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.
Breakthroughs in nanochannel technology are illuminating cancer's genomic dark matter, revealing how cryptic mutations and structural variations drive malignancy.
How a lightweight tool is revolutionizing DNA map alignment through optical mapping visualization
Discover how Dipti Chitnis's breakthrough with europium-based molecules is solving the century-old problem of efficient red light emission for sustainable technologies.
Discover how the chromosome-scale genome assembly of African bermudagrass (Cynodon transvaalensis) is transforming turfgrass breeding for climate resilience.
Discover how the complete genome sequencing of drought-resistant maize CIMBL55 is revolutionizing agriculture and helping farmers combat climate change.