Occupational Poisoning Of Pesticides To Spray Workers | 34061
Occupational Medicine & Health Affairs
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Pesticides are the first choice to farmers to control plant insects and diseases even though they are major pollutants to human
and environment. Current study was designed to assess adverse hematological effects of pesticides on occupationallyexposed
workers. Blood samples were collected from 48 adult males volunteers aged from 18-50 years old. Three groups;
spray-workers (directly-exposed), farmers not involved in spray application (indirectly-exposed), and city inhabitants (control;
unexposed). Blood samples were collected aseptically from each subject into K3EDTA tubes for the analysis using Sysmex
KX21 hematology analyzer. Hematological results showed that blood samples of sprayworkers had significantly decreased
platelets (PLT; 33%), ratio of large platelets (P-LCR%; 42%), average platelet volume (MPV; 70%), relative width of the
distribution of platelets (PDW; 56%), relative content of the mixture of monocytes, basophils, and eosinophils (MXD; 100%)
compared to control group. Also, blood samples of exposed group showed significantly decreased PLT (30%), P-LCR (40%),
MPV (65%), and PDW (50) compared to villagers not exposed. Furthermore, levels of testosterone, triiodothyroxine, and
thyroxine hormones of exposed spray farmers were significantly reduced compared with urban residents. Farmers involved
in spray application have extreme chances to pesticide poisoning. Official regulations and enforced interventions that reduce
overexposure of spray workers to pesticides are vital throughout Egypt.
Atef Nassar (The first author) finished his B.Sc. and M.Sc. degrees at Alexandria University, Egypt and the Ph.D. degree at McGill University, Canada. He is working as an assistant professor at Department of Plant Protection, Faculty of Agriculture, Damanhour University, Egypt. He is involved in studying the adverse effects of pesticides to humans and non-target organisms. In addition, he is trying to find new alternatives to pesticides including nano-formulations of pesticides and natural products to reduce the amount of pesticides applied into the environment.