Research Articles
Cracking Cancer's Code: How Data is Revolutionizing Hazard Detection
Explore how big data, AI, and high-throughput screening are transforming cancer hazard identification and prevention strategies.
Unlocking a Hidden Defense: How Tristetraprolin and RNA Activation Could Revolutionize Bladder Cancer Treatment
Exploring the tumor suppressing effects of tristetraprolin and its small double-stranded RNAs in bladder cancer treatment
From Classroom to Lab: The Scientific Method in Action
Explore how undergraduate biology courses teach the scientific method through hands-on experiments like DNA extraction, bridging theory with practical laboratory skills.
The Hidden Allies Within: How Our Microbiome Is Revolutionizing Cancer Care
Exploring how the human microbiome is reshaping cancer treatment and opening revolutionary pathways for patient care.
Scars from Childhood: How Early Trauma Increases Cancer Risk Later in Life
Groundbreaking research reveals the powerful link between childhood trauma and increased cancer risk in adulthood through biological embedding of stress.
How Nerves and Cancer Cells Conspire: The BDNF Trafficking System
Discover how cancer cells use BDNF signals from nerve cells to navigate through the body in this groundbreaking cancer biology research.
The AYAO Revolution: How Science Is Closing the Cancer Care Gap for Young People
Exploring the development of Adolescent and Young Adult Oncology and the Society of AYA Oncology's mission to address unique cancer challenges in young people.
The Silent Guest: How a Common Stomach Bacterium Triggers Cancer
Discover the unexpected link between H. pylori infection and gastric cancer development, including scientific breakthroughs and prevention strategies.
Herbal Warriors: How Traditional Chinese Medicine Targets Liver Cancer and Protects Liver Function
Explore how Traditional Chinese Medicine combats liver cancer while protecting liver function through herbal remedies and scientific validation.
Reversing Glaucoma's Scarred Drainage System: How a Natural Protein Could Restore Vision
Groundbreaking research on decorin protein's potential to reverse trabecular meshwork fibrosis in open-angle glaucoma, offering hope for millions affected by this leading cause of blindness.