Exploring how transcriptomic and proteomic profiling of the anterior cingulate cortex reveals the molecular basis of neuropathic pain
Discover how Hi-C technology and proximity-guided assembly transformed the fragmented black raspberry genome into a complete chromosomal blueprint, revolutionizing crop improvement.
Explore how computational methods are transforming vaccine development against cholera through multi-epitope vaccine design.
Discover how BAK1 genes in Brassica rapa regulate plant architecture through functional divergence and brassinosteroid signaling pathways.
Explore how batch cultivation of microorganisms produces sustainable biopolymers as alternatives to petrochemical plastics, featuring PHA production and microbial factories.
Discover how mutations in transcription factor binding sites drive bacterial evolution and adaptation in E. coli through cutting-edge research methods.
Discover how long non-coding RNAs, once considered junk DNA, are now recognized as master regulators in acute kidney injury and hold promise as diagnostic tools and therapeutic targets.
Explore how the KEGG database has evolved from a genomic reference to an indispensable computational framework for modern biological research.
Discover how circular RNA PVT1 promotes breast cancer progression through the miR-30b-5p/AEG-1 axis and its clinical implications for diagnosis and treatment.
Discover how genetic research is transforming mastitis resistance in dairy cattle through polymorphism studies of key candidate genes.