Your search returned 2 results. Subscribe to this search

Not what you expected? Check for suggestions
|
1. Isolation, Characterization And Pathogenesis Of Capripox Virus

by Abdul Sajid | Prof. Dr. Zafar Iqbal Chaudhry | Dr. Aftab | Prof. Dr. Azhar Maqbool.

Material type: book Book; Format: print ; Nature of contents: biography; Literary form: Publisher: 2010Dissertation note: Goat pox is the most important pox diseases of livestock and it usually causes huge economic losses. The economic losses occur in terms of mortality, reduced productivity and lower quality of wool and leather. The clinical manifestations of the disease include high temperature, lesions skin in the form of macules, papules, vesicles, pustule and scabs on hairless areas of the body. The disease is highly contagious having high morbidity and mortality in the infected herds. The present study was conducted to document the prevalence of goat pox disease in the different regions of Punjab. The study was based on clinical manifestation of the disease in various collecting spots including slaughter houses, cattle and hide markets and tanneries. The prevalence of goat pox at slaughter houses in different regions was 9.93% in arid region followed by 8.69% and 7% in southern and northern irrigated regions respectively. The prevalence of pox disease in sheep was highest (8.54%) in the northern irrigated region, 7.69% and 6.62% in arid and southern irrigated regions respectively. The prevalence of pox recorded in the hide markets shows a trend of high presence 7.29% in arid region followed by 6.22% and 3.84% in southern and northern irrigated regions. Whereas in sheep the overall prevalence was 0.51 %, 4.44% and 1.66% in northern irrigated, arid and southern irrigated regions. In tanneries the pox lesions were identified on the basis of method as adopted in hide markets. The overall prevalence of pox in goat was 3.96%, 4.06% and 4.09% while in sheep 9.58%, 2.41 % and 10% in northern irrigated, arid and southern irrigated regions. The overall prevalence of pox disease in goat was 5%, 5.79% and 5.34% in Northern irrigated, arid and southern irrigated regions respectively. Where as in sheep, pox was 3.133%, 4.11 % and 2.67% in Northern irrigated, arid and southern irrigated regions respectively. The highest trend of incidence of disease was present in the arid regions followed by southern and northern regions. The slaughter houses shows high incidence of disease as compared to cattle and hide market and tanneries. The result was significant (P<0.05) among the regions and samples collecting spots. A total of 100 samples consisting of 55 scabs and 45 skin tissues were randomly selected from the different collecting spots of the three regions. The scabs and skin tissue samples were processed on dehydrated minimum essential media tor virus isolation. The virus was isolated on Vero cell line culture and its characteristics were observed on the basis of specific cytopathic effects. All 55 scab samples consisting 20 from cattle markets, 20 from slaughter house and 15 from hide market and tannery were tested through cell culture. The cell culture positive result for scabs was 60% cattle markets, 20% hide market and tannery and 40% slaughter house. All 45 skin tissue samples including 5 from cattle markets and tannery, 20 from hide market and 20 from slaughter house were subjected to virus isolation on Vero cell line. The cell culture positive result for skin tissue samples was 100% cattle markets, 30% hide market and tannery and 60% slaughter house. In this way the total cell culture result for scabs and skin tissue samples from all areas become 41.82% and 51.11 % respectively. The isolated virus was confirmed through peR. All the collected samples were also analyzed through peR in order to compare the two techniques for disease diagnosis. Out of 40 samples from slaughter houses 18 scabs and 15 tissues sample were positive through peR with 82.5%. Out of 25 samples collected from cattle markets consisting of 20 scabs and 5 skin tissues, 17 of scabs and 5 skin tissues were positive with 92%. Similarly a total of 35 samples out of which 15 were scabs and 20 were skin tissues collected from hide markets and tanneries. The peR of 7 scabs and 14 skin tissues was positive with 60%. In this way the total peR result for scabs and skin tissue from all areas was 42% and 34% respectively. In the 3rd study of the present project the isolated virus was inoculated in to experimental animal to study the detail pathogenesis. The disease followed the same pattern as in the natural outbreak. But however the routes of inoculation affect the severity of the disease. During the study the diseased animals were periodically slaughter at weekly interval after the appearance of 1 st clinical signs. The detailed lesions were observed in different visceral organs and the tissues were collected and preserved in 10% formalin. The tissues were processed for histopathology and immunohistochemical examination. The IHC was successfully optimized for the detection of viral antigen in the tissues of skin, lung and lymph nodes. Availability: Items available for loan: UVAS Library [Call number: 1372,T] (1).

