Exploring the structural and evolutionary diversity of Type II restriction enzymes, nature's precision DNA cutters that revolutionized genetic engineering.
Exploring how pea aphids' expanded odorant and gustatory receptor families reveal evolutionary innovation through gene duplication and positive selection.
Discover how Thellungiella salsuginea, an extremophile plant, is revolutionizing our understanding of stress tolerance in plants through transcriptome sequencing and microarray technology.
Unveiling the molecular dance behind chemotherapy resistance in aneuploid breast cancer through CEP55-HSF1 interaction
Discover how genes and environment intertwine to shape the life cycles of Atlantic salmon, with implications for conservation and aquaculture.
Exploring how bioinformatics reveals the crucial role of selenoproteins in cellular health, aging, and disease prevention.
Breakthrough technique combining Agrobacterium rhizogenes-mediated hairy roots and apple latent spherical virus (ALSV) is accelerating legume disease resistance research.
Exploring how shifts in purifying selection (SPurS) drive rapid adaptation across species from urban lizards to melting icefish.
Explore how time series analysis reveals the hidden pathways in biological systems through dynamic data interpretation.
Discover how coral reef microbiomes adapt to seasonal changes and what this means for reef resilience in the face of climate change.