Explore the fascinating relationship between metabolism and epigenetics in cancer development and how this knowledge is leading to personalized cancer treatments.
Discover groundbreaking research on cancer gene mutation frequencies across the U.S. population and how this reshapes our understanding of cancer genetics.
New research suggests cancer originates from tissue-resident OCT-4 positive VSELs through excessive self-renewal and blocked differentiation pathways.
Explore how precision medicine targets cancer dependencies with small molecules, moving beyond traditional chemotherapy to attack cancer's specific genetic weaknesses.
Explore how epigenetic mechanisms drive cancer development and the revolutionary therapies targeting gene regulation software.
Discover how a single-letter genetic variation in MDM2 SNP309 disrupts our body's cancer defense system by creating a transcriptional traffic jam in p53 target genes.
Exploring the CSUF-UCI partnership's innovative approach to addressing cancer health disparities through community-engaged research and equitable solutions.
Discover how mutant IDH1-driven cancers depend on their wild-type counterpart, revealing a paradoxical Achilles' heel in glioblastoma treatment.
Discover how scientists are using epigenetic editing to treat metastatic colorectal cancer and revolutionize cancer therapy.
Explore the groundbreaking research shifting cancer treatment from reactive therapies to proactive prevention strategies, including landmark clinical trials and future directions.