Research Articles
The Little Brain That Could: The Cerebellum's Surprising Role in Who We Are
Discover the cerebellum's surprising role beyond motor control - from social cognition to emotional processing in this engaging neuroscience article.
The Silent Partner: How a "Broken" Ghrelin Receptor Controls Your Brain's Signals
Discover how the truncated ghrelin receptor GHS-R1b, once considered genetic debris, regulates neuronal signaling and interacts with dopamine pathways.
The Balancing Act: How Self-Agency in Psychotherapy Shapes Our Connections and Autonomy
Explore how self-agency in psychotherapy helps balance connection and autonomy, with research insights and therapeutic approaches.
The Broken Coordinator: When the Brain's Conductor Falters in Schizophrenia
Exploring cognitive dysmetria and brain disconnection in schizophrenia - how broken neural circuits explain the disorder's diverse symptoms.
The Unwanted Guest: Unmasking Tardive Dyskinesia
Explore the clinical characteristics, risk factors, and research findings about tardive dyskinesia, a neurological movement disorder caused by long-term medication use.
The VPS54 Gene and ALS: A Genetic Detective Story
Exploring the connection between VPS54 gene mutations and ALS through genetic analysis in an Italian cohort and cellular transport mechanisms.
Beyond the Blueprint: How Epigenetics Shapes Your Health and Destiny
Explore the fascinating world of epigenetics - how gene expression is regulated without changing DNA sequence, and its implications for health and disease.
Neural Architects: How Engineered Stem Cells Are Rewriting Brain Repair Manuals
Explore how embryonic stem cells engineered with L1 and Tenascin-R molecules are revolutionizing neurological regeneration in Alzheimer's, Huntington's and spinal cord injuries.
Consent Through Rose-Tinted Glasses: The Optimistic Bias in Parkinson's Disease Clinical Trials
Exploring how optimistic bias affects Parkinson's disease clinical trials and informed consent processes in medical research.
The Repair Revolution: How Science is Learning to Fix Our Broken Nerves
Explore groundbreaking discoveries in nerve regeneration research, from revolutionary compounds to RNA mechanisms that could transform neurological medicine.