Research Articles
Digital Alchemists: Using Math to Predict Cancer's Next Move
How a powerful fusion of computer science and advanced calculus is creating a new crystal ball for oncology.
Digital Twins of Cancer: How 3D Computer Simulations Are Revolutionizing Tumor Treatment
Explore how 3D computer simulations of tumor growth and treatment are transforming cancer research and personalized medicine approaches.
The Cancer Cell Necklace: A Clever New Way to Spot the Invisible
Discover how the 'neck-formation' strategy creates a super-bright bimodal probe combining MRI and fluorescence for precise cancer imaging.
The Invisible Shield: How Joint Families Influence Cancer Outcomes in Rural India
Exploring how joint family structures in rural India provide protection against cancer through shared resources and collective caregiving.
Cracking Cancer's Code: How Network Analysis Reveals the Hidden Pathways to Disease
Discover how network and pathway analysis is revolutionizing cancer research by revealing the hidden biological networks driving disease progression.
Cracking Cancer's Code: When Software Engineering and Philosophy Revolutionize Oncology
Exploring how mechanistic modeling combines software engineering rigor with philosophical insights to transform cancer research.
The Cancer Conundrum: Navigating the Maze of Modern Oncology
Exploring the persistent challenges and emerging opportunities in cancer management, featuring breakthrough therapies, technological innovations, and future frontiers in oncology.
Cracking Cancer's Evolutionary Code: How Computational Phylogenetics Maps Tumors' Secret History
Discover how computational phylogenetics is revolutionizing cancer research by decoding tumor evolution and metastasis patterns.
Unlocking Cancer's Ancestry Code: How Genetic Roots Shape Tumors and Transform Treatment
Exploring how genetic ancestry influences cancer biology and treatment disparities through tumor DNA analysis.
Mitochondrial Mavericks: How Oxygen-Based Therapies Are Revolutionizing Cancer Treatment
Exploring cutting-edge oxidative therapies that target cancer's metabolic vulnerabilities through mitochondrial manipulation and reactive oxygen species modulation.