%0 Journal Article
%T THE INDUCTION OF MICRONUCLEUS UNDER THE INFLUENCE OF ACETAMIPIRID INSECTICIDE ON THE GOLDFISH (CARASSIUS AURATUS) AFTER THE TIME TREATMENT OF 24 AND 72 HOURS
%A Hyzer Rizani
%A Kimete Lluga
%A Smajl Rizani
%J Albanian Journal of Agricultural Sciences
%D 2012
%I Agricultural University of Tirana
%X As a result of environmental, pollution by mutagen substances are created micronucleus, which are genetically defects, which may cause mutation and cancerous diseases. Based in this fact, we have attempted to do a research, which will prove that genetically damages are as result of environment pollution. Our research is based in Micronucleus-test method, according to Schmid. This method is used to be observed micronucleus, as mentioned above are created as result of environment pollution in blood of living organism. As we expected, during the research with this method, we have faced in genetically damage as aftermath of our environment pollution for research. For the research we have decided fish (goldfish), whereas environment pollution is created referring to our needs about research. The result is astonishing. As higher is level of pollution the higher will be the number of micronucleus, more precisely number of genetically damages. We have used 50 fish for our research diffused in five aquariums, distinguished by dose and day of treatment with insecticide. As our environmental pollutant for research we used acetamipirid insecticide in goldfish. The research has resulted what has proved by Schmid with Micronucleus-Test method, which proved the presence of genetic damages harmonized with the amount of pollution. Our research opens the way for safe research in environment polluting to see real situation on the ground and the ability to make managerial policies to prevent pollution, moreover to prevent many diseases caused by such pollution.
%K Micronucleus
%K acetamipirid
%K fish
%K blood
%K aquarium
%U https://sites.google.com/a/ubt.edu.al/rssb/ajas2012papers/10_AJAS_2_2012_Rizani.pdf?attredirects=0&d=1