MAKR6 is essential for auxin canalization in Arabidopsis by regulating PIN1 trafficking and integrating TMK1/4 and CAMEL-CANAR signalling pathways.
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Nature Plants
Nature Portfolio · Plant Physiology & Photobiology · ISSN 2055-026X, 2055-0278
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Zinc-finger proteins C3H14 and C3H15 are essential for maintaining meiocyte identity in flowering plants, with mutations causing meiotic arrest in Arabidopsis, soybean, and rice.
Overcompensation of vegetation productivity after late-spring frost occurs in up to 41% of events across the Northern Hemisphere, with annual productivity exceeding non-frost baselines.
A domestication-selected CIPK20-MYB28-HAK4 module enhances salt tolerance in modern maize by regulating shoot Na+ exclusion, with the MYB28 SNP1409T conferring increased resilience.
SNI1/NSE5 acts as a temperature-sensitive brake on class II crossovers in Arabidopsis, with crossover rates increasing under cold conditions.
- Open access
A protoplast-based CRISPRa screen in rice identified OsTV1, a papillae-specific receptor kinase, as a positive regulator of broad-spectrum fungal resistance.
Long-term woody biomass growth is not limited by short-term decoupling from photosynthesis, with biomass increasing proportionally to photosynthesis from 1951 to 2020.
PAX protein establishes cell and tissue polarity in leaf vein formation independently of PIN auxin transporters.
- Open access
N-glycosylation determines functional divergence of paralogous plant chitinases, balancing immunity and growth in Arabidopsis thaliana.
RNA interference-based biopesticides have transitioned from proof of concept to practical use with the first products targeting Colorado potato beetle and varroa mite.
Maternal H3K27me3 epigenetic changes in integuments regulate embryonic patterning by controlling auxin transport genes AUX1 and LAX1 in plants.
Dual-layer allele engineering combining structure-guided protein design and cis-regulatory tuning produces rice alleles with herbicide resistance up to four times the recommended field rate.
GPhase significantly improves haplotype-resolved scaffolding of complex polyploid genomes, reducing sequence missing rate by up to tens-fold and error rate by up to an order of magnitude.
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Most soybean cell types can be distinguished by their unique patterns of co-expressed transcription factor genes at single-cell resolution.
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