Research Articles
The Cell's Master Switch: How Ras GTPases Command Our Biology
Explore the fascinating world of Ras GTPases and their interaction with effector domains - the molecular switches that control cell growth and cancer development.
Cellular Traffic Control: The Surprising Partnership That Determines Fate in Cystic Fibrosis
Discover how the cross-talk between ubiquitylation and SUMOylation pathways determines CFTR protein fate in cystic fibrosis and leads to innovative treatments.
Capturing Nature's Tiniest Dances: How X-Rays Reveal the Secret Lives of Proteins
Explore how high-flux X-ray scattering and rapid mixing microchannel devices reveal protein dynamics in real-time, with applications in disease research and molecular biology.
The Hidden Science of Muscle Loss: Why Inactivity Shrinks Your Muscles
Explore the molecular mechanisms behind skeletal muscle disuse atrophy, including signaling pathways, protein metabolism, and research advances.
Cellular Sabotage and the Scissors That Fix It: The Hunt for Deubiquitinases
Explore the fascinating world of deubiquitinases (DUBs) - the molecular scissors that regulate protein destruction in cells and their implications for treating cancer and neurodegenerative diseases.
The Immortalizer: How a Genetic Accident Creates Unstoppable Cancer Cells
Explore the fascinating science behind API2-MALT1 fusion protein and its role in creating apoptosis-resistant cancer cells in MALT lymphoma.
Disarming Cancer's Master Switch: How a Molecular Wrench Could Halt Tumors
Explore how mutant EGFR proteins interact with Hsp90 chaperones and how Geldanamycin triggers their degradation in cancer treatment.
The Missing Key: How UBE3A and Its Lost Substances Cause Angelman Syndrome
Understanding Angelman Syndrome through the substrate perspective - how missing UBE3A protein disrupts brain function and current therapeutic approaches.
The COP9 Signalosome: The Heart's Molecular Conductor
Explore the intricate relationship between the COP9 signalosome and cullin-RING ligases in maintaining cardiac health through protein regulation.
The Cellular Orchestra: How Ubiquitin Pulls the Strings of the Hippo Pathway
Explore how ubiquitin modification regulates the Hippo signaling pathway, controlling organ size and influencing cancer development through sophisticated molecular mechanisms.