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Objective: The soil and waterborne parasitic infections rate is high degree in developed and developing countries.\udMigratory workers have greater exposure to these parasitic infections and a lot of morbidity due to these infections in\udworkers.\udFor this reason, we aimed to investigate the presence of soil and waterborne parasites in the Gaziantep Organized\udIndustrial Zone of southeast Turkey.\udMethods: A total of 25 environmental samples (18 soil samples and 7 water samples) were taken from The Gaziantep\udOrganized Industrial Zone, in two different seasons (summer and winter). All of the samples were screened for\udparasites using microscopic examination and culture methods. The parasites were genotyped with polymerase chain\udreaction and DNA sequencing analysis.\udResults: The prevalence of soil and water transmitted parasites was found to be positive 52% (13/25) in summer\udwhile there is no any parasites in winter. It was found 22.3% (4/18) Acanthamoeba (genotype4), 16.6% (3/18)\udAscaris lumbricoides, 11.1% (2/18) Strongoides stercoralis in soil samples and 14.3% (1/7) Acanthamoeba (genotype\ud4), 42.9% (3/7) Blastocystis (subtype3) in all of water samples.\udConclusion: The migratory worker waves have always shaped the ethnic composition and public health problem of\udthe province of Gaziantep. Climate change has the potential to influence prevalence of parasite and our study has\udshown that increased prevalence of parasite in summer. The global target for the coming years should be to remove\udthe deaths from earth and waterborne parasitic infections in the worker populations. Thus, we prevent the\uddistribution of parasitic infections in our country

Are soil and waterborne parasitic infections health risk for worker populations in southeast Turkey?