Research Articles
Unlocking a New Weapon Against Cancer: How Targeting the Cellular Protein Shredder p97 Could Revolutionize Therapy
Explore how targeting p97 protein homeostasis represents a groundbreaking approach to cancer therapy, focusing on CB-5083 inhibitor mechanism and clinical potential.
The Invisible Sabotage: How a Common Virus Disarms Our Cellular Defenses
Discover how Human metapneumovirus uses its SH protein to sabotage cellular defense mechanisms by degrading JAK1 and impairing IL-6 signaling.
TRIM21: The Cell's Master Conductor of Intracellular Immunity
Explore TRIM21, the cellular protein that orchestrates intracellular immunity through viral neutralization and immune signaling pathways.
The Double-Edged Sword: How a Cellular "Conductor" Named CUL4B Plays Both Sides in Health and Disease
Explore the fascinating role of CUL4B protein in cellular regulation and its connections to cancer, neurological disorders, and metabolic diseases.
The Unbreakable Guardian: How p53 Fights Cancer Even When Its Partner is Gone
Discover how p53, the master tumor suppressor, can still fight cancer even when its key partner ATM is missing, revealing cellular resilience and backup defense mechanisms.
The Synaptic Editor: How USP8 Fine-Tunes Brain Connections by Regulating SHANK3
Discover how USP8 deubiquitinates SHANK3 to control synapse density and its implications for neurodevelopmental disorders like autism and schizophrenia.
The Cellular Tug-of-War: How RNF149 Regulates Cell Proliferation
Discover how RNF149 regulates cell proliferation by polyubiquitinating CD9, a key mechanism with implications for cancer research.
Decoding the DNA Guardian: How a Tiny Domain in FANCD2 Helps Prevent Cancer
Explore how the CUE domain in FANCD2 protein acts as a master regulator in DNA repair and its implications for cancer prevention.
UCHL1: The Cellular Architect Behind Neuroblastoma's Resilience
Exploring the role of Ubiquitin carboxyl-terminal esterase L1 (UCHL1) in neuroblastoma cancer stem-like cells and its therapeutic implications
Helical Warriors: How Foldable Molecules Are Rewriting Cancer's Playbook
Discover how helical sulfonyl-γ-AApeptides target LC3 in cancer cells to disrupt autophagy and create new cancer therapies.