There is 1 paper on platelet aggregation response in aging research: 1 observational study in people.
1 paper studies it3 findings
See all 1 papers on platelet aggregation response
“platelet aggregation response was positively associated with increased amyloid in the precuneus (β = 0.047, p = 0.020)”
- Humans1
Associations
3MRI-based cortical thickness signature of Alzheimer disease risk
downin humans1
1 study
MRI-based cortical thickness signature of Alzheimer disease risk
downin humans1
Platelet aggregation response is associated with MRI-based cortical thickness signature of Alzheimer disease risk in humans (Dementia-free participants) (β = -0.002).
“platelet aggregation response was negatively associated with the MRI-based cortical thickness signature of AD risk (β = -0.002, p < 0.035)”
HumansDementia-free participantscerebral cortexn = 256
Neurology
More on MRI-based cortical thickness signature of Alzheimer disease risk
Rhinal tau PET uptake
upin humans1
1 study
Rhinal tau PET uptake
upin humans1
Platelet aggregation response is associated with rhinal tau PET uptake in humans (Dementia-free participants in the lowest tertile of adenosine diphosphate response) (Rhinal β = 0.077; entorhinal β = 0.066; temporal global β = 0.063; cortical β = 0.064).
“platelet aggregation response was positively associated with increased amyloid in the precuneus (β = 0.047, p = 0.020) and tau in the rhinal (β = 0.077, p = 0.012)”
HumansDementia-free participants in the lowest tertile of adenosine diphosphate responserhinal region
Neurology
Precuneus amyloid PET uptake
upin humans1
1 study
Precuneus amyloid PET uptake
upin humans1
Platelet aggregation response is associated with precuneus amyloid PET uptake in humans (Dementia-free participants in the lowest tertile of adenosine diphosphate response) (β = 0.047).
“platelet aggregation response was positively associated with increased amyloid in the precuneus (β = 0.047, p = 0.020)”
HumansDementia-free participants in the lowest tertile of adenosine diphosphate responseprecuneus
Neurology