Discover how chromosomal rearrangements in wheat chromosomes 4A, 5A, and 7B shaped this vital global crop through evolutionary genetic changes.
Exploring how self-assembled monolayers (SAMs) are transforming electronics through quantum tunneling and molecular engineering.
Explore the revolutionary field of Molecular Communication (MC) where information is transmitted through molecules instead of electronic signals, enabling biocompatible nano-networks.
Discover how the mLemCat1 genome project is revolutionizing conservation efforts for Madagascar's endangered ring-tailed lemurs through cutting-edge genomics.
Discover how the chromosome-level genome assembly of Pyropia haitanensis reveals secrets of extreme environmental adaptation and aquaculture potential.
Explore how scientists use de novo sequencing and assembly to reconstruct genomes of non-model mammals, with insights from pangolin genome research.
Breakthrough in North American Atlantic salmon genomics with first chromosome-level assembly and 50K SNP array development.
Explore breakthroughs in laryngology and broncho-esophagology transforming voice and swallowing disorder treatments through AI, office-based procedures, and mind-body connections.
Discover how Optical Genome Mapping is revolutionizing cancer research by detecting chromosomal abnormalities invisible to traditional methods.
Discover how single-molecule sequencing revealed the bizarre genome of Sciara coprophila, challenging fundamental genetic principles with chromosome eliminations and alien DNA.