02390     2200301   4500001002100000005001500021035002000036008004100056020001400097041000700111082000900118090001300127100001800140700003100158700002300189700002400212700002200236700002100258700002000279700002100299700001700320700002400337700002400361245016000385260002000545300002200565500150100587INLIS00000000001516820240212023617  a0010-0521015168240212                |          |        a0971-7196  aen  aNONE  aMFN/23280 aEny Martindah0 aDyah Haryuningtyas Sawitri0 aTomoyuki Shibahara0 aApril Hari Wardhana0 aMasahiro Kusumoto0 aFitrine Ekawasti0 aMasaharu Tokoro0 aDias Aprita Dewi0 aKazumi Sasai0 aBambang Ngaji Utomo0 aMakoto Matsubayashi1 aDetections of gastrointestinal parasites, including Giardia intestinalis and Cryptosporidium spp., in cattle of Banten province, Indonesia /cEny Martindah  bSpringer,c2019  aVolume 0, Issue 0  aGastrointestinal parasites can induce low productivity in livestock by causing acute or chronic enteritis. Veterinarians make great efforts to design rational and effective hygienic protocols for both the prevention and treatment of diarrhea. Although prevalences can vary depending on the examined areas or the ages of the hosts, and the methods used for detections, it is helpful to accumulate data across many areas to evaluate parasitic distribution. A coprological survey in cattle was conducted in Tangerang, Banten Province of Indonesia, in order to determine the prevalence of the parasites, including those of diarrhea-associated diseases. Furthermore, the risk of transmission of Giardia intestinalis and Cryptosporidium spp. to human was genetically analyzed. Gastrointestinal parasites were detected in 87 of 109 cattle samples, including 85 carrying Eimeria spp., 36 carrying Fasciola gigantica, 35 carrying Strongyloides spp., 33 carrying Paramphistomum spp., and 15 carrying Capillaria spp. Giardia intestinalis and Cryptosporidium spp., parasites with zoonotic potential, were detected in 9 and 1 cattle samples, respectively. Molecular analyses identified the G. intestinalis isolate as a member of Assemblage E, which has been recently detected in humans in another country. These results may be helpful in understanding the hygienic risk affecting the livestock productivity and zoonotic potential of cattle in Indonesia.