Research Articles
The Cellular Betrayal: How a Rogue Protein Unlocks Cancer's Spread
Discover how VRK2 protein promotes liver cancer metastasis by stabilizing ATG5 and activating autophagy-mediated degradation of ZO-1 tight junctions.
Silencing NEDD4L: A New Frontier in Fighting Liver Cancer
Discover how silencing the NEDD4L protein effectively inhibits hepatocellular carcinoma, offering new hope for liver cancer treatment.
The Hidden Language of Liver Cells: How Ubiquitinated Proteomics is Revolutionizing Cancer Research
Explore how ubiquitinated proteomics research using Hep3B cells is transforming our understanding of hepatocellular carcinoma and opening new therapeutic avenues.
The Molecular Switch: How a Tiny Protein Motif Powers Liver Cancer's Survival in Oxygen-Starved Environments
Discover how the SxxSS motif in TCF-4 isoforms influences HIF ubiquitination in liver cancer, revealing new therapeutic targets for hepatocellular carcinoma.
Mapping the Hidden Weaknesses of Liver Cancer: A New Hope from Proteomics
Discover how proteomics is revolutionizing liver cancer research by revealing protein-level dysfunction in hepatocellular carcinoma tissues.
The Cellular Saboteur: How Rogue Proteins Help Liver Cancer Spread
Discover how USP1 protein deactivates cellular self-destruct signals in liver cancer cells, enabling metastasis and offering new therapeutic targets.
The Molecular Puppet Master: How Scientists Uncovered miR-21's Hidden Network in Liver Cancer
Discover how Argonaute-CLIP analysis revealed miR-21's extensive network in liver cancer, uncovering novel therapeutic targets and mechanisms.
The PJA1 Puzzle: How Silencing a Tiny Enzyme Could Revolutionize Liver Cancer Treatment
Discover how silencing the PJA1 enzyme could revolutionize liver cancer treatment by restoring the TGF-β pathway's tumor-suppressing capabilities.