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1.
猪附红细胞体病是由市克次氏体中猪附红细胞体引起的传染病.本病以高热、贫血、黄疸、消瘦为主要特征.附红细胞体病是猪、牛、羊、犬、猫以及其他哺乳动物共患的传染病,但是猪附红细胞体其有种属特异性,不感染牛、羊、犬等其他动物.此病的发病率和死亡率可分别达40%和75%以上,造成很大的损失.  相似文献   

2.
猪附红细胞体病是由立克次氏体中猪附红细胞体引起的传染病.本病以高热、贫血、黄疸、消瘦为主要特征.附红细胞体病是猪、牛、羊、犬、猫以及其他哺乳动物共患的传染病,但是猪附红细胞体具有种属特异性,不感染牛、羊、犬等其他动物.  相似文献   

3.
猪附红细胞体对不同宿主红细胞的体外感染试验   总被引:1,自引:0,他引:1  
为证实猪附红细胞体能否感染其它宿主红细胞,本试验在猪附红细胞体体外培养的基础上,进行了猪附红细胞体体外感染家兔、昆明小白鼠、犬、羊、牛及人的健康红细胞。结果表明,将感染猪附红细胞体的阳性血液体外感染家兔、昆明小白鼠、犬、羊、牛及人的健康红细胞,均可不同程度的感染,其中以兔和昆明小白鼠红细胞的感染率最高,分别达45.0%和40.3%;人红细胞的感染率为30.0%,呈现轻度感染;而对其它宿主红细胞,呈现一过性感染。  相似文献   

4.
近几年对附红细胞体病的报道多见于猪、牛、犬等,而在实际生产中,常因猪大面积感染附红细胞体病而波及到兔.致使兔发生疑似附红细胞体病。  相似文献   

5.
附红细胞体病简称附红体病,是由附红细胞体寄生于红细胞表面、血浆及骨髓所引起的人畜共患传染性疾病.附红细胞体感染犬后常呈亚临床性表现,当犬机体免疫能力下降便可引起该病发生.患犬表现高热、黄疸、溶血性贫血为主要症状,病死率可高达80%,严重危及犬的生命健康.随着临床病例增多而呈暴发趋势流行,附红细胞体病已引起了临床兽医工作者的广泛关注.文章对该病的病原学、流行特点、致病机理、临床表现、实验室检查以及治疗进行了综述,为犬附红细胞体病的研究和治疗提供资料.  相似文献   

6.
猪附红细胞体病(Eperythrozoonosis)又称"红皮病",是由猪附红细胞体(Eperythrozoon)寄生于红细胞表面、血浆、组织液及脑脊髓液中,引起以发热、贫血、黄疸等为主要特征的传染病。1928年Schillig首次报道了鼠的附红细胞体病[1],尔后报道的有牛、绵羊、猫、猪、犬等动物的附红细胞体病。Splitter于1958年首次发现并命名了猪附红细胞体[2]。猪附红细胞体病多呈隐性感染,当猪因  相似文献   

7.
近年来,附红细胞体病已成为危害养殖业的一种常见疫病,猪、牛、羊、犬等动物附红体病时有发生,对养殖业造成较大危害和经济损失.现报道一例奶牛附红细胞体病的发病及诊治情况.  相似文献   

8.
南宁市犬感染附红细胞体的调查   总被引:2,自引:0,他引:2  
用鲜血压片镜检法,对66只犬进行附红细胞体(EH)检测,结果表明有64只犬感染附红细胞体,感染率为96.97%;不同品种、年龄和性别犬感染附红细胞体没有显著差异;对5只母犬及其分娩的21只初生仔犬检测,结果2只阴性母犬的仔犬都为阴性,3只阳性母犬的仔犬感染率为100%,说明垂直传播是存在的.  相似文献   

9.
为了探讨中西药结合治疗犬附红细胞体病的效果,沧职宠物服务中心将来本院就诊的14只犬附红细胞体病患病犬均采用中西药结合疗法进行治疗;沧州畜牧局兽医院将就诊的13只犬附红细胞体病患病犬均采用常规西药疗法(即抗原虫+抗感染)进行治疗。结果表明,中药+西药同时治疗组的治愈率是85.7%,常规西药治疗组的治愈率是69.2%。表明中西药结合对犬附红细胞体病的治疗效果明显提升,可为今后宠物临床治疗犬附红细胞体病提供参考依据。  相似文献   

