Role of galanin and galanin(1-15) on central cardiovascular control.

Z Díaz-Cabiale, C Parrado, C Vela, H Razani, R Coveñas, K Fuxe, J A Narváez
Author Information
  1. Z Díaz-Cabiale: Department of Physiology, Faculty of Medicine, University of Málaga, Campus de Teatinos s/n. 29080, Malaga, Spain.

Abstract

Galanin and the N-terminal fragment Galanin(1-15) are involved in central cardiovascular regulation. The present paper reviews the recent cardiovascular results obtained by intracisternal injections of Galanin and Galanin(1-15) showing that: (A) the Galanin antagonist M40 blocks the central cardiovascular responses induced by Galanin(1-15) but not those elicited by Galanin; (B) both Galanin and Galanin(1-15) induce the expression of c-Fos in cardiovascular nuclei of the medulla oblongata with different temporal and spatial profiles; (C) the cardiovascular action of Galanin(1-15), but not Galanin, is mediated by peripheral beta-receptor stimulation; (D) and it is demonstrated an antagonistic Galanin/alpha2-adrenoceptors interaction as well as a differential modulation of central cardiovascular responses of Angiotensin II by Galanin or Galanin(1-15). All these data strengthen the involvement of both Galanin molecules as neuromodulators on central cardiovascular regulation.

MeSH Term

Animals
Brain Stem
Cardiovascular System
Galanin
Peptide Fragments

Chemicals

Peptide Fragments
galanin (1-15)
Galanin

Word Cloud

Created with Highcharts 10.0.0Galanincardiovascular1-15centralregulationresponsesgalaninN-terminalfragmentinvolvedpresentpaperreviewsrecentresultsobtainedintracisternalinjectionsshowingthat:antagonistM40blocksinducedelicitedBinduceexpressionc-FosnucleimedullaoblongatadifferenttemporalspatialprofilesCactionmediatedperipheralbeta-receptorstimulationDdemonstratedantagonisticGalanin/alpha2-adrenoceptorsinteractionwelldifferentialmodulationAngiotensinIIdatastrengtheninvolvementmoleculesneuromodulatorsRolecontrol

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