Abstract
, laser action. Lasers, which have a photodynamic and biostimulatingac tion on tissues, are being increasingly used to study the morphological and functional changes in organs and tissues [2, 5, 8]. The use of lasers in microcirculatory research has made it possible to apply precise conditions of stimulation to different parts of tile microcirculatory bed [6] and also a means of assessing the microcirculation of the blood in vivo [7]. The use of low-energy lasers, inducing a biostimulating effect, is promising as a means of studying the effect of outside influences on vessels of the microcirculatory bed [i, 3]. Among these lasers, the heliumneon laser (H/~L) has achieved the most widespread popularity. The aim of this investigation was to study the effect of HNL on the microcirculatory bed of the pia mater and the microcirculation in rats in order to discover the sensitivity of arteriolar and venular microvessels to this agent at different ages of postnatal development.
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