Jorge Salazar-Henao

A single-nuclei transcriptome census of the Arabidopsis maturing root identifies that MYB67 controls phellem cell maturation Using small nuclear RNA sequencing (snRNA-seq), Miller et al. produced a gene expression census of the maturing Arabidopsis root and, by exploring the development of the suberizing phellem, identify that MYB67 controls phellem cell maturation. This census may serve as resource for engineering future plants with improved stress resilience and carbon capture capacity.

Suberin-rich roots can increase🌱stress resilience &help sequester carbon in the soil. We mapped the complete development of "plant amor" suberin-rich root phellem cells via single-nuclei sequencing and found a new regulator. #PlantScience @salkinstitute shorturl.at/ZFqLw

ClearDepth: a simple, robust, and low‐cost method to assess root depth in soil Root depth is important for plant drought tolerance and represents an avenue for carbon sequestration in deep soil layers thus helping mitigate the effects of climate change. ClearDepth offers a simp....

Root depth is important 4 drought resilience & soil carbon storage. Studying it in Arabidopsis is tough due to its small roots. Enter ClearDepth: a simple, low-cost method to quantify root depth in soil. It even works for crops like rice! #PlantScience #roots onlinelibrary.wiley.com/doi/10.1111/...

Master Forum in Sustainability Science The Challenges in Getting to Net-Zero GHG Emissions Throughout human history, multiple industrial and agricultural revolutions that have profoundly transformed the world. However, the unintended cons...

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Plant Physiology Webinar: Root Development YouTube video by Plantae

It's online!
If you missed yesterday's Plant Physiology focus issue webinar on Root Development, don't worry, you can watch the recording here. @hhtormar.bsky.social @idane.bsky.social
youtu.be/1q_Z9PI8_Is?...
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