Scientists have unlocked the genetic secrets behind blood orange's vibrant hue and health benefits through chromosome-scale genome assembly.
Explore how repetitive DNA sequences create differences between indica and japonica rice subspecies, impacting genome size and agricultural traits.
Discover how the chromosome-scale genome sequencing of Rubus chingii reveals insights into hydrolysable tannin biosynthesis and its potential health applications.
Discover how genome sequencing revealed the genetic diversity of Cynanchum wilfordii and solved identification challenges in traditional medicine.
Explore how 4C-Seq technology uncovers the 3D architecture of our genome, revealing gene interactions that influence health and disease.
Discover how Kutzneria bacteria's genomic features and secondary metabolite biosynthetic potential could solve the antibiotic resistance crisis
Discover how scientists identified the GhRBB1_A07 gene that controls cotton fiber quality through genome-wide association studies and genetic analysis.
Discover how the chromosome-level genome assembly of the razor clam reveals remarkable adaptations to extreme environments and offers insights for conservation and aquaculture.
Explore the genomic secrets of Ganoderma lingzhi, its transcriptome complexity, and the medicinal properties of ganoderic acids.
Discover how salmonids survived a genetic catastrophe 100 million years ago and turned it into an evolutionary advantage through genome-wide rediploidization.