Research Articles
The Cell's Volume Knob: How a Tiny Molecular "Tag" Keeps Our Liver in Tune
Discover how SUMOylation stabilizes HNF4α protein to maintain liver function and its implications for metabolic diseases.
The Molecular Dance: How Computer Simulations Decode Protein Interactions
Explore how GPU-accelerated coarse-grained simulations with flexible linkers are revolutionizing our understanding of protein-protein interactions.
Molecular Rollercoaster: How Cyclic Ion Mobility is Revolutionizing the Hunt for Disease Markers
Explore how Cyclic Ion Mobility-Mass Spectrometry is transforming disease marker detection through advanced molecular separation technology.
The Double Agent in Cancer: Unmasking a Surprising Link in the Fight Against Colorectal Cancer
Discover how EZH2 inhibition unexpectedly enhances PD-L1 protein stability through USP22-mediated deubiquitination in colorectal cancer, revealing new therapeutic strategies.
Seeing Red: How a Glowing Protein is Lighting Up the Secrets of Life
Explore how transgenic mice with ubiquitous mCherry expression are revolutionizing biological research through fluorescent protein technology.
The Cellular Shoelace Tip: How a Tiny Molecular Tag Saves Our Chromosomes
Discover how SUMOylation regulates telomere length by targeting Tpz1 to control shelterin-Stn1 interaction in fission yeast and its implications for human health.
The Cell's Garbage Disposal: How Pancreatic Cancer Hacks the System
Explore how pancreatic adenocarcinoma hijacks the Ubiquitin-Proteasome System and the innovative research fighting back against this formidable cancer.
The Cell's Librarian: How Histone H3 Orchestrates Cancer-Fighting DNA Repair
Discover how the overlooked Histone H3 protein directs BRCA1/BARD1 in DNA repair, revealing new insights into cancer prevention mechanisms.
The Cancer Switch: How a Tiny Gene Called USP22 Drives Tumor Growth and Spread
Explore the role of USP22 gene in cancer progression, prognosis, and potential therapeutic targeting in this comprehensive scientific overview.
Genetic Dimmer Switches: Lighting the Way for Designer Anthuriums
Discover how scientists use transient expression to screen promoters for creating genetically modified anthuriums with novel traits like unique colors and disease resistance.