Methylmercury Rewires Brain Cell Genes at Doses That Leave Cells Alive
A new transcriptomic study reveals that non-lethal methylmercury exposure disrupts gene expression, microRNA regulation, and ion transport in rat neuronal ...
A new transcriptomic study reveals that non-lethal methylmercury exposure disrupts gene expression, microRNA regulation, and ion transport in rat neuronal ...
A comparative RNA-sequencing study of phosphorus-efficient and phosphorus-inefficient mungbean genotypes has identified candidate genes, including a cell-wall-remodeling polygalacturonase and a ...
A new computational study shows that codon optimality, one of the strongest sequence determinants of messenger RNA half-life, does not ...
A stage-resolved transcriptome atlas of rice flag leaves reveals two waves of gene reprogramming during grain filling that coordinate defense ...
Autotetraploid rice shows markedly stronger cadmium tolerance than diploid rice through coordinated remodeling of antioxidant defenses, hormone signaling, and gene ...
A new study shows that short-read RNA sequencing systematically underestimates A-to-I RNA editing levels compared with long-read cDNA sequencing, largely ...
Genome and methylome sequencing of 78 supposedly identical Col-0 Arabidopsis strains reveals that the world's standard laboratory plant has quietly ...
A multi-omics comparison of Tibetan and Duroc pigs has identified candidate genes and fatty acid biomarkers that may explain why ...
Soybean is one of the most important crops on the planet, a legume that supplies a large share of the ...
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© 2025 Scienmag - Science Magazine
© 2025 Scienmag - Science Magazine