Research Articles
A Genomic Revolution: How Functional Genomics is Personalizing Radiation Oncology
Explore how functional genomics is transforming radiation oncology through personalized cancer treatment approaches based on genetic profiles.
How a Single Gene Could Predict Your Cancer Treatment Success
Discover how IL-6 genetic variants can predict response to bevacizumab treatment in metastatic colorectal cancer patients.
The Microscope Inside Your Gut: How AI and Tiny Cameras Are Predicting IBD Treatment Success
Discover how AI-powered microscopic imaging is revolutionizing IBD treatment by predicting biological therapy success before treatment begins.
Unlocking Lung Cancer's Code: How Tiny Genetic Variations Forge a Path to Personalized Medicine
Explore how single nucleotide polymorphisms (SNPs) influence non-small cell lung cancer risk, treatment response, and personalized medicine approaches.
Cracking Cancer's Code: The Promising New Test Transforming Endometrial Cancer Treatment
Learn about the revolutionary HRD assay for endometrial cancer that personalizes treatment by assessing DNA repair competency.
The Genetic Key: How a Simple Blood Test Could Predict Breast Cancer Treatment Success
Discover how the ABTB2 regulatory variant rs6484711 predicts epirubicin-based chemotherapy response in Luminal A breast cancer patients.
Your Genetic Code: How Pharmacogenomics is Pioneering Personalized Medicine
Discover how pharmacogenomics uses your genetic blueprint to personalize medication, improving efficacy and reducing side effects.
Interrogating Pharmacogenetics Using Next-Generation Sequencing
Explore how next-generation sequencing is transforming pharmacogenetics and enabling personalized medicine through comprehensive DNA analysis.
The Invisible Codebreakers: How New Genomic Technologies Are Revealing Humanity's Hidden Variation
Revolutionary genomic technologies are illuminating the 'dark matter' of human DNA, uncovering variations that explain disease disparities and evolutionary history.