Active
1146853, PI – Laura Schrader
NSF 3/01/12-2/21/15 – 2 summer
$375,000
Title of Project: Functional Implications of Stress-Evoked Changes in Epigenetic Mechanisms.
The objective of this project is to investigate genes that are regulated by K12H4 acetylation and the behavioral effects of sirt1 activation. This information was used as preliminary data for the current application. There is no scientific overlap in the aims.
0951008, PI – Jill Daniel
NSF 3/01/2010-1/31/2013- 1 summer
$451,330.00
Title of Project: Long-Term Effects of Transient Estradiol Exposure on Hippocampal Function
The objective of this proposal is to investigate the role of estradiol in plasticity in the aged rat hippocampus. Our role is to conduct electrophysiology experiments to investigate long term potentiation. There is no overlap.
Completed
LEQSF (2011) PFund – 263, PI, Laura Schrader
Louisiana Board of Regents 3/1/2011-2/29/2012
$10,000
Title of Project: Comparison of metabolites in the hippocampus produced by chronic and acute stress.
PT073231, PI, Laura Schrader
Dept. of Army 9/1/2008-3/31/2010
1 summer
$223,503
Title of Project: Hormonal Regulation of Extinction: Implications for Gender Differences in Mechanisms of PTSD
The objective of this project is to determine the role of sex hormones, estrogen and testosterone in extinction
of fear related memories and epigenetic mechanisms of this regulation. There is no overlap.
R01 NS049427, PI, Anne Anderson 12/05-12/10
NIH/NINDS $71,044
1.2 calendar
Title of Project: Ion Channel Regulation of Excitability in Immature Brain
The objective of this project is to determine the role of SK channels and phosphorylation of the channels by PKA in the regulation of excitability during development. This proposal studies the Ca2+-activated K+ channels. There is no overlap.
5P20RR016816, PI, Nicolas Bazan 2/07-1/12
NIH/ COBRE $1,044,860.00
2 summer
Title of Project (Subproject): Mentoring Neuroscience in Louisiana: A Biomedical Program to Enhance Neuroscience: Subproject - Regulation of K+ Currents in Neuronal Excitability
The major goal of this project is to determine the role of K+ channels in regulation of neuronal excitability and synaptic plasticity.
