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.
Discover how the chromosome-level genome of soursop (Annona muricata) is transforming our understanding of plant evolution and tropical agriculture.
Discover how sonochemical synthesis of siRNA nanoparticles is transforming gene therapy through ultrasonic wave technology.
Exploring the cutting-edge field of single-molecule electrical conductance sequencing for DNA analysis without amplification.
Exploring the groundbreaking T2T-CHM13 reference assembly that completed the human genome sequence after two decades of research.
Revolutionary Optical Genome Mapping technology reveals structural variants in ALL patient-derived xenograft models, uncovering new insights into treatment resistance.