Oncology Research Hub

Explore cutting-edge studies in tumor biology, molecular pathways, and clinical breakthroughs

Research Articles

Decoding Our Heritage: Groundbreaking Genetic Research from the Arab World

Explore groundbreaking genetic research presented at the Second Conference of the Arab Association of Genetic Research, featuring epigenetic memory studies and genomic advancements.

Aiden Kelly
Oct 30, 2025

Unlocking the Epigenetic Code: How HDAC Inhibition Fights Synovial Sarcoma

Explore how HDAC inhibition triggers apoptosis in synovial sarcoma through genome-wide transcriptional analysis and epigenetic reprogramming.

Aiden Kelly
Oct 27, 2025

The Nutritional Echo: How Early Diet Shapes Our Biological Destiny

Exploring how nutritional experiences in the womb and early childhood reprogram our biological destiny and influence susceptibility to chronic diseases.

Nathan Hughes
Oct 26, 2025

The Lost Librarian of Our DNA: How a Tiny Molecular Machine Fights Cancer

Discover how KAT6B, a crucial epigenetic regulator, acts as a tumor suppressor in Small Cell Lung Cancer and the breakthrough research behind this discovery.

Ellie Ward
Oct 10, 2025

Omega-3 Fatty Acids: A New Ally in the Fight Against Cervical Cancer

Discover how omega-3 polyunsaturated fatty acids, particularly alpha-linolenic acid (ALA), are showing remarkable promise in fighting cervical cancer through epigenetic reprogramming.

Elijah Foster
Oct 02, 2025

Decoding Immortality: The AI Revolution in Age Reversal Science

Exploring how artificial intelligence is revolutionizing age reversal science through epigenetic reprogramming and chemical alternatives.

James Parker
Aug 12, 2025

The Invisible Handcuffs: How Early Nutrition Shackles Generations and Shapes Our Health Destiny

Exploring how malnutrition echoes across generations through biological memories etched in our cells and its impact on global health.

Hudson Flores
Aug 10, 2025

The Undead Genome: How Senescent Cells Awaken "Zombie Genes" from Cellular Lockdown

Breakthrough research reveals how senescent cells unlock tightly silenced DNA regions to activate 'zombie genes' with profound implications for aging and disease.

Jeremiah Kelly
Aug 09, 2025

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