First Complete Mitochondrial Genome of Star Fruit Assembled and Characterized
Researchers have assembled the first complete mitochondrial genome of star fruit, resolving its structural characteristics and phylogenetic placement in Oxalidales.
Researchers have assembled the first complete mitochondrial genome of star fruit, resolving its structural characteristics and phylogenetic placement in Oxalidales.
A comparative genomic study reveals that an ancient Myostatin promoter-enhancer switch arose over 450 million years ago and underwent duplication, ...
A polyphasic taxonomic and genomic investigation has identified two novel haloalkaliphilic bacterial species, Halalkalibacter haasae and Halalkalibacter salibacillus, isolated from ...
A new mathematical study shows that orthology graphs explained by level-1 phylogenetic networks are exactly those whose primitive subgraphs become ...
Whole-genome sequencing of the yeast Wickerhamomyces anomalus BT3, which withstands cadmium chloride concentrations above 1000 micromolar, has identified candidate genes ...
The first whole-genome assembly of the endophytic fungus Trichoderma lixii reveals 15,430 predicted genes, 418 carbohydrate-active enzymes and 53 secondary ...
A review argues that zebrafish's extra round of whole genome duplication 350 million years ago created duplicated gene pairs whose ...
Single-cell transcriptomic analysis shows tree shrew sperm development resembles human and macaque patterns more closely than the mouse does.
Researchers sequenced a newly isolated Fusarium strain that caused fatal black-plaque disease in farmed Pacific whiteleg shrimp and identified candidate ...
A high-quality draft genome of the MEL-producing yeast Pseudozyma sp. SY16 reveals conserved biosynthetic genes and evidence of binucleate cells.
© 2026 Scienmag - Science Magazine
© 2026 Scienmag - Science Magazine