Research Articles
The Genetic Goldmine: Unlocking Bali Cattle's Potential Through Myostatin Secrets
Exploring how myostatin promoter polymorphisms could revolutionize Bali cattle breeding programs through enhanced muscling and fat deposition traits.
The Copper Custodians: How Cellular Cleanup Crews Maintain Mineral Balance
Exploring how the ubiquitin proteasome system regulates copper homeostasis and its implications in disease
The Redox Guardians: How Ancient Cellular Cleaners Evolved to Protect Us Against Oxidative Stress
Discover how selective autophagy receptors evolved redox-sensing capabilities to protect cells against oxidative stress and their implications for longevity and disease treatment.
The Heat Wave Survivors: How Green Tide Algae Outsmart Rising Ocean Temperatures
Discover how Ulva prolifera algae survives extreme heat through molecular adaptations, revealed through cutting-edge proteomics research.
The ATG8 Enigma: Unifying the Science Behind Cellular Spring Cleaning
Unifying model explaining the versatile roles of ATG8 proteins in autophagy and cellular quality control
A New Finger on the Protein Destruction Button: Engineering Precision in Cellular Protein Degradation
Breakthrough in protein degradation technology unveils a molecular 'finger' that can precisely target specific proteins for destruction, opening doors to revolutionary treatments.
The Brain's Silent Teacher: How Unsupervised Experience Rewires Visual Object Recognition
Discover how unsupervised natural experience rapidly alters invariant object representation in the visual cortex, transforming our understanding of learning and neural plasticity.
The TRIM44 Enigma: How a Tiny Protein Fuels Multiple Myeloma's Deadly Resistance
Exploring TRIM44's role as a prognostic biomarker and therapeutic target in proteasome-resistant multiple myeloma
Proteomics Power: Illuminating the Dark World of Deubiquitinases
Exploring how proteomics technologies are revolutionizing our understanding of deubiquitinases (DUBs) and their roles in disease.
The Lens Protein Hijack: How Breast Cancer Cells Exploit an Eye Protein to Survive—and How Scientists Are Fighting Back
Discover how breast cancer cells hijack the eye protein Connexin 46 to survive hypoxia, and how scientists are disrupting this mechanism to fight cancer.