Discover how KIF23 protein promotes triple-negative breast cancer progression through epithelial-mesenchymal transition and its potential as a therapeutic target.
Discover how suppressing microRNA-203 enhances stem cell survival and revolutionizes regenerative medicine through PI3K pathway activation.
Discover how scientists are unraveling the genetic secrets behind marennine, the rare blue pigment produced by Haslea ostrearia diatom that colors oysters green and holds biotechnological promise.
Discover how bioinformatics is unraveling the complex gene regulatory networks that control lactation, revealing biological insights with applications from infant nutrition to cancer research.
Explore the fascinating world of SPATA4 gene research, from molecular cloning to bioinformatic analysis, revealing its crucial role in fertility, metabolism, and disease.
Explore how network pharmacology and urethane-induced lung cancer models are identifying precise drug targets through multi-omics approaches and network analysis.
Exploring the scientific quest to find inhibitors for snake venom myotoxins using functional, structural and bioinformatics approaches
Discover how astroviruses, once considered simple stomach bugs, are now emerging as serious neurotropic pathogens causing brain infections worldwide.
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.