Tag: plant genomics

A complete mitochondrial genome assembly for Apocynum venetum reveals 61 genes, extensive repeats and evidence of intracellular chloroplast-to-mitochondrion gene transfer.

A new multi-evidence framework resolves coding-noncoding ambiguity in the Arrhenatherum elatius transcriptome, identifying 31.71% of transcripts as part of a ...

Structural variants—large-scale rearrangements of DNA such as deletions, insertions, duplications, inversions, and translocations—are among the most consequential sources of genetic ...

Researchers have developed PeTMiner, a deep learning framework that uses a plant RNA foundation model, hierarchical attention, and adaptive loss ...

Researchers have catalogued 107 candidate microRNA-encoded peptides in tomato, revealing a distinctive positively charged biochemical signature and conservation patterns tied ...

A haplotype-resolved genome assembly of the rare red-flowered Magnolia wufengensis reveals a recent hexaploid origin and the genes behind its ...