Environmentally regulated cell state splits Arabidopsis root lineages
Single-cell RNA sequencing and spatial imaging reveal a shared, abscisic-acid-linked state that splits Arabidopsis root lineages and becomes more common ...
Single-cell RNA sequencing and spatial imaging reveal a shared, abscisic-acid-linked state that splits Arabidopsis root lineages and becomes more common ...
Researchers at Shanxi Agricultural University have mapped the expression of the gibberellin-deactivating gene CsGA2ox2 across cucumber fruit development, revealing significantly ...
Chinese researchers have identified the GhRCD1-GhMYC3 protein module that governs cotton's long-standing trade-off between fiber quality and seed performance, offering ...
A comprehensive review maps the molecular machinery of plant gravitropism and predicts 69 candidate genes that could let breeders engineer ...
Researchers in Guangdong have identified eight YABBY transcription factor genes in wax gourd and shown that overexpressing one of them, ...
Knocking out the mitochondrial dicarboxylate carriers AtDIC1 and AtDIC3 delays germination and cuts seed yield in Arabidopsis while paradoxically boosting ...
Cells that copy their genomes over and over without ever dividing may sound like a recipe for genomic disaster, but ...
Plants do not build their vascular systems as randomly distributed pipes. Inside developing roots, stems and leaves, cells are arranged ...
A previously overlooked genetic network may help explain why tobacco plants rapidly produce side shoots after their main growing tip ...
A new study is giving scientists an unusually detailed view of how the maize embryo builds its first leaves, using ...
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© 2026 Scienmag - Science Magazine