Please use this identifier to cite or link to this item: http://hdl.handle.net/11455/93067
標題: 豬進行性萎縮性鼻炎與豬黴漿菌性肺炎雙價疫苗安全性與保護效力之評估
Safety and Efficacy Evaluation of Porcine Progressive Atrophic Rhinitis and Mycoplasmal Pneumonia Bivalent Vaccines
作者: Cheng-Han Yang
楊承翰
關鍵字: 萎縮性鼻炎
黴漿菌性肺炎
雙價疫苗
porcine progressive atrophic rhinitis
mycoplasmal pneumonia
bivalent vaccine
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摘要: 本實驗以重組次單位巴氏桿菌毒素(rsPMT)添加Pasteurella multocida type A、type D與Bordetella bronchiseptica及Mycoplasma hyopneumoniae不活化菌苗作為主要抗原,再以不同抗原比例混合水質或油質佐劑製成豬進行性萎縮性鼻炎(PAR)與豬黴漿菌性肺炎(MPS)雙價疫苗,並應用小鼠、天竺鼠及豬隻進行疫苗之安全性及免疫效力試驗。於小鼠及天竺鼠的試驗結果顯示,不同抗原比例及佐劑組合的疫苗安全性及免疫效力不一,但以適當比例的PAR與MPS抗原搭配水質佐劑之劑型,同時具有高度之安全性與免疫保護效力。其次,豬隻試驗結果顯示,以相同抗原比例之水質或油質佐劑劑型免疫者,於免疫兩次後豬隻皆無任何不良反應,而血清中PMT中和抗體力價均呈現揚升,且以油質佐劑組可達16倍保護力價以上最為明顯。經以PMT毒素(80 μg/mL)攻毒後,兩組的中和抗體力價皆迅速被誘發至16倍以上,且至少可維持至攻毒後4週。此外,兩免疫組的鼻甲介骨萎縮程度評分則分別為1.33及1.72,均明顯低於無免疫攻毒組的3.11。而於攻毒後平均日增重之評估上,兩免疫組於增重表現也均優於無免疫對照組。至於MPS保護效力評估方面,豬隻分別以此二種不同佐劑劑型免疫後,血清中對M. hyopneumoniae具特異性的抗體力價皆能迅速轉陽,而未免疫對照組則仍維持陰性,此外,兩免疫組的肺臟病變指數分別為10.25與10.83,亦明顯低於無免疫對照組的15.5。另一方面,本試驗也評估不同PAR次單位抗原組合(rsPMT Tox A與Tox C)以及刪除P. multocida type A菌體抗原後對PAR疫苗保護效力的影響,嘗試降低疫苗中非絕對必要性抗原含量而提升疫苗之安全性。結果顯示,不論以rsPMT Tox A或Tox C抗原免疫的小鼠及豬隻,血清中PMT的中和抗體力價皆較對照組明顯揚升,而經PMT攻毒後兩免疫組豬隻的鼻甲介骨萎縮程度也均明顯低於未免疫組。至於P. multocida type A添加與否對免疫豬隻的中和抗體力價以及鼻甲介骨萎縮程度則無明顯差異。上述試驗結果顯示,不論搭配水質或油質佐劑,經應用PAR與MPS抗原以適當比例配製的雙價疫苗,於豬隻中均具良好安全性及免疫保護效力。另外,以rsPMT Tox C為次單位抗原的PAR疫苗亦呈現良好免疫保護效力,而添加P. multocida type A菌體抗原與否對PAR疫苗免疫保護效力則無明顯影響。
Recombinant subunit Pasteurella multocida toxin (rsPMT) combined with P. multocida and Bordetella bronchiseptica bacterins that were further supplemented with different ratio of inactivated Mycoplasma hyopneumoniae bacterin and emulsified with hydrophilic or oil adjuvants to formulate Porcine progressive atrophic rhinitis (PAR) and Mycoplasmal pneumonia of swine (MPS) bivalent vaccines in this trial. Several animal models including mice, guinea pig, and swine were utilized to evaluate the safety and efficacy of the PAR-MPS bivalent vaccines. Preliminary results indicated that different combinations of antigen ratio or adjuvant type revealed varying results on safety and efficacy trials in mice and guinea pig models. Among them, with proper ratio of PAR-MPS antigen emulsified with hydrophilic adjuvant showed a better consistency of immune response as well as on safety trial in mice. No adverse side effects were noticed after pigs immunized twice with hydrophilic or oil adjuvant bivalent vaccines and more than 1:16 of neutralizing antibody titer against PMT could be detected in oil adjuvant immunized group. Moreover, all immunized pigs elicited good protective immunity against sublethal dose of PMT toxin (80 μg/mL) challenge and the provoked neutralizing antibody could be detected promptly with average of more than 1:16 and lasted for at least 4 weeks after challenge in both hydrophilic and oil adjuvant groups. The mean turbinate conchal atrophy grade indicated 1.33 and 1.72 respectively that were better than 3.11 on non-immunized and PMT challenged pigs. The average daily weight gain in both hydrophilic or oil adjuvant immunized groups were also higher than non-immunized control group. Besides, sera conversion of M. hyopneumoniae-specific antibody could be detected after the first vaccination in both adjuvants immunized groups but no sera conversion was noticed during entire experimental period in control group. Furthermore, the mean of lung lesion score was 15.5 in non-immunized pigs but only 10.25 in hydrophilic adjuvant and 10.83 in oil adjuvant vaccinated groups. In addition, replacement of rsPMT Tox A with rsPMT Tox C and removal of P. multocida type A bacterin from vaccine ingredients were conducted in order to evaluate the possible influence of PAR vaccine safety and efficacy via reducing the potential non absolute essential antigens. The results revealed that there were no significant variations based on prompted neutralizing antibody titer, mean turbinate conchal atrophy grade, and body weight gain between rsPMT Tox A or Tox C immunized groups. Results also illustrated that there were no interference on vaccine efficacy by depletion of P. multocida type A bacterin antigen. In contrast, pigs immunized with P. multocida type A-free vaccines showed better average daily weight gain if compared with original P. multocida type A bacterin added immunized groups. In summary, the bivalent vaccines containing proper ratio of PAR-MPS antigens that emulsified with hydrophilic or oil adjuvant showed good protective immunity in immunized swine. Moreover, the rsPMT Tox C substitution and removal of P. multocida type A bacterin from vaccine antigens may be a good strategy to enhance safety but without compromised with PAR vaccine efficacy.
URI: http://hdl.handle.net/11455/93067
文章公開時間: 10000-01-01
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