UK: New bean genome unveils potential to boost food security in drought-prone regions

Published 2023년 4월 28일

Tridge summary

An international research team, led by African scientists and in partnership with international institutes, has sequenced the genome of the hyacinth bean, also known as the lablab bean. This climate resilient bean, native to Africa and widely cultivated in the tropics, could enhance food security in drought-prone regions. The genome sequencing could facilitate wider cultivation of the bean, bringing nutritional and economic benefits. The researchers have identified important agronomic traits that could be targeted for breeding to enhance the bean's productivity and nutrition. This research is significant for underutilized crops like lablab, which could play a key role in diversifying and climate-resilient food systems. The team anticipates that the genome resource will inspire further research and breeding efforts to increase food and feed availability in Africa and globally.

Disclaimer:The above summary was generated by Tridge's proprietary AI model for informational purposes.

Original content

An international team of researchers has fully sequenced the genome of a climate resilient bean that could bolster food security in drought-prone regions. The sequencing of the hyacinth bean or 'lablab bean' [Lablab purpureus] paves the way for wider cultivation of the crop, bringing nutritional and economic benefits, as well as much needed diversity to the global food system. The plant is native to Africa and is cultivated throughout the tropics producing highly nutritious beans, which are used for food and livestock feed. It's extremely drought-resilient and thrives in a range of environments and conditions, contributing to food and economic security, and improving soil fertility by fixing nitrogen. Lablab is also used medicinally in some areas and contains bioactive compounds with pharmacological potential. The plant's adaptability suggests high genetic diversity, which means it's possible to select different ...

Source: Phys