Unknown microorganisms in Hemolymph of reared shrimp, Fenneropenaeus indicus

S. Kakoolaki, I. Sharifpour, B. Ghaednia, F. Ehteshami
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Abstract

Nowadays, Shrimp farmers are suffering from wide spectrum of disease in type of viruses, Bacteria, and parasites. Certain parasites can enforce severe mortalities in shrimp. Among these, protozoa are also very important. The objective of our study was to determine the signs, occurrence, and intensity of unknown microorganisms. The experimental design included three groups, one treatment as infected shrimp or group B and 2 controls with non- infected but exposure to White Spot Syndrom Virus (WSSV) shrimp as group A and non- infected non - exposure to WSSV shrimp as group C in triplicate. The results revealed that unknown-miccroorganisms associated with a decrease in hyalinocytes and large -granulocytes (less than 8%) and a considerable increase in semi-granulocytes in group A and B in contrast to group C that Hyalinocyte increased. This infection made the shrimp susceptible to WSSV disease. It is believed that Hemocytosis causes a condition which can result in a rapid mortality among susceptible species, P. indicus when exposure to WSSV is occurred.
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饲养对虾血淋巴中的未知微生物
目前,养虾户正遭受着各种病毒、细菌、寄生虫等疾病的困扰。某些寄生虫会导致虾的严重死亡。其中,原生动物也很重要。我们研究的目的是确定未知微生物的迹象、发生和强度。实验设计分为3组,1组为感染或B组,2组为对照,A组为未感染但暴露于白斑综合征病毒(WSSV)的对虾,C组为未感染但未暴露于WSSV的对虾,每组3个。结果显示,与透明细胞增加的C组相比,a组和B组的未知微生物与透明细胞和大粒细胞(小于8%)的减少和半粒细胞的大量增加有关。这种感染使对虾易患WSSV病。据信,当暴露于WSSV时,血细胞增多症会导致易感物种(如印度假单胞虫)迅速死亡。
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审稿时长
3 months
期刊介绍: The International Journal of Applied Research in Veterinary Medicine promotes excellence in the clinical practice of veterinary medicine by disseminating fundamental scientific, diagnostic, and treatment knowledge gained from prospective and retrospective research in a timely manner. The Journal fulfills its mission through rapid peer review of each submitted article, and publication of all articles within 90 days of acceptance. All published articles meet the standards of Balance, Independence, Objectivity and Scientific Rigor.
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