Leaf development:
Compound suppression

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  • Monalisha Rath
  • Utpal Nath
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  • Over this summer the world’s elite athletes have been competing at the Olympic and Paralympic Games in Tokyo. Perhaps it is time to celebrate the athletic abilities of plants.

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  • Biological membrane bilayers typically have distinct phospholipid compositions in the two leaflets, which require lipid translocation mediated by transporters called lipid flippases. These proteins are crucial for cell survival and various physiological activities in eukaryotic cells. This Review discusses the current knowledge of lipid flippases in plants.

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  • By adding high-resolution climatic factors to an innovative genotype-by-environment model, a study using high-quality data of global wheat trials demonstrates that climate change affects wheat breeding and that region-specific breeding efforts that target heat-tolerance traits achieve better yield stability in a warming climate.

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    • Zhonghu He
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  • This Review summarizes the current status of base editors and prime editors in plants, reporting both technological developments and biological applications of these precise genome editors.

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  • The genome of a magnoliid, Aristolochia fimbriata, shows no evidence of whole-genome duplication, a feature uniquely shared with Amborella trichopoda, the sister species to all other angiosperms. This ancestral structure of the Aristolochia genome offers great opportunities for comparative genomics.

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Sustainable solutions to end hunger

Sustainable solutions to end hunger

Effective agricultural interventions could aid efforts to find sustainable solutions for ending hunger. In this collection, we present evidence-based recommendations from the Ceres2030 team on where to prioritize spending on interventions to achieve zero hunger by 2030.
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