Research Articles
A Borrowed Key: Can a Miracle Drug for One Leukemia Unlock Cures for Others?
Exploring the potential of retinoic acid in treating non-APL Acute Myeloid Leukemia through differentiation therapy and combination treatments.
The Silent Sacrifice: How Planned Cell Death in the Placenta May Trigger a Dangerous Pregnancy Condition
Exploring the connection between placental apoptosis and preeclampsia, a dangerous pregnancy condition affecting mothers worldwide.
Mussel Muscle: How a Seafood Staple Masters the Art of Survival
Discover how mussels use p38-MAPK and JNK pathways to activate protective proteins Hsp70 and MT20, enabling survival in warming oceans.
The Hidden Heart Helper in Your Garden: A Natural Compound's Fight Against High Blood Pressure Damage
Discover how Geniposide from Gardenia protects the heart from high blood pressure damage through scientific research on myocardial injury and energy metabolism.
Achilles' Heel: Starving the "Jekyll and Hyde" of Leukemia by Cutting Off its Fuel
Discover how scientists are targeting the metabolic vulnerability in Acute Myeloid Leukemia by exploiting its lactate dependency through SDH complex inhibition.
The Hijacked Brain: Mapping the Protein Chaos of Opioid Addiction
Explore how scientists map protein changes in the prefrontal cortex of morphine-addicted brains and what this reveals about the biological nature of addiction.
The Cellular Symphony: How Your Body's Conversations Heal and Harm
Explore how multicellular interactions drive regeneration and disease mechanisms through cellular communication networks.
A Glimpse Into the Future: How a 2009 Symposium Shaped Gynecologic Cancer Care
Explore how the 2009 KGOG and KSGOC symposium revolutionized cervical cancer treatment through international collaboration and groundbreaking clinical trials.
The Heart's Hidden Repair Crew: Supercharging Stem Cells to Mend a Broken Heart
Discover how GATA-4 enhanced stem cells are revolutionizing heart attack recovery and cardiac regeneration through advanced cellular engineering.
The Brain's Tiny Repair Crew: How Microscopic Bubbles Could Revolutionize Stroke Recovery
Discover how microscopic bubbles called small extracellular vesicles derived from stem cells could transform stroke treatment by reducing brain damage and improving recovery.