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2009•Journal of Dalian UniversityRequires access

The FAO May Have a Effect on the Injury of Hippocampal CA3 Neurons in Restrained Stress Rat

Ying Chen

Open publisher page 2 citations

Abstract

To study FAO's effect on injury of hippocampal CA3 neurons of restrained rats in stress.In stress group,the number of rat hippocampal CA3 neurons decreased,the length of apical dendrite was shortened,some cells were swelling,other cells were shrinking,some Nissl bodies were blurry,other Nissl bodies were disappear.In group,the neurons have no significantly change like in group.The FAO could prevent the hippocampal CA3 neurons of restrained stress rat from injury.

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What this paper is about

To study FAO's effect on injury of hippocampal CA3 neurons of restrained rats in stress.In stress group,the number of rat hippocampal CA3 neurons decreased,the length of apical dendrite was shortened,some cells were swelling,other cells were shrinking,some Nissl bodies were blurry,other Nissl bodies were disappear.In group,the neurons have no significantly change like in group.The FAO could prevent the hippocampal CA3 neurons of restrained stress rat from injury.

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Available abstract

To study FAO's effect on injury of hippocampal CA3 neurons of restrained rats in stress.In stress group,the number of rat hippocampal CA3 neurons decreased,the length of apical dendrite was shortened,some cells were swelling,other cells were shrinking,some Nissl bodies were blurry,other Nissl bodies were disappear.In group,the neurons have no significantly change like in group.The FAO could prevent the hippocampal CA3 neurons of restrained stress rat from injury.

Key concepts: Nissl body, Hippocampal formation, Dendrite (mathematics), Neuroscience, Neuron, Anatomy, Internal medicine, Endocrinology

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