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Study Reveals Gene that Reduces Wheat Grain Weight

Wheat, a vital global crop for food security, faces challenges from climate change and a growing population, making yield improvement crucial for future production. A study published in the Plant Biotechnology Journal highlights the gene affecting wheat grain weight and filling.

The Wox gene family encodes transcription factors essential for plant growth and development. However, the role of Wox genes in cereal crops remains unclear, particularly with yield traits like thousand kernel weight (TKW). Since starch comprises up to 85% of wheat grain dry weight, sucrose metabolism plays a crucial role in determining TKW and overall yield. In this study, scientists used CRISPR to understand the effect of TaWUS-like-5D on the grain yield of wheat.

The study revealed that the edited single and double knockout mutants (AABBdd and AAbbdd) showed significantly larger grains and higher TKW, with yield increasing by 10%.

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‘Our mission is to feed the world’: Syngenta

Video: ‘Our mission is to feed the world’: Syngenta


Feroz Sheikh, Chief Information and Digital Officer, Syngenta Group, is one of the delegates at the World Economic Forum in Davos. Sheikh says that Syngenta AG, a Chinese-owned global agricultural technology company headquartered in Basel, wants to use cutting edge innovation to help feed a world population scheduled to hit 10 million in 2050.