Biological Effects Produced by Intense Pulsed Light (Xe-Cl) on the Cartilage of the Tongue Chick Embryo Using Various Filters

Biological Effects Produced by Intense Pulsed Light (Xe-Cl) on the Cartilage of the Tongue Chick Embryo Using Various Filters

The Laser used correctly in the medical practice offers clear advantages compared with traditional therapies. The improvement and even the elimination of many significant skin lesions can be achieved with reduced risks to patients. However, it is important to keep security measures and understand th...

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Autores principales: Avila,R. E, Samar,M. E, Juri,H, Femopase,G. A, Hidalgo,M, Ferrero,J. C, Rinaldi,C, Fonseca,I, Juri,G
Lenguaje:English
Publicado: Sociedad Chilena de Anatomía 2009
Materias:
Biological effects
Intense pulsed light (Xe-Cl)
Cartilage
Tongue
Chick embryo
Acceso en línea:http://www.scielo.cl/scielo.php?script=sci_arttext&pid=S0717-95022009000400007
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spelling oai:scielo:S0717-950220090004000072010-05-18Biological Effects Produced by Intense Pulsed Light (Xe-Cl) on the Cartilage of the Tongue Chick Embryo Using Various FiltersAvila,R. ESamar,M. EJuri,HFemopase,G. AHidalgo,MFerrero,J. CRinaldi,CFonseca,IJuri,G Biological effects Intense pulsed light (Xe-Cl) Cartilage Tongue Chick embryo The Laser used correctly in the medical practice offers clear advantages compared with traditional therapies. The improvement and even the elimination of many significant skin lesions can be achieved with reduced risks to patients. However, it is important to keep security measures and understand the possible effects on an experimental model. The chick embryo is a good model to evaluate the direct effects of non-ionizing radiation for its easy handling and availability. The purpose of this communication is to show our histological findings in organs of the chick embryo with and without protective barrier to be subjected to radiation excimer. We used the following issuers: intense pulsed light (excimer Xe-Cl laser of 308 nm wavelength). It was irradiated embryos through an open window on eggshells. Aseptically the eggs were kept for 24 hours in an incubator. The protective barriers were used with and without colored glass, latex, cellophane, paper, polycarbonate of different colors and thicknesses. The most outstanding results, with no barrier and barriers with transparent and green were intense marked congestion in capillaries, edema and focus the necrosis. We concluded that the tissue changes observed are consistent with possible side effects of these radiations fototérmicos we warned about possible side effects when they are applied indiscriminately. We believe it is important to explore different means to safeguard the safety of operators and patients.info:eu-repo/semantics/openAccessSociedad Chilena de AnatomíaInternational Journal of Morphology v.27 n.4 20092009-12-01text/htmlhttp://www.scielo.cl/scielo.php?script=sci_arttext&pid=S0717-95022009000400007en10.4067/S0717-95022009000400007
institution Scielo Chile
collection Scielo Chile
language English
topic Biological effects
Intense pulsed light (Xe-Cl)
Cartilage
Tongue
Chick embryo
spellingShingle Biological effects
Intense pulsed light (Xe-Cl)
Cartilage
Tongue
Chick embryo
Avila,R. E
Samar,M. E
Juri,H
Femopase,G. A
Hidalgo,M
Ferrero,J. C
Rinaldi,C
Fonseca,I
Juri,G
Biological Effects Produced by Intense Pulsed Light (Xe-Cl) on the Cartilage of the Tongue Chick Embryo Using Various Filters
description The Laser used correctly in the medical practice offers clear advantages compared with traditional therapies. The improvement and even the elimination of many significant skin lesions can be achieved with reduced risks to patients. However, it is important to keep security measures and understand the possible effects on an experimental model. The chick embryo is a good model to evaluate the direct effects of non-ionizing radiation for its easy handling and availability. The purpose of this communication is to show our histological findings in organs of the chick embryo with and without protective barrier to be subjected to radiation excimer. We used the following issuers: intense pulsed light (excimer Xe-Cl laser of 308 nm wavelength). It was irradiated embryos through an open window on eggshells. Aseptically the eggs were kept for 24 hours in an incubator. The protective barriers were used with and without colored glass, latex, cellophane, paper, polycarbonate of different colors and thicknesses. The most outstanding results, with no barrier and barriers with transparent and green were intense marked congestion in capillaries, edema and focus the necrosis. We concluded that the tissue changes observed are consistent with possible side effects of these radiations fototérmicos we warned about possible side effects when they are applied indiscriminately. We believe it is important to explore different means to safeguard the safety of operators and patients.
author Avila,R. E
Samar,M. E
Juri,H
Femopase,G. A
Hidalgo,M
Ferrero,J. C
Rinaldi,C
Fonseca,I
Juri,G
author_facet Avila,R. E
Samar,M. E
Juri,H
Femopase,G. A
Hidalgo,M
Ferrero,J. C
Rinaldi,C
Fonseca,I
Juri,G
author_sort Avila,R. E
title Biological Effects Produced by Intense Pulsed Light (Xe-Cl) on the Cartilage of the Tongue Chick Embryo Using Various Filters
title_short Biological Effects Produced by Intense Pulsed Light (Xe-Cl) on the Cartilage of the Tongue Chick Embryo Using Various Filters
title_full Biological Effects Produced by Intense Pulsed Light (Xe-Cl) on the Cartilage of the Tongue Chick Embryo Using Various Filters
title_fullStr Biological Effects Produced by Intense Pulsed Light (Xe-Cl) on the Cartilage of the Tongue Chick Embryo Using Various Filters
title_full_unstemmed Biological Effects Produced by Intense Pulsed Light (Xe-Cl) on the Cartilage of the Tongue Chick Embryo Using Various Filters
title_sort biological effects produced by intense pulsed light (xe-cl) on the cartilage of the tongue chick embryo using various filters
publisher Sociedad Chilena de Anatomía
publishDate 2009
url http://www.scielo.cl/scielo.php?script=sci_arttext&pid=S0717-95022009000400007
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