Clozapine-induced microglial exosomes
Clozapine-induced microglial exosomes has been studied in 1 paper since 2026: 1 observational study in people; 1 in the past year. The newest paper, Apr 20, 2026: “Clozapine-induced human microglial exosomes impair neurites and cognition”.
1 paper studies it3 findingsUpdated
- 1 lab in 1 country
- Funder: National Health and Medical Research Council
- Humans1
What did studies of Clozapine-induced microglial exosomes find?
3Studies of Clozapine-induced microglial exosomes measured 3 outcomes; the most studied are cognitive function (1 study), lifespan (1) and BDNF (1).
Cognitive function
downin worms1
1 study
Cognitive function
downin worms1
Clozapine-induced microglial exosomes impair cognitive function in worms.
“In C. elegans, clozapine-induced exosomes reduced lifespan and severely impaired learning and short-term memory.”
Model organismsexposure to clozapine-induced microglial exosomes
Clozapine-induced human microglial exosomes impair neurites and cognition
Brain, behavior, and immunity
Lifespan
downin worms1
1 study
Lifespan
downin worms1
Clozapine-induced microglial exosomes shorten lifespan in worms.
“In C. elegans, clozapine-induced exosomes reduced lifespan and severely impaired learning and short-term memory.”
Model organismsexposure to clozapine-induced microglial exosomes
Clozapine-induced human microglial exosomes impair neurites and cognition
Brain, behavior, and immunity
BDNF
downin mouse cells1
1 study
BDNF
downin mouse cells1
Clozapine-induced microglial exosomes decrease BDNF in mouse cells.
“Exposure of neurons to clozapine-induced exosomes reduced neurite length, branch points, and BDNF expression.”
Cellsexposure to clozapine-induced microglial exosomes
Clozapine-induced human microglial exosomes impair neurites and cognition
Brain, behavior, and immunity