Researchers report defects in the Ets1 gene is linked to characteristics associated with systemic lupus erythematosus immune abnormalities. Read More
A new DNA vaccine tested in mice significantly reduces tau and amyloid beta, two proteins implicated in Alzheimer's disease. The findings, researchers say, may pave the way for clinical trials in humans with the neurodegenerative disease. Read More
Researchers have discovered how the nature of T cells help protect the brain from viruses. The findings shed light on the role the immune system plays in a number of neurodegenerative disorders. Read More
A new study reports salt could be a possible trigger for inflammation in multiple sclerosis. Researchers report cells in a high salt environment show activation of the beta catenin/Wnt signaling pathway, a pathway previously implicated in disrupting regulatory T cells and triggering inflammation. Read More
A new study reports T cells are activated in the intestines and migrate to the brain, causing an inflammatory cascade that may lead to multiple sclerosis. Researchers say the gut microbiome may play a more significant role in the development and progression of MS than previously believed. Read More
Researchers discover numerous differences in microglia between males and females. In males, the study reports, microglia is more abundant and permanently at attention. Read More
A new study reveals intermittent fasting successfully reduces multiple sclerosis like symptoms. Mice who fasted every other day were less likely to develop motor problems associated with the disease. Read More
Researchers report the cytomegalovirus may actually boost, not weaken, our immune systems. Read More
A groundbreaking study reveals human immune cells in the blood can be transformed into functional neurons within 3 weeks by adding four proteins. The discovery could be used to generate neurons to study specific psychological and neurological disorders, researchers say. Read More
Researchers report TOX, a DNA binding factor, may play a significant role in triggering multiple sclerosis. The study reports TOX promotes T cells to initiate autoimmune tissue destruction in the brain. Read More
A new study reveals the LRRK2 genetic mutation may alter cells circulating outside of the brain. Researchers report the mutation may alter how immune cells react to common illnesses, causing an inflammatory reaction in the brain that can lead to the development of Parkinson's disease. Read More
A new study reveals E. gallinarum, a intestinal bacteria, can trigger autoimmune disease. Researchers say the autoimmune activation can be suppressed by a vaccine designed to target the bacteria, and with the help of antibiotics. Read More
