K-State biologist receives .87M grant to explore cell interactions that fight inflammatory diseases
Monday, July 8, 2024
MANHATTAN — A Kansas State University biologist has received a grant to study how immune cells and sensory neurons affect tissue 1xbet online sports betting — work that could lead to improved methods of treating inflammatory diseases.
Pankaj 1xbet, assistant professor in the Division of 1xbet on, has been awarded a .87 million Maximizing Investigators' 1xbet online sports betting Award, or MIRA, from the National Institute of General Medical Sciences.
Baral's research will investigate how sensory neurons and tissue-resident immune cells interact and influence tissue 1xbet online sports betting . Neurons, or nerve cells, sense the world around us and mediate protective responses for organismic defense. The nervous system is typically viewed as the connection between the body and the brain. By contrast, immune cells are guardian cells that fight infections and injuries and help resolve 1xbet online sports betting after infection or tissue injury. Baral's lab investigates how neurons, like immune cells, also actively play a role in regulating 1xbet online sports betting and tissue repair.
"Our nervous and immune systems co-develop from an early stage of life. Their bidirectional interactions are critical for tissue homeostasis and intersystem communication," Baral said. "But knowledge is limited regarding their crosstalk and potential impact in 1xbet online sports betting and injury."
Research under Baral's MIRA award will address knowledge gaps about the role of neuron-immune cell interactions in tissue 1xbet online sports betting and repair. By targeting these interactions, this work will ultimately improve our ability to develop therapeutics against inflammatory diseases.
"This work represents exciting new territory in neuroimmunology 1xbet online sports betting ," said Mark Ungerer, director of the Division of Biology. "New insights gained from Dr. Baral's program may significantly impact and broaden treatment possibilities for a variety of adverse health conditions."
