Research Articles
Ganetespib: The Cancer Fighter That Takes Down Multiple Enemy Lines
Explore ganetespib, an innovative HSP90 inhibitor that represents a fundamentally different strategy in cancer treatment by attacking cancer's protein support system.
RepID: A New Beacon of Hope for Lung Neuroendocrine Tumors
Discover how RepID protein could revolutionize diagnosis and treatment of lung neuroendocrine tumors, a rare cancer with limited options.
The Molecular Switch: How a Tiny Chemical Change Controls Silkworm Protein Stability
Discover how acetylation modification regulates SP1 protein stability in silkworms through molecular control mechanisms and their broader implications.
The P62 Puzzle: How a Tiny Protein Mutation Unlocks the Secrets of Paget's Bone Disease
Explore how sequestosome 1/p62 mutant proteins contribute to Paget's disease of bone, from genetic discoveries to potential treatments.
The Unwitting Teacher: What a Food Poisoning Bug Reveals About Our Immune System
How scientists are using Salmonella to decode the secrets of our body's defenses and its delicate balancing act.
Nature's Hidden Arsenal: How a Berry Compound Fights Breast Cancer
Explore the compelling science behind Ellagic Acid, a natural compound from berries and nuts, and its multi-pronged approach to combating breast cancer through cellular mechanisms.
Disarming the Cell's Master Switch: The High-Tech Hunt for New Cancer Drugs
Explore how scientists use chemoinformatics and high-throughput screening to identify novel USP7 inhibitors for cancer treatment.
The Molecular Gatekeeper: How a Tomato Protein Controls When Fruits Fall
Discover how the Tomato Hybrid Proline-rich Protein (THyPRP) regulates abscission zone competence to respond to ethylene signals in tomato plants.
The Zinc Finger Code: How Molecular Master Regulators Shape Pediatric Brain Tumors
Discover how C2H2-type zinc finger proteins function as master regulators in pediatric brain tumors and their potential for targeted therapies.
Cracking Cancer's Code: The Protein Fingerprints Pointing to a New Era in Colorectal Cancer Detection
Discover how UBE2N and PSME3 proteins serve as potential biomarkers for early colorectal cancer detection through advanced proteomic analysis.