Research Articles
Beyond Kinase Inhibition: The Unexpected Role of Ubiquitin in BCR-ABL Leukemogenesis
Exploring how ubiquitin-mediated interactions serve as BCR-ABL's accomplice in leukemogenesis, opening new therapeutic avenues for CML treatment.
The Muscle Mystery: How a Newly Discovered Enzyme Challenges What We Know About Muscle Wasting
Discover how Dupd1 enzyme challenges conventional understanding of muscle atrophy and its implications for space medicine and therapeutic interventions.
How a Desert Plant's Cellular Cleanup Crew Could Revolutionize Farming
Discover how halophytes and their RING-type E3 ligases could hold the key to developing salt-tolerant crops for sustainable agriculture.
Riluzole's Paradox: Why an ALS Drug Failed in a Groundbreaking Rat Model
Exploring the scientific paradox of riluzole's failure in a transgenic TDP-43 rat model despite its proven clinical efficacy in human ALS patients.
Cracking the Ubiquitin Code: How Mass Spectrometry Deciphers Cellular Messages
Discover how mass spectrometry is revolutionizing our understanding of ubiquitin signaling and its implications for treating diseases from cancer to neurodegenerative disorders.
The Uterine Garden: How Diabetes Affects the Womb and Can Omega-3 Come to the Rescue?
Exploring how diabetes disrupts uterine health in mice and the protective effects of omega-3 fatty acids on reproductive function.
The Genetic Code of Cholesterol: Unlocking the PRKN–PACRG Mystery
Discover how PRKN and PACRG gene variations influence hyperlipidemia risk through SNP analysis and gene interactions in this comprehensive scientific exploration.
Ubiquitin-Specific Peptidase 37: The Master Orchestrator of Cancer Cells
Explore the role of Ubiquitin-Specific Peptidase 37 (USP37) in cancer development, metastasis, and its potential as a therapeutic target.
The Shark Scientists and the Search for a Genetic Compass
How the epaulette shark is revolutionizing genetic research through the discovery of reliable reference genes for hypoxia studies
Metabolic Sabotage: How a Pig Virus Hacks the Body's Defense System
Discover how Classical Swine Fever Virus manipulates cellular metabolism to suppress antiviral immunity by deacetylating PHGDH enzyme.