中国免疫学杂志
中國免疫學雜誌
중국면역학잡지
CHINESE JOURNAL OF IMMUNOLOGY
2014年
11期
1499-1503,1507
,共6页
毛会丽%关建义%贺文旭%康静
毛會麗%關建義%賀文旭%康靜
모회려%관건의%하문욱%강정
嗜水气单胞菌%组织病理切片%灭活疫苗%免疫学指标%免疫保护率
嗜水氣單胞菌%組織病理切片%滅活疫苗%免疫學指標%免疫保護率
기수기단포균%조직병리절편%멸활역묘%면역학지표%면역보호솔
Aeromonas hydrophila%Tissue section%Inactivated vaccine%Immunological indicators%Protection rate
目的:利用本实验室制备的嗜水气单胞菌灭活疫苗免疫银鲫,研究疫苗的免疫保护效果。方法:将银鲫随机分为3组:注射组、浸泡组和对照组进行试验,二次免疫后,分别对银鲫组织和血液样品进行组织病理学、血液免疫学研究以及免疫保护率的测定。结果:血液指标检测显示,注射组、浸泡组各项血液指标发生显著改变,银鲫各项免疫指标显著提高;组织病理学显示,攻毒后,对照组的肝、肾、脾等重要组织已发生病变,而注射组和浸泡组无明显的变化;注射组、浸泡组和对照组的免疫保护率分别为90%、60%、0%。结论:嗜水气单胞菌灭活疫苗对银鲫的细菌性出血病具有显著的保护作用。
目的:利用本實驗室製備的嗜水氣單胞菌滅活疫苗免疫銀鯽,研究疫苗的免疫保護效果。方法:將銀鯽隨機分為3組:註射組、浸泡組和對照組進行試驗,二次免疫後,分彆對銀鯽組織和血液樣品進行組織病理學、血液免疫學研究以及免疫保護率的測定。結果:血液指標檢測顯示,註射組、浸泡組各項血液指標髮生顯著改變,銀鯽各項免疫指標顯著提高;組織病理學顯示,攻毒後,對照組的肝、腎、脾等重要組織已髮生病變,而註射組和浸泡組無明顯的變化;註射組、浸泡組和對照組的免疫保護率分彆為90%、60%、0%。結論:嗜水氣單胞菌滅活疫苗對銀鯽的細菌性齣血病具有顯著的保護作用。
목적:이용본실험실제비적기수기단포균멸활역묘면역은즉,연구역묘적면역보호효과。방법:장은즉수궤분위3조:주사조、침포조화대조조진행시험,이차면역후,분별대은즉조직화혈액양품진행조직병이학、혈액면역학연구이급면역보호솔적측정。결과:혈액지표검측현시,주사조、침포조각항혈액지표발생현저개변,은즉각항면역지표현저제고;조직병이학현시,공독후,대조조적간、신、비등중요조직이발생병변,이주사조화침포조무명현적변화;주사조、침포조화대조조적면역보호솔분별위90%、60%、0%。결론:기수기단포균멸활역묘대은즉적세균성출혈병구유현저적보호작용。
Objective:In order to find a safe and healthy way to control fish diseases caused by Aeromonas hydrophila,the immune effect of Aeromonas hydrophila inactivated vaccine on Carassius gibelio was studied.Methods: Three groups were randomly made by each of 10 fishes.Injection groups was made intraperitoneally ( i.p.) with 200 μl, and soaked group with 3 L volumes of inactivated vaccine suspensions respectively while the control group with same volumes of saline.Tissues and blood samples of carassius gibelio were collected after the second vaccination.Then the histopathological, immunological indicators and survival percentage were detected.Results:The relative survival percentage of two groups was 90%and 60%respectively.The serum enzymes of injection and soaked group showed significant differences contrasted with the control group.Histopathological studies revealed that the important tissues have been damaged obviously after the bacterium challenge, while the experiment groups were no damage.Conclusion:Therefore the inactivated vaccine could prevent carassius gibelio diseases that caused by A.hydrophila.