Discover how SEC61G protein hijacks calcium signaling to drive colorectal cancer progression through calcium surges and cellular sabotage.
Discover how E2F/DP transcription factors in rapeseed regulate growth, development, and stress responses, offering potential for improved crop resilience.
Discover how the NRG-P0074 bacteriophage is revolutionizing our approach to fighting antibiotic-resistant superbugs through genomic characterization and host range analysis.
Discover how researchers decoded the complete mitochondrial genome of Bromus inermis, revealing genetic complexity with implications for evolution and agriculture.
Exploring the challenges and solutions in cancer research data management, from data deluge to preprocessing pipelines.
Discover how plasma microbial cell-free DNA could transform lupus diagnosis and treatment through cutting-edge research on microbial signatures in blood.
Discover how DNA replication stress-related genes are transforming bladder cancer prognosis and treatment through cutting-edge research.
Explore the dual role of E2F5 transcription factor in cancer development - acting as both gatekeeper and destroyer in tumor cell cycle regulation.
Exploring the promise, pitfalls, and future of nature's computational blueprint in bio-inspired algorithms.
Discover how the oxytocin receptor (OXTR) and YAP protein interact to drive gastric cancer progression in this comprehensive scientific overview.