10.
附红细胞体病(Eperythrozoonosis)是由专性血液寄生生物——附红细胞体(Eperythrozoon)引起的一种以贫血、黄疽、发热为主要临床特征的疾病。我国自晋希民(1981)首先报道家兔附红细胞体病以来,牛、羊的附红细胞体病也相继见报.近年来猪的附红细胞体在我国少数地区也已发现.笔者在国内首次发现犬附红细胞体病后(已报道),1991年在上海地区又首次发现仔猪罹患本病.病猪死亡率最高可达50%,耐过的猪则生长发育受阻而成为僵猪,对养猪业危害较大.  相似文献   

11.
哈尔滨地区猪旋毛虫对猪,犬的感染性试验   总被引:1,自引:0,他引:1  
用消化法所得的猪旋毛虫蚴分别接种猪,犬。结果表明,猪旋毛虫对猪,犬的感染性存在着明显差异,在猪的繁殖力指数为117.04,而在犬为30.60,说明哈尔滨地区猪旋毛虫档地旋毛形线虫;  相似文献   

12.
The defect causing malignant hyperthermia has been proposed to involve cardiac as well as skeletal muscle. We tested the hypothesis that histomorphometric parameters for ventricular wall from malignant hyperthermia-susceptible swine and dogs were abnormal. Hearts were obtained from: mature dogs, age- and weight-matched young swine (89 +/- 15 days, 30 +/- 3 kg); and market-weight swine (102 +/- 10 kg). Using light microscopy, estimates were made for muscle nuclear dimensions and the volume-fraction of nuclei, sarcoplasm, blood vessels, and interstitial space. Cardiac maturation in both MH and normal swine was accompanied by decreased myocyte volume-fraction due to decreased nuclear volume-fraction and increased interstitial space volume-fraction. Sarcoplasm and vasculature volume-fraction were unchanged after maturation. Nuclear volume-fraction was slightly greater (p less than 0.05) in the right ventricle than the left for malignant hyperthermia and normal swine. Myocyte nuclear dimensions were generally similar among animals. Dogs and the oldest group of swine were not significantly different. Myocytes of all swine contained multiple nuclei, closely spaced in rows of 2 to 12. In contrast, most myocytes of mature dogs apparently contained one or two nuclei. Histomorphometric values were not significantly different between normal and malignant hyperthermia young swine and dogs. However, within the market-weight swine, volume-fraction for malignant hyperthermia myocytes and myocyte nuclei was decreased and interstitial space was increased compared to normal.(ABSTRACT TRUNCATED AT 250 WORDS)  相似文献   

13.
Sarcocystis infections in Georgia swine   总被引:1,自引:0,他引:1  
Tissues from 168 mature sows obtained at slaughter in northern and southern Georgia were examined for infection with Sarcocystis spp. Digestion techniques revealed zoites in 28 (16.5%) sows. Infected meat was fed to laboratory-reared dogs, cats, raccoons (Procyon lotor), and opossums (Didelphis marsupialis). Dogs and raccoons shed sporocysts (8.3 mum X 11.2 mum) 12 to 14 days after infection. Cats and opossums were refractory to infection. Sarcocystis-free pigs were infected with 50,000 sporocysts of swine-dog origin. Tissues from laboratory-infected swine were fed to dogs and raccoons. Both species shed sporocysts 14 days later. This is the 1st time in which a definitive host has been demonstrated for species of Sarcocystis occurring in North American swine. The raccoon constitutes a new definitive host for S suicanis Erber 1977. In contrast to previously reported low prevalences of Sarcocystis infections in swine, the relatively high prevalence reported here indicates that S suicanis may be of importance to swine producers in Georgia.  相似文献   

14.
猪旋毛虫对猪,犬的感染性研究   总被引:4,自引:0,他引:4  
用消化法所得的猪旋毛虫蚴分别接种猪,犬,结果表明:猪旋毛虫对猪,犬的感染性存在着明显差异,在猪的繁殖力指数为117.04,而在犬为30.60,说明哈尔滨地区猪旋毛早相当于旋毛形线虫;其对猪感染性较高而对犬感染较差,但能通过犬的感染而对人体健康构成威胁。  相似文献   

15.
16.
将人工感染发病的25只未免疫犬和自然发病的48只(大型犬和小型犬各24头)免疫犬分别随机分成3组,进行不同药物组合的治疗比较试验,在治疗试验第7d比较体征、病程,以判定治疗效果。结果表明:猪TF联合抗生素等药物的治疗人工感染犬细小病毒发病犬,其治愈率为55.6%,有效率为77.8%,明显高于血清治疗组(治愈率为25.0%,有效率为62.5%)和药物治疗组(治愈率0,有效率为37.5%);猪TF联合抗生素等药物治疗自然发病(犬细小病毒病)犬,治愈率为56.3%,有效率为81.3%,明显高于血清治疗组(治愈率为37.5%,有效率为68.8%)和药物治疗组(治愈率12.5%,有效率为56.3%),猪TF联合抗生素等药物治疗平均治愈时间也较短。  相似文献   

