Research Articles
Unmasking Cancer's Secrets: The Power of Single-Cell DNA Methylation Analysis
Explore how single-cell DNA methylation analysis is revolutionizing cancer research by revealing tumor heterogeneity and epigenetic drivers of cancer progression.
Decoding Cancer's Secrets: How Pattern-Finding Algorithms Are Revolutionizing Tumor Classification
Explore how possibilistic biclustering algorithms are transforming cancer classification by identifying molecular patterns for personalized treatment approaches.
The Invisible Guardian: How Your Home Could Soon Help You Fight Cancer
Discover how Intelligent Health Environments are revolutionizing cancer care through continuous monitoring, predictive analytics, and proactive intervention.
Cracking Cancer's Code: How Mutational Signatures Reveal the Secret History of Tumors
Explore how mutational signatures act as forensic evidence in cancer genomes, revealing causes and guiding personalized treatments.
The Digital Molecule Hunt: How Computers are Forging New Weapons Against Cancer
Discover how computational biologists are using in silico methods to design multi-target CDK inhibitors against cancer proteins BCL2, TS, and mTOR.
The Digital Detective: How Software Unlocks the Secrets of Cancer's Genetic Blueprint
Explore how variant calling tools serve as digital detectives in cancer genomics, identifying critical mutations for precision oncology treatments.
Cracking the Neighborhood Code: How the Area Around a Tumor Helps It Fight Back Chemo
Discover how the tumor microenvironment actively helps cancer cells develop resistance to chemotherapy, and the groundbreaking research revealing new treatment strategies.
Cracking Cancer's Code: Why It's Not Just One Broken Gene, But a Failed Network
How scientists are mapping the intricate social networks of our cells to predict, prevent, and treat cancer through network and pathway analysis.
Molecular Architects: Designing a New Weapon in the Fight Against Cancer
Discover how scientists are designing novel chromone-aminophosphonate compounds as potent Src kinase inhibitors for targeted cancer therapy.