets for molecular breeding efforts.
This website provides a hub for access to the upland cotton pangenome resource, subject to the data usage policy.
Citing Upland Cottons Pangenome
Sreedasyam,A., Lovell, J.T., Jones, D.W., Schmutz, J., et al. Pan-genome integration of genetic diversity to accelerate molecular breeding in cotton. Unpublished.
Contacts
- Avinash Sreedasyam (asreedasyam AT hudsonalpha DOT org)
- John Lovell (jlovell AT hudsonalpha DOT org)
- Don Jones (DJones AT cottoninc DOT com)
- Jeremy Schmutz (jschmutz AT hudsonalpha DOT org)
HudsonAlpha Institute for Biotechnology, Genome Sequencing Center | 601 Genome Way NW, Building 601, Huntsville, AL 35806

