Crop improvement, Biotechnology: Genomics
Grain legumes, Pigeonpea
Asia, Eastern and Southern Africa, West and Central Africa
Secret to on-off fertility discovered in pigeonpea
Systems Biology, Fertility transitionin, Pigeonpea, Plant Genome, Genomics, University of Vienna, GLDC, Lekha Padmaram, Wolfram Weckwerth
Genetic Gains Program, Genomics & Trait Discovery
Vienna Metabolomics Center at University of Vienna.
Dr Rajeev K Varshney
ICRISAT Happenings 1860-1, 26 June 2020
New study reveals how in some lines male sterility can be reversed to produce hybrids faster and cheaper . Researchers have identified how temperature controls male fertility in some lines of pigeonpea and have unraveled the phenomenon’s molecular mechanism in a recently published study in The Plant Genome. They have also shown that sterility can be reversed with auxin treatment. The new findings are expected to pave way for techniques that can reduce the cost and effort in hybridizing the crop, and lead to increased yields. Pigeonpea is extensively grown and consumed in South Asia and Eastern Africa, being one of the oldest food crops and a staple source of protein.
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