
Cracking the oat code: A comprehensive pangenome and pantranscriptome resource
Plant Science Research WeeklyOat (Avena sativa) is a globally cultivated cereal for its rich dietary fiber and health-promoting benefits. Yet, despite its nutritional importance, oat genomics has long lagged behind other cereals due to its large, repeat-rich, and allohexaploid genome which does not generally recombine. In a recent…

Feeling the heat: SP6A links heat tolerance and defense in potato
Plant Science Research WeeklyClimate change is a major threat to potato, as high temperatures inhibit tuberization and reduce yield. A recent study by Yeo and colleagues screened for heat-tolerance in offspring from one tolerant and one sensitive parent potato cultivar. SELF-PRUNING 6A (SP6A), encoding a phloem-mobile tuberization…

Master of non-enzymatic functions: ISOAMYLASE complex structure reveals additional metabolic roles
Plant Science Research WeeklyPlants store glucose polymers in semicrystalline starch granules. Starch debranching enzymes, including isoamylases (ISAs), are involved in maintaining starch’s crystalline organization. In maize, sugary1 (su1) mutants with impaired ISA1 enzymatic activity accumulate soluble polyglucan chains (phytoglycogen).…

Consistency is key: Shaping a sepal
Plant Science Research WeeklyThe development of the 3D shape of an is complex, and the contributions of underlying pathways are difficult to untangle. Battu et al. decouple the organ size and organ shape by conducting a thorough quantification of organ geometry in 3D together with Principle Component Analysis (PCA), and using the…

A viral master plan: TYLCV reprograms tomato scent and whitefly senses for maximum spread
Plant Science Research WeeklyViruses spreading to crops via tiny insects is one of agriculture’s biggest problems. Liang et al. uncovered the two-part strategy used by the tomato yellow leaf curl virus (TYLCV) to hijack the whitefly, Bemisia tabaci. It’s a double dose of manipulation designed to guarantee infection. The virus…

How parasitic plants avoid being parasitized
Plant Science Research WeeklyIt’s not too difficult to envision how a plant recognizes something very different from itself, like a bacterium, oomycete, or fungus. It’s a bit less obvious how a plant recognizes another plant as different from itself. This self-recognition is important when you think about parasitic plants, which…

Plant Science Research Weekly: November 14, 2025
WWR Full PostReview.When the sun becomes too hot: Non-photochemical quenching in plants
Plant photosynthetic machinery can easily be overwhelmed by strong sunlight. Therefore, plants developed a set of processes called Non-Photochemical Quenching, a safety valve that dissipates excess light energy as heat. In…

The Plant Cell Features March and April 2025 First Authors
Blog, Community, The Plant Cell: Author ProfilesBehind the manuscripts are researchers, professors, professionals and students dedicated to advancing the field of plant science. You’ve seen our First Authors on Bluesky, Twitter and Facebook— now, read more about why they chose to pursue plant sciences and click on the links to read their articles.
Srinivas…

Opinion: Genomic studies hint at what makes a tree a tree
Plant Science Research WeeklyThis is such an engaging and though-provoking review article. I’d love to ask a group of students to think about what makes a tree a tree, including such questions as: How do we define trees? Do woody plants share a single origin? How many angiosperms are woody? The answer to those questions and more…