2. Epidemiology, Zoonotic Potential, Molecular Diagnosis And Chemotherapy Of Cryptosporidiosisin Bovine

by Sabiqaa Masood | Prof. Dr. Azhar Maqbool | Dr. Aftab | Prof. Dr. Zafar Iqbal Choudhry.

Material type: book Book; Format: print Publisher: 2011Dissertation note: Cryptosporidiosis is an important parasitic infection of cattle, buffaloes, goats, sheep, horses, cats, human beings and other vertebrates. Prevalence of Cryptosporidiosis in selected animals and human beings carried out on the basis of microscopic examination and polymerase chain reaction (PCR). Percent prevalence of Cryptosporidiosis determined on the basis of conventional identification method was highest in calves (23.1) followed by cattle (10.5) and buffaloes (8.47). Percent prevalence of Cryptosporidiosis in calves, cattle and buffaloes was higher at Government dairy farm (38.33, 20.55 and 16.66) followed by Gawala colonies (26.1, 12.77 and 9.44), Military dairy farm (18.3, 6.11 and 4.44) and then House hold dairies (10, 3.88 and 3.34). Percent prevalence recorded in calves having age less than six months was higher (26.45) than those with 7-12 months of age (16.6). Percent prevalence of Cryptosporidiosis in cattle having age of 2-3 years was higher than those cattle having 3-7 years of age. Similarly, infection rate was higher in buffaloes with 2-3 years age (11.8) than 3-7 years (9.8). Cryptosporidiosis percent prevalence recorded in female calves was higher (24.04) than male calves (18.2). Percent prevalence of Cryptosporidium oocysts observed in feces of male cattle was little higher (11.25) than female cattle (10.4). Cryptosporidiosis percent prevalence recorded in female buffaloes was higher (13.3) than male buffaloes (8.3). The data was analyzed monthly for the purpose to trace out the specific period of the year having the highest prevalence rate of Cryptosporidium infection. The highest percent prevalence of Cryptosporidiosis recorded in fecal samples of calves was during summer (27.5) followed by autumn (25.8), spring (20.3) and the lowest in winter season (14.5). Overall the highest percent prevalence of Cryptosporidiosis in cattle recorded was during summer (15), followed by spring/autumn (10.88) and the lowest in winter (6.6%). The highest percent prevalence of Cryptosporidiosis recorded in buffaloes was during summer (12) followed by autumn (20), spring (7.5) and the lowest in winter season (4.5). In human beings patients suffering from diarrhea were examined by microscopy and percent prevalence calculated was 40 in present study. Molecular percent prevalence rate determined was 12.22 in cattle. Percent prevalence recorded using PCR was the highest at Government dairy farm (22.7), followed by Gawala colonies (14.41), Military dairy farm (7.7) and the lowest at House hold dairies (5). The highest season wise percent molecular prevalence was observed during summer (16.6) followed by autumn/spring (13.3), the lowest in winter (7.7). The higher molecular percent prevalence in young cattle (2-3 years) was higher (23.7) than those having age between 3-7 years (10.7). Molecular percent prevalence of Cryptosporidiosis in selected cattle was lower in females (13.6) than males (15). The efficacy of albendazole observed was 43.05, 58.7 and 64.6 percents on 13th, 20th and 27th day post treatment. The efficacy of albendazole determined on this dose was 34.8, 57.1 and 62.9 percents on days 13, 20 and 27 post therapy. Efficacy of drug calculated on days 13, 20 and 27 was 32.8, 53.3 and 56.6 percent, respectively. Percent efficacy of used drug was 55.04, 68.5 and 79.4 on days 13, 20 and 27 post treatment, respectively. At 50mg/kg body weight dose rate of paromomycin significant decrease in OPG count was recorded from 6th day post treatment and onward (P<0.05). On days 13, 20 and 27 percent efficacy of used drug determined was 48.1, 65 and 69, respectively. Availability: Items available for loan: UVAS Library [Call number: 1678,T] (1).



Implemented and Maintained by UVAS Library.
For any Suggestions/Query Contact to library or Email:rehana.kousar@uvas.edu.pk Phone:+91 99239068
Website/OPAC best viewed in Mozilla Browser in 1366X768 Resolution.