Research Articles
The Cell's Traffic Control System: How Tiny RNAs Guide the Fate of Stem Cells
Explore how microRNAs and Ago2 protein work together as cellular traffic controllers to guide stem cell fate through genome-wide binding mapping.
Public Voice or Scientific Silence? The Critical Battle Over Gene-Edited Futures
Exploring the urgent need for public engagement in human heritable genome editing policies and governance frameworks.
The Brain's Hidden Wonders: How Medical Mysteries Revolutionize Neurology
Explore how neurological case studies and modern research are transforming our understanding of the brain's plasticity and potential for regeneration.
The Body's Unsung Hero: Unlocking the Secrets of a Cellular Workhorse
How 3D Snapshots and Digital Models Are Revolutionizing Medicine through Cytochrome P450 research
Rewriting Life's Code: The New Era of Precision Genetic Engineering
Explore the latest breakthroughs in genetic engineering including prime editing, programmable chromosome engineering, and lipid nanoparticle delivery systems.
The Brain's Highway Code: How a Protein Family Guides Our Neural Wiring
Explore how the CRMP family and Sema3A signaling work together to guide neural development and their implications for neurological disorders and cancer.
Rewriting Life's Code: The Promise and Challenges of Gene Editing
Explore the revolutionary field of gene editing, from CRISPR technology to recent breakthroughs in precision editing and the ethical challenges facing this medical revolution.
The Heart-Makers: Building Beating Tissue from a Single Cell
How scientists are using revolutionary stem cell technology to pave the road toward repairing broken hearts.
The Secret Social Network of Corn: How Your Favorite Crop Chats with the Underground
Discover how maize communicates with underground microbes through genetics, forming symbiotic relationships that could revolutionize sustainable agriculture.
How Rogue DNA Switches Fuel Hodgkin Lymphoma
Discover how dormant viral DNA segments called Long Terminal Repeats (LTRs) awaken and orchestrate gene expression in classical Hodgkin lymphoma, driving cancer growth and opening new treatment avenues.