Discover how mathematical models reveal the spatial distribution of mutations in tumors, transforming cancer research and treatment strategies.
Exploring how evolutionary biology is transforming our understanding of cancer development, treatment resistance, and therapeutic strategies.
Explore the science behind cancer risk assessment, from chemical carcinogenesis to hazard evaluation and risk quantification methods used by scientists worldwide.
Discover how functional network analysis uncovers cancer's immune tolerance mechanisms through pregnancy-related proteins and advanced computational methods.
Explore how single-cell genetic analysis reveals cancer's evolution from DCIS to invasive breast cancer, uncovering tumor heterogeneity and conserved genomic imbalances.
Exploring how cancer systems biology is transforming cancer treatment through computational modeling, evolutionary therapy, and predictive digital twins.
Discover how AI techniques simultaneously identify diseases and pinpoint molecular fingerprints, transforming medical diagnosis and treatment.
Exploring how fractional-order neural networks are revolutionizing cancer cell propensity prediction through advanced computational complexity approaches.
Discover how network and pathway analysis is revolutionizing our understanding of cancer susceptibility and treatment approaches.