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Genetic effects of wasted anesthetic gases
(Englisch)
Genetic and anesthetic gases
Amal Abd El Hafez & Ezzat El Dreiny & Ahmad Abd El Hafez

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Autor/Autorin: Abd El Hafez Amal

Thanks to ALLAH who helped me to complete every work I do.Dr. Amal Abd El Hafez is a lecturer of Histology at the University of Tanta, Egypt. She received her M.D. before eventually becoming a supervising doctor at the tissue culture and genetic lab.
Information on potential genetic damage in humans after exposure to waste anaesthetic gases is scarce. Also the circumstances in many hospitals are somewhat inadequate. To evaluate the possible genotoxic effects of waste anaesthetic gases on staff was our main aim. The chromosomal aberrations [CA] analysis and the sister chromatid exchange [SCE] test were studied in peripheral blood lymphocytes. The results showed a statistically significant increase in chromosomal aberrations and sister chromatid exchange. The results of our study signify that exposure to anaesthetic gases induced changes in human chromosomes. Also it suggest that exposure to waste anaesthetic gases has the potential to cause changes in human genome.


Über den Autor

Thanks to ALLAH who helped me to complete every work I do.Dr. Amal Abd El Hafez is a lecturer of Histology at the University of Tanta, Egypt. She received her M.D. before eventually becoming a supervising doctor at the tissue culture and genetic lab.


Klappentext

Information on potential genetic damage in humans after exposure to waste anaesthetic gases is scarce. Also the circumstances in many hospitals are somewhat inadequate. To evaluate the possible genotoxic effects of waste anaesthetic gases on staff was our main aim. The chromosomal aberrations [CA] analysis and the sister chromatid exchange [SCE] test were studied in peripheral blood lymphocytes. The results showed a statistically significant increase in chromosomal aberrations and sister chromatid exchange. The results of our study signify that exposure to anaesthetic gases induced changes in human chromosomes. Also it suggest that exposure to waste anaesthetic gases has the potential to cause changes in human genome.



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