Portas Timothy, Fletcher Don, Spratt David, Reiss Andrea, Holz Peter, Stalder Kathryn, Devlin Joanne, Taylor David, Dobroszczyk David, Manning Adrian D
1 Veterinary and Research Centre, Tidbinbilla Nature Reserve, RMB 141, Via Tharwa, Australian Capital Territory 2620, Australia.
J Wildl Dis. 2014 Apr;50(2):210-23. doi: 10.7589/2013-08-202. Epub 2014 Jan 31.
Sixty (19 male, 41 female) free-ranging adult eastern bettongs (Bettongia gaimardi) were captured in Tasmania and translocated to the Australian Capital Territory between July 2011 and September 2012 for reintroduction into fenced, predator-proof reserves. The bettongs were anesthetized for physical examination and screened for selected diseases during translocation. Reference ranges for hematologic and biochemical parameters were determined. Two bettongs had detectable antibodies to the alphaherpesviruses macropodid herpesvirus 1 and macropodid herpesvirus 2 by serum neutralization assay. A novel gammaherpesvirus was detected, via PCR, from pooled swabs collected from the nasal, conjunctival, and urogenital tract mucosa of four other bettongs. Sera from 59 bettongs were negative for antibodies to Toxoplasma gondii as assessed by both the modified agglutination test and the direct agglutination test (n = 53) or by the modified agglutination test only (n = 6). Rectal swabs from 14 bettongs were submitted for bacterial culture and all were negative for Salmonella serovars. Ectoparasites identified on the bettongs included fleas (Pygiopsylla zethi, Stephanocircus harrisoni), a louse (Paraheterodoxous sp.), mites (Guntheria cf. pertinax, Haemolaelaps hatteni, a suspected protonymph of Thadeua sp., Cytostethum tasmaniense, Cytostethum intermedium, Cytostethum thetis, Cytostethum wallabia), and ticks (Ixodes cornuatus, Ixodes trichosuri, Ixodes tasmani). An intraerythrocytic organism morphologically consistent with a Theileria species was identified in blood smears from four bettongs. These data provide baseline health and disease information for free-ranging eastern bettongs that can be used for the conservation management of both the source and translocated populations.
2011年7月至2012年9月期间,60只(19只雄性,41只雌性)成年野生东部袋狸(Bettongia gaimardi)在塔斯马尼亚被捕获,并被转移至澳大利亚首都地区,以便放归到有围栏且防捕食者的保护区。在转移过程中,对袋狸进行麻醉以便进行体格检查,并对选定疾病进行筛查。确定了血液学和生化参数的参考范围。通过血清中和试验,有两只袋狸对甲型疱疹病毒大袋鼠疱疹病毒1和大袋鼠疱疹病毒2检测到抗体。通过聚合酶链反应(PCR),从另外四只袋狸的鼻腔、结膜和泌尿生殖道黏膜采集的混合拭子中检测到一种新型γ疱疹病毒。通过改良凝集试验和直接凝集试验(n = 53)或仅通过改良凝集试验(n = 6)评估,59只袋狸的血清中弓形虫抗体均为阴性。14只袋狸的直肠拭子被送去进行细菌培养,所有样本沙门氏菌血清型均为阴性。在袋狸身上发现的体外寄生虫包括跳蚤(Pygiopsylla zethi、Stephanocircus harrisoni)、一种虱子(Paraheterodoxous sp.)、螨虫(Guntheria cf. pertinax、Haemolaelaps hatteni、一种疑似Thadeua sp.的若虫、Cytostethum tasmaniense、Cytostethum intermedium、Cytostethum thetis、Cytostethum wallabia)和蜱虫(Ixodes cornuatus、Ixodes trichosuri、Ixodes tasmani)。在四只袋狸的血涂片中发现了一种形态上与泰勒虫属一致的红细胞内生物体。这些数据为野生东部袋狸提供了基线健康和疾病信息,可用于源种群和转移种群的保护管理。