By combining in vivo and in vitro proximity ligation technologies, highly accurate and contiguous genomes can help accelerate more traditional, genetic-marker based crop breeding.
The proceeds will be used to advance the firm's CropOS computational platform, and to develop other promising product candidates for increasing crop yields.
The proceeds from the seed round will enable the company to fund the development and commercial launch of a $15 genomic test for dairy and beef cattle.
An Australian team has developed a method to spray double-stranded RNA on plants to make them resistant to pests, Technology Review reports.
The recent decision by a top UK research institute to outsource its data storage to a lower-cost, clean energy facility in Iceland has observers taking notice.
The assembly of the agricultural pest Rhizoctonia solani genome was more contiguous and larger than previous short-read assemblies.
An Irish agriculture official says genomics could be used to fight cattle rustlers, according to AgriLand.
The firm's technology, called genotyping by random amplicon sequencing, or GRAS, should improve the efficiency of identifying and selecting markers for crop improvement.
BGI will work with researchers in Australia on agricultural and human health projects, and will seek new partnerships across the region.
A new study in PNAS documents how genomic selection using SNP chips has rapidly changed breeding practices in the dairy industry over the last decade.
Dog DNA testing finds that some purebreds might not truly be purebreds, Inside Edition reports.
Mary Beckerle has returned as director of the Huntsman Cancer Institute, according to ScienceInsider.
Smithsonian Magazine reports that environmental DNA sampling can be used to track elusive organisms.
In Genome Research this week: repetitive satellite DNA in the fruit fly, transcriptome map assembly pipeline, and more.