Exploring how C. elegans' nine α-tubulin genes create functional diversity in microtubules and their implications for neuroscience and human health.
Exploring how genetic diversity and modern genomics help forests adapt to climate change, featuring CRISPR-engineered pines and assisted gene flow strategies.
Groundbreaking study successfully isolates and sequences 14 previously uncultivated bacterial associates from Spongia sponges, revealing their genetic potential for medicine and biotechnology.
Discover how Cryptosporidium's unique repeating protein structure makes it resistant to environmental threats and potential therapeutic approaches targeting this molecular armor.
Discover how Drosophila's p53 gene provides crucial insights into cancer protection through focused genomic responses and apoptosis mechanisms.
Discover how ABCC3 gene amplification drives taxane resistance in HER2+ breast cancer and the latest research on overcoming this challenge.
Explore the genomic architecture of 4-1BB (CD137), its role in immune regulation, and its transformative potential in cancer immunotherapy.
Discover how the iridescent marine bacterium Cellulophaga lytica NFXS1 boosts microalgae growth through symbiotic relationships, with potential applications in sustainable biotechnology.
Discover how Drosophila Malpighian tubules serve as a revolutionary model for studying renal function and human kidney diseases.
Discover how Mycobacterium tuberculosis Lineage 4 dominates extrapulmonary TB cases in Ethiopia through genomic adaptations and drug resistance.