Research Articles
Exosomes: Revolutionizing Aesthetic and Cosmetic Therapeutics
Explore how exosomes are transforming aesthetic medicine through cellular communication, skin rejuvenation, and hair restoration therapies.
Waking the Immune Army: The Vaccine Revolution Against Glioblastoma
Explore the latest advancements in therapeutic cancer vaccines for glioblastoma, the most aggressive brain tumor, and how they're training the immune system to fight back.
Biosensors: The Race for a Rapid Test Against African Swine Fever
Exploring cutting-edge biosensor technologies being developed to rapidly detect African Swine Fever Virus (ASFV) in the field.
Cracking the Molecular Code: How AI Predicts Where Proteins and DNA Interact
Discover how AI models like ATMGBs predict protein-nucleic acid binding sites using protein language models and biophysical principles
Crystallizing Student-Interest in Biochemistry: Where Beauty Meets Breakthroughs
Explore how protein crystallization is sparking scientific passion in students through space experiments and hands-on biochemistry education.
Breaking Through the Fortress: How Nanoemulsions Are Revolutionizing Brain Tumor Treatment
Explore how nanoemulsion technology is overcoming the blood-brain barrier to deliver targeted treatments for malignant brain tumors, featuring cutting-edge research and promising clinical applications.
Decoding Breast Cancer's Secrets: How a New Blood Test Reveals Abemaciclib's Power
Explore how circulating chromatin analysis is revolutionizing breast cancer treatment by revealing how abemaciclib works at a fundamental level.
Tiny Sponges, Mighty Relief: The Nano-Revolution in Arthritis Treatment
Discover how Sulindac nanosponge loaded gel provides targeted arthritis treatment with fewer side effects through advanced nanotechnology.
Scorpion's Sting: How Venom Peptides Could Revolutionize Antibiotic Resistance
Discover how scorpion-derived peptide GK8 shows remarkable anti-Pseudomonas aeruginosa activity, offering new hope against antibiotic-resistant infections.
Unlocking the West Nile Virus: How a Molecular Dance Powers Infection and Reveals New Drug Targets
Discover how the NS3 helicase in West Nile Virus uses allosteric regulation through Motif V-VI coupling to power viral replication and reveal new antiviral drug targets.