The new myBaits® Expert Wheat Exome panel was developed in collaboration with the International Wheat Genome Sequencing Consortium (IWGSC) using the most up to date genome assembly and annotation set of Chinese Spring. The panel enriches for the complete high-confidence exon-annotated genome in hexaploid wheat, retrieving over 250 megabases of CDS and CDS-proximate regions of the greater than 15 GB Triticum aestivum genome.
- Developed with the International Wheat Genome Sequencing Consortium
- 2 million probes targeting >200 megabases of high-confidence exons
- Compatible with hexaploid and tetraploid cultivars of wheat
- Pairs with all library preps and sequencing platforms
This kit saves the exome-focused researcher orders of magnitude in sequencing and analysis costs compared to whole genome sequencing, and pairs seamlessly with virtually all library preparation chemistries and sequencing platforms. The Wheat Exome v1 panel is provided as a complete in-solution target capture kit including buffers, blockers, and baits, along with an easy-to-use protocol.
If a complete solution is required, the myReads® NGS services team at Arbor Biosciences is available to perform library preparation, target capture, and sequencing for your entire project. Additionally, we are offering bioinformatics services in partnership with Curio Genomics to deliver an end-to-end solution for wheat exome sequencing. Contact a scientist from the myReads® NGS service team to design a wheat sequencing project that aligns with your budget and project goals.
Fig. 2. The Curio Genomics platform provides real time editing and analysis of wheat exome panel data. This intuitive, user-friendly interface provides rapid processing and review of NGS data, and is available for wheat exome data analysis either bundled with a full-service package, or as a standalone service.
Fig. 1. The Wheat Exome panel provides reliable capture of diverse sequences. myBaits chemistry allows highly reproducible coverage across divergent cultivars. Unique read coverage and polymorphisms in 4 distinct cultivars are shown for the gamma gliadin member 1 gene.
