Genotoxicity of the acylureas lufenuron and chlorfluazuron to drosophila melanogaster /
Wesam Taha Taha Mohamed Basal
Genotoxicity of the acylureas lufenuron and chlorfluazuron to drosophila melanogaster / السمية الجينية لمركبى اليوريا الأروماتية : اللوفنيرون و الكلورافيوزارون على دروسوفيلا ميلانوجاستر Wesam Taha Taha Mohamed Basal ; Supervised Mohamed Akmal Elghor , Abdelfattah Abdelkader Awad , Jehane Ibrahim Eid - Cairo : Wesam Taha Taha Mohamed Basal , 2014 - 69 P. : photographs ; 25cm
Thesis (Ph.D.) - Cairo University - Faculty of Science - Department of Zoology
Genotoxic stress of insecticides represents human - health hazards. Acylureas, as insect growth regulators, were developed and aimed to be "safe" and "non - mutagenic" insecticides. The electrophilic sites of the trested acylureas lufenuron and chlorfluazuron suggest their ability to form adducts with DNA through its nucleophilic sites. Using genetic system of drosophila melanogaster in the present work, three genotoxic modes of action of the acylureas were revealed
Drosophila melanogaster Genotoxicity Mutations
Genotoxicity of the acylureas lufenuron and chlorfluazuron to drosophila melanogaster / السمية الجينية لمركبى اليوريا الأروماتية : اللوفنيرون و الكلورافيوزارون على دروسوفيلا ميلانوجاستر Wesam Taha Taha Mohamed Basal ; Supervised Mohamed Akmal Elghor , Abdelfattah Abdelkader Awad , Jehane Ibrahim Eid - Cairo : Wesam Taha Taha Mohamed Basal , 2014 - 69 P. : photographs ; 25cm
Thesis (Ph.D.) - Cairo University - Faculty of Science - Department of Zoology
Genotoxic stress of insecticides represents human - health hazards. Acylureas, as insect growth regulators, were developed and aimed to be "safe" and "non - mutagenic" insecticides. The electrophilic sites of the trested acylureas lufenuron and chlorfluazuron suggest their ability to form adducts with DNA through its nucleophilic sites. Using genetic system of drosophila melanogaster in the present work, three genotoxic modes of action of the acylureas were revealed
Drosophila melanogaster Genotoxicity Mutations