17.
The presence of antibodies against Encephalitozoon cuniculi (E. cuniculi) and Encephalitozoon intestinalis (E. intestinalis) was examined in 215 samples from humans and in 488 samples from five different species of domestic and companion animals in Slovakia. The 215 human samples and samples from 90 swine, 123 non-infected cattle (cattle), 24 cattle infected with bovine leukosis virus (BLV-positive cattle), 140 sheep and 111 dogs were examined by the enzyme-linked immunosorbent assay (ELISA). Samples with serum titres 1:200 or higher were considered as positive. Specific anti-E. cuniculi antibodies were found in humans (0.9%), swine (52%), cattle (2%), sheep (9%) and dogs (15%) except for the BLV-positive cattle at the titre of 1:200. The titre of 1:400 was detected only in humans (0.5%). The presence of specific anti-E. intestinalis antibodies at the titre of 1:200 was confirmed in humans (6%), swine (51%), cattle (11%), BLV-positive cattle (13%) and dogs (6%) but not in sheep. The anti-E. intestinalis antibodies reached the 1:400 in humans (1%), swine (4%) and BLV-positive cattle (17%). The presence of specific anti-E. intestinalis antibodies at the titre of 1:600 was observed only in one swine (1%). Significant differences were observed in animals at titres 1:200 and 1:400 (chi-squared test: p < 0.0001) for both pathogens and in humans only for E. cuniculi at the titre of 1:400 (chi-squared test: < 0.0075).  相似文献   

18.
A macromethod and a semimicromethod were developed to measure erythrocyte acetylcholinesterase activity in cattle, sheep, goats, horses, dogs, and swine, and to measure plasma cholinesterase activity in horses, dogs, and swine. Comparison of the 2 methods with erythrocytes of sheep, cattle, goats, and horses indicated both methods gave similar results. They can be done in a shorter time and are more sensitive than Michel's method. Normal deltapH values per minutes, with standard deviations for blood cholinesterase activity of animals of different ages, sexes, breeds, and species, were: 0.76 +/- 0.12/30; 0.65 +/- 0.10/15; 0.69 +/- 0.19/45; 0.78 +/- 0.11/45; 0.63 +/- 0.11/45; and 0.71 +/- 0.06/25 for sheep, cattle, goats, horses, dogs, and swine erythrocyte acetylcholinesterase, respectively; and 0.66 +/- 0.18/20; 0.67 +/- 0.20/30, and 0.46 +/- 0.05/60 for horses, dogs, and swine plasma cholinesterase, respectively. It was shown that either the chloride or the iodide salt of acetylcholine can be used as the enzyme substrate. tin blood samples stored at 5 C for 24 hours, there was no significant change of the enzymatic activity.  相似文献   

19.
Tissue and serum samples from animals and man in Guangdong Province of the Peoples Republic of China were examined for Toxoplasma gondii infection. Tissues from 519 swine, 576 rodents, 84 people, one cat and two dogs were bioassayed in mice. T. gondii was isolated from 13 pools of swine tissues, but not from any other hosts. Serum samples from animals and man were examined at 1:64 dilution in the indirect hemagglutination test. Antibodies to T. gondii were found in 10.4% of 816 pigs, 0.9% of 955 rodents, 0.7% of 3085 people, 4.4% of 90 cattle, 8.3% of 12 rabbits and 2.1% of 47 cats. None were found in 83 buffaloes.  相似文献   

20.
Aujeszky's disease (AD), caused by Suid herpesvirus type 1 (SuHV-1), is an economically important disease in domestic swine. Thus, rigorous control programmes have been implemented and consecutively AD in domestic swine was successfully eradicated in many countries, including Austria. However, SuHV-1 continues to thrive in wild boar populations, as indicated by high seroprevalences in a number of European countries and by occasional cases of AD in hunting dogs. For the first time, SuHV-1 was detected in Austrian wild boar and a molecular characterization of SuHV-1 isolated from wild boar and hunting dogs was performed. Results of preliminary serological analyses suggest a regional SuHV-1 seroprevalence of over 30% in free-living and almost 70% in fenced wild boar from Eastern Austria. Molecular typing of Austrian SuHV-1 isolates of wild boar origin revealed the presence of two genetically distinct variants of SuHV-1, both capable of infecting dogs that have been exposed to infected wild boar during hunting.  相似文献   

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