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Active
Projects – Caleb Finch
Alzheimer Disease Research Center (ADRC)
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Grant Number :
5 P01 AG05142
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Principal
Investigator : HC Chui
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Associate Director : CE Finch
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04/01/99 - 03/31/04, $4,434,191 total directs
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04/01/03 - 03/31/04, $1,048,379 current year directs
The ADRC project focuses on the molecular and cellular analysis of changes during Alzheimers disease and on clinical methods for early detection and the identification of
subtypes. No overlap. No adjustment necessary.
Training in Endocrinology and Neurobiology of Aging (NIH/NIA)
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Grant Number : NIA,
5 T32 AG00093
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Principal
Investigator : CE Finch
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05/01/02-04/30/07, $2,844,248 total directs,
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05/01/03-04/30/04, $477,762 current year directs
The training grant provides pre and post doctoral training for research careers on basic mechanisms in the neural and endocrine changes of aging and related clinical disorders such as Alzheimers disease. No overlap. No adjustment necessary.
Models of Estrogen Interactions with Alzheimer Disease
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Grant Number
:
5 PO1 AG14751
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Principal Investigator : CE Finch
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08/01/02-07/31/07,
$4,307,418 total funds,
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08/01/02-07/31/04, $741,761 current year directs
The
estrogen project project aims are to conduct experiments on rodent
models in vivo and
in vitro to analyze mechanisms by which estrogens interact
with neurons and glia to
modify synaptic plasticity. No overlap. No adjustment necessary
Caloric Restriction and Inflammatory Mechanisms
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Principal
Investigator: CE Finch
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Alzheimer Association, Temple Award,
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07/01/01-6/30/03, $227,267 total directs
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07/01/02-6/30/03, $111,798 current year directs
This study will examine if caloric restriction can attenuate inflammatory changes during aging in transgenic mouse models of Alzheimer disease. No overlap .No adjustment necessary
ApoJ, (Clusterin) in Alzheimer Disease and Aging
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Grant Number : NIA,
R01 AG13499
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Principal
Investigator : CE Finch
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04/01/02 – 03/31/07, $1,712,384 total directs
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04/01/03 – 03/31/04, $258,577 current year directs
The ApoJ project aims are
to study the interactions of A beta with apoJ and apoE and their expression and to
study the regulation of apoJ by hormones. No overlap. No adjustment
necessary
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