Research Articles
Genomics: The Cellular Evolution of Medicine - How John Powers and Murrieta Genomics Are Revolutionizing Healthcare
Explore how John Powers and Murrieta Genomics are transforming healthcare through genomic medicine, next-generation sequencing, and personalized cancer treatments.
The Nutritional Time Bomb: How Early Diet Shapes Our Biological Destiny
Exploring how early nutritional experiences reprogram our bodies at the most fundamental level, creating lifelong vulnerabilities to disease.
The CRISPR Scalpel: Rewriting Cancer's Genetic Code
Explore how CRISPR/Cas9 gene editing is revolutionizing cancer treatment through precision genetic modifications, immune cell engineering, and targeted therapies.
Histone Acylation: The Cell's Chemical Language of Metabolism and Genes
Explore how histone acylation serves as a dynamic metabolic sensor that translates nutrient availability into gene expression changes.
The Master Switches of Cancer: How Super-Enhancers Hijack Our Genes
Exploring how super-enhancers drive cancer progression by hijacking gene regulation and the latest therapeutic approaches targeting them.
The Fractal Frontier: Unraveling Evolution's March Toward Complexity
Exploring how complexity emerges in biological evolution through fractal patterns, self-organization, and evolutionary algorithms.
Beyond the Clock: How Sleep and Circadian Rhythms Steer Your Metabolic Health
Exploring the profound impact of circadian rhythms and sleep patterns on metabolic health, obesity, and diabetes risk.
The Invisible Symphony: How Epigenomics and Sequencing Are Rewriting the Future of Medicine
Exploring how epigenomics and long-read sequencing are transforming medicine through multi-omic integration and epigenetic editing.
The Silent Echo: How Your Ancestors' Experiences Shape Your Biology
Exploring how ancestors' experiences shape biology through epigenetics and intergenerational transmission
Decoding Breath: How Molecular Diagnostics are Revolutionizing Respiratory Medicine
Explore how advanced molecular technologies are transforming respiratory medicine through rapid, precise disease profiling and innovative diagnostic tools.