Nichols has been studying how the amyloid-β protein interacts with a group of three proteins known as NLRP3 inflammasome to cause inflammation inside immune cells in the brain.
LATEST IN amyloid-β protein
Chemistry Professor Michael Nichols discusses his research on Alzheimer’s disease as part of NextGen Precision Health’s Discovery Series
Nichols has been studying how the amyloid-β protein interacts with a group of three proteins known as NLRP3 inflammasome to cause inflammation inside immune cells in the brain.
Chemistry Professor Michael Nichols discusses his research on Alzheimer’s disease as part of NextGen Precision Health’s Discovery Series
Nichols has been studying how the amyloid-β protein interacts with a group of three proteins known as NLRP3 inflammasome to cause inflammation inside immune cells in the brain.
Newly renovated and renamed Creative Arts Building ready to serve UMSL music and fine arts students now and for years to come
More than 100 guests visited the vibrant new space during an open house to mark its completion Tuesday evening.
CLIMB program celebrates 10th class of summer interns
A total of four students from Hazelwood East High School, Hazelwood West High School and University City High School took part in the paid summer internship program.
CLIMB program celebrates 10th class of summer interns
A total of four students from Hazelwood East High School, Hazelwood West High School and University City High School took part in the paid summer internship program.
CLIMB program celebrates 10th class of summer interns
A total of four students from Hazelwood East High School, Hazelwood West High School and University City High School took part in the paid summer internship program.
Michael Nichols conducting NIH-funded research into chemical mechanisms that lead to brain inflammation in Alzheimer’s patients
Nichols received a $459,279 grant from the National Institute of General Medical Sciences to study the mechanisms of NLRP3 inflammasome activation.
Michael Nichols conducting NIH-funded research into chemical mechanisms that lead to brain inflammation in Alzheimer’s patients
Nichols received a $459,279 grant from the National Institute of General Medical Sciences to study the mechanisms of NLRP3 inflammasome activation.
Michael Nichols conducting NIH-funded research into chemical mechanisms that lead to brain inflammation in Alzheimer’s patients
Nichols received a $459,279 grant from the National Institute of General Medical Sciences to study the mechanisms of NLRP3 inflammasome activation.
MORE IN amyloid-β protein
LATEST NEWS
- Newly renovated and renamed Creative Arts Building ready to serve UMSL music and fine arts students now and for years to come
- Doctoral candidate Becky Hansis-O’Neill’s research helps build understanding of tarantulas
- Supply chain department research helps Beauty Supply Refresh adjust to market fluctuations
- Alumni, current and maybe someday future students turn out for fifth annual UMSL 5K
- Eye on UMSL: Record party
- Optometry student Quynh Nguyen named to 2025-26 CooperVision Student Myopia Leadership Society
- Entrepreneurship and Innovation Center announces first-ever All-Campus Pitch Competition
- UMSL Tritons weekly rewind
- Assistant Professor Dan Grossman explores the ‘maybe’ problem
- UMSL awarded $2.4 million grant to continue expanding Succeed Program
