brain plasticity of rats exposed to prenatal immobilization stress

Clicks: 173
ID: 178601
2011
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Abstract
Aim. This histochemical and immunohistochemical study was aimed at examining the brain cellular structures of newborn rats exposed to prenatal immobilization (IMO) stress. Methods. Histochemical method on detection of Ca2+-dependent acid phosphatase activity and ABC immunohistochemical technique. Results. Cell structures with radial astrocytes marker GFAP, neuroepithelial stem cell marker gene nestin, stem-cells marker and the hypothalamic neuroprotective proline-rich polypeptide PRP-1 (Galarmin, a natural cytokine of a common precursor to neurophysin vasopressin associated glycoprotein) have been revealed in several brain regions. Conclusions. Our findings indicate the process of generation of new neurons in response to IMO and PRP-1 involvement in this recovery mechanism, as PRP-1-Ir was detected in the above mentioned cell structures, as well as in the neurons and nerve fibers.
Reference Key
yu.2011biopolymersbrain Use this key to autocite in the manuscript while using SciMatic Manuscript Manager or Thesis Manager
Authors ;Badalyan B. Yu.;Tumasyan N. V.;Meliksetyan I. B.;Sahakyan I. K.;Abrahamyan S. S.;Galoyan A. A.
Journal medicines
Year 2011
DOI
10.7124/bc.00011E
URL
Keywords Keywords not found

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