Research Articles
Coral Crisis: How Hidden Viral Allies and Enemies Shape Reef Survival
Exploring how viral communities within coral symbionts respond to heat stress and influence reef survival
The Invisible Clockwork: Decoding When and Where Stem Cells Turn Tumorous
Exploring the spatiotemporal dynamics of teratoma formation from pluripotent stem cells and the factors influencing tumorigenesis.
The Ubiquitin Code: How Cells Remodel the Blood-Brain Barrier by Destroying Gatekeeper Proteins
Discover how the ubiquitin-proteasome pathway regulates claudin 5 degradation and its implications for stroke, Alzheimer's, and psychiatric disorders.
The Eye's Recycling Revolution: How Cellular Cleanup Crews Fight Vision Loss
Discover how ubiquitination and proteostasis mechanisms are being harnessed to combat retinal degeneration and preserve vision.
Rewiring Cancer's Self-Destruct Button: New Molecule Forces Ferroptosis, Defeats Survival Shields
Discover how NSC59984 molecule induces ferroptosis in pancreatic and colorectal cancers while overcoming the Integrated Stress Response survival mechanism.
The Young Shoot Revolution: Unlocking Ma Bamboo's Genetic Secrets
Breakthrough in bamboo regeneration using young shoots as explants for genetic transformation and plant regeneration
The Invisible Matchmakers: How MYTH Technology Reveals Membrane Proteins' Hidden Partners
Discover how Membrane Yeast Two-Hybrid (MYTH) system illuminates interactions of membrane proteins hidden within the cell's lipid bilayer.
Nano-Revolution: Dual-Action Particles Are Rewriting Osteosarcoma's Rules
How dual-functional nanoplatforms are transforming osteosarcoma treatment by modulating the tumor microenvironment and activating immune responses.
Green Revolution 2.0: How Spike-Dip Transformation is Accelerating Crop Engineering
Discover how the spike-dip transformation method is revolutionizing crop engineering using Setaria viridis, enabling faster genetic modifications for climate-resilient crops.
The CRISPR Detective: How Genome Sleuths Are Decoding Myeloma's Drug Resistance
Exploring how CRISPR genome-wide screens reveal myeloma's drug resistance mechanisms to degronimid therapies and proteasome inhibitors.