Research Articles
The Sugar-Clogged Highway: How High Glucose Disrupts Blood Vessel Repair
Discover how high glucose up-regulates microRNA-503, inhibiting IGF-1R and disrupting blood vessel repair in diabetes.
The Tiny Guardian: How a Microscopic Molecule Could Save Your Heart from Attack
Discover how MicroRNA-182-5p protects heart cells during heart attacks by regulating PTEN and preventing apoptosis.
The Tiny Switch That Heals a Broken Heart: A MicroRNA's Story
Discover how MicroRNA-147 could revolutionize heart attack recovery by inhibiting inflammation and apoptosis through targeting HIPK2.
How a Tiny RNA Molecule Influences Breast Cancer Growth
Discover how microRNA-421 and PDCD4 interact to influence breast cancer progression, with implications for diagnosis and treatment.
The Tiny Assassin: How a Microscopic Molecule Fights Lung Cancer
Discover how microRNA-216b-3p inhibits lung adenocarcinoma growth by regulating PBK/TOPK in this engaging scientific exploration.
The Tiny Traffic Cop in Our Cells: How a Microscopic Molecule Could Halt Bladder Cancer
Discover how microRNA-124-3p targets AURKA to inhibit bladder cancer cell growth, migration and induce apoptosis in this groundbreaking research.
Cellular Guardians: How MicroRNAs Protect Stem Cells in Hostile Environments
Discover how microRNAs protect mesenchymal stem cells from apoptosis in hypoxic and nutrient-deprived environments, opening new avenues for regenerative medicine.
The Tiny Conductor: How a Microscopic Molecule Could Revolutionize Cancer Treatment
Discover how MicroRNA-7641, a tiny molecular regulator, is opening new frontiers in cancer therapy by targeting ribosomal protein production in cancer cells.
Tiny RNA, Big Revolution: How MicroRNAs Are Changing Our Fight Against Cancer
Discover how microRNAs are revolutionizing cancer diagnosis and treatment through their role in tumorigenesis and as therapeutic targets.
A Double Punch to Cancer: How Tweaking Tiny Molecules Can Halt a Tumor's March
Exploring how simultaneous suppression of miR-21 and restoration of miR-143 delivers a powerful one-two punch to stop colorectal cancer cells.