Latest Updates
-
Filmmaker Sanjay Gupta Passes Away At 57: ‘Aatish’ To ‘Kaabil’, Look At His Three-Decade Bollywood Journey -
Halloween 2026: From Chudail To Yakshi, 5 Mysterious Supernatural Beings That Haunt Indian Folklore -
Rashtriya Ekta Diwas 2026: Significance, History And Sardar Vallabhbhai Patel's Role In Uniting India -
Survey Finds 68% Of Previously Married Singles Hesitate To Match With Never-Married Partners -
Diwali 2026: Complete Five-Day Festival Calendar, Dates, Significance And Celebrations -
Weight, Alcohol, Hormones: Pathologist Shares Insights On What Really Shapes A Woman’s Breast Cancer Risk -
Diwali 2026: 5 Healthy Homemade Indian Sweets That Go Beyond Traditional Mithai -
Stroke In Young Women: Neurologist Explains Warning Signs And Hormonal Risk Factors -
‘Star Trek’ And ‘X-Men’ Actor Patrick Stewart Passes Away At 86 After Dementia Battle -
Ananya Panday Turns 28: ‘Chand Mera Dil’ Star’s Bold Backless Chanel Feather Dress Is Reportedly ₹14.71 Lakh
How Immune System And Brain Communicate ?
{image- www.boldsky.com} A new study from the Feinstein Institute for Medical Research sheds light on how immune system and brain communicate to control disease.
The team has identified a new anatomical path through which the brain and the communicate. The once thought to be an unnecessary bit of tissue, is a manufacturing plant for immune cells, and a site where immune cells and nerves interact.
It defends the body against infection, particularly encapsulated bacteria that circulate through the blood.
Lead researcher Mauricio Rosas-Ballina, MD discovered that macrophages in the were making tumour necrosis factor (TNF), a powerful inflammation-producing molecule.
When they stimulated the vagus nerve, a long nerve that goes from the base of the brain into thoracic and abdominal organs, TNF production in the decreased.
Previous studies have also shown that stimulation of the vagus nerve increases survival in laboratory models of sepsis, a syndrome triggered when the body''s immune system wages an attack on the body that is well beyond its normal response to an invader.
While analysing the pathway of the vagus nerve to establish the route it follows to reach the , Rosas-Ballina found that the vagus nerve inherently communicates with the splenic nerve to suppress TNF production by macrophages in the .
He said that results of this study suggest that there may be two separate ways the brain communicates with the to regulate immune function, which pinpoints the way to a possible solution for treating sepsis.
The researchers hope to modulate other immune functions like antibody production through the (via vagus nerve stimulation) as a way to modify the course of infections and possibly some autoimmune disorders.
The findings were published today in the Proceedings of the National Academy of Sciences.
Disclaimer: The information provided in this article is for general informational and educational purposes only and is not intended as a substitute for professional medical advice, diagnosis, or treatment. Always seek the advice of your physician or a qualified healthcare provider with any questions you may have regarding a medical condition.



Click it and Unblock the Notifications
