Latest Ubiquitin Research

Explore groundbreaking studies, reviews, and discoveries in ubiquitination pathways

Research Articles

Beyond the Blow: Could a Common Heart Medication Be the Key to Protecting the Injured Brain?

New research suggests beta-blockers might help protect the brain after traumatic brain injury by reducing neuronal damage biomarkers.

Sebastian Cole
Nov 14, 2025

PrPᶜ: The Good Guy in Your Brain Behind a Bad Reputation

Discover the essential functions of the cellular prion protein (PrPᶜ) in neuronal communication, signaling, and protection against stress.

Chloe Mitchell
Nov 05, 2025

The Double-Edged Sword: How Your Brain's Main 'On' Switch Can Become a Killer

Explore the biological paradox of excitotoxicity, where glutamate, the brain's primary excitatory neurotransmitter, can transform from essential messenger to cellular killer.

Lillian Cooper
Nov 04, 2025

The New Science of Parkinson's: From Toxicants to Treatments

Groundbreaking research is revealing Parkinson's disease secrets, from environmental triggers to new treatments and prevention strategies.

Victoria Phillips
Oct 30, 2025

The Ubiquilin-1 Key: Unlocking New Hope in Alzheimer's Treatment

Discover how targeting Ubiquilin-1 could revolutionize Alzheimer's treatment by strengthening the brain's natural protein quality control system.

Lily Turner
Oct 17, 2025

SUMO to the Rescue: The Brain's Secret Weapon Against Alzheimer's

Discover how SUMOylation, a crucial cellular process, is emerging as a promising therapeutic approach for Alzheimer's disease by protecting synapses and potentially reversing cognitive damage.

Noah Brooks
Oct 10, 2025

When Inhaled Particles Haunt the Mind: The Unseen Journey of Zinc Oxide Nanoparticles to the Brain

Exploring how inhaled zinc oxide nanoparticles travel from lungs to brain and their neurological effects

Mason Cooper
Oct 09, 2025

The ADHD Brain on Ritalin: A Tale of Two Circuits

Exploring how methylphenidate affects ADHD brains differently, balancing therapeutic benefits with addiction risks through cutting-edge neuroscience research.

Nathan Hughes
Oct 01, 2025

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