Decoding the "Drought-Oil" Trade-off in #Brassicanapus 🧬💧

In The #PlantJournal: Researchers have identified a sophisticated regulatory cascade—BnLEA4-BnMYB96-BnLTP2—that synergistically improves #drought resistance and seed oil content.

www.instagram.com/p/DS6uM_hiOl8/

2025, #theyearinpictures #januarytoapril

1. #january #rose #dew
2. #february #romantheatre #lightshow
3. #mars #oldtown #utebo
4. #april #flowers #brassicanapus

Modulation of calcium, callose synthesis, membrane permeability and pectin methyl-esterase activity affect cell wall composition and embryo yield during Brassica napus microspore embryogenesis AbstractBackground and Aims. Microspore embryogenesis is a convenient inducible system to study the changes associated with the developmental reprogramming

The plant cell wall is not just structural—it’s key to developmental reprogramming. Understanding these dynamics can improve plant regeneration systems. 🌿(10/10)

👉 doi.org/pj6v

#AoBpapers #PlantScience #Embryogenesis #BrassicaNapus