US: First complete blackberry genome assembled

Published 2023년 5월 30일

Tridge summary

An international scientific team, led by Margaret Worthington of the University of Arkansas, has successfully sequenced and annotated the complete genome of the blackberry, a significant breakthrough in fruit breeding. This project marks the first assembly and annotation of the chromosomal length of the blackberry genome, aiming to enable the development of new varieties with enhanced taste and resistance. The team used advanced genetic tools to sequence and identify the genes present in the Hillquist berry, a unique variety with a distinct fruiting habit. This research is anticipated to revolutionize the production of blackberries, a crop that generated over $656 million in revenue in the United States in 2020.
Disclaimer:The above summary was generated by Tridge's proprietary AI model for informational purposes.

Original content

An international team of scientists has assembled the first complete sequence of the blackberry genome, creating a genetic tool that will help guide fruit growers to develop new varieties with better taste, resistance and other desired traits. Margaret Worthington, associate professor and fruit breeder at the Arkansas Agricultural Experiment Station, the research arm of the Division of Agricultural Systems at the University of Arkansas, said this project produced the first assembly and annotation of the chromosomal length of the blackberry genome. Worthington collaborated with a team of 26 researchers representing institutions from seven countries, including the United Kingdom, Italy, Finland, Norway, Australia, China and the United States, and together they assembled the genome of Hillquist, a cloudberry with a unique fruiting habit in 1949 by HL Hillquist, a gardener in Ashland, Virginia. It is the only known source of primocane fruiting genetics and is the parent of all ...
Source: Agrolink

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