Anticoccidial and antioxidant activities of @entity1947 nanoparticles on Eimeria papillata-induced XXXX in the jejunum.

@entity32 @entity66 @entity19 @entity7843 @entity1947 @entity2041 @entity281 @entity1234 @entity842
Nanomedicine has recently emerged as a better option for the treatment of @entity66 . Here, we investigated the in vivo anticoccidial properties of @entity1947 nanoparticles (ZNPs). ZNPs were crystalline in nature, with a smooth and spherical surface and a diameter in the range of ~10-15 nm. The X-ray diffraction pattern was utilized to identify the crystalline property of the grown ZNPs, whereas field emission scanning electron microscopy was employed to check the size and morphology of the ZNPs. The data showed that @entity19 infected with Eimeria papillata produced 29.7*10(3)  1,500 oocysts/g feces on day 5 postinfection. This output was significantly decreased, to 12.5*10(3)  1,000 oocysts, in @entity19 treated with ZNPs. @entity281 also induced @entity32 and injury of the jejunum. This was evidenced (1) through an increase in the inflammatory histological score, (2) through increased production of @entity842 and @entity1234 , and (3) through a decrease in both the @entity2041 level and goblet cell number in @entity19 jejuna. All these @entity281 -induced parameters were significantly altered during treatment with ZNPs. Our results indicate, therefore, that ZNPs have protective effects against E. papillata-induced @entity7843 .
