对处理懒猴(灵长类动物:夜蛾)的从业者的调查:懒猴咬伤的有害影响的评估。

Journal of Venom Research Pub Date : 2018-02-27 eCollection Date: 2018-01-01
Matthew Gardiner, Ariana Weldon, Stephanie A Poindexter, Nancy Gibson, K Anna I Nekaris
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引用次数: 0

摘要

懒猴(Nycticebus spp.)是六种有毒哺乳动物之一,也是唯一已知的有毒灵长类动物。在野外,毒液主要发生在同种竞争配偶和领土的过程中,但也可能用于对抗寄生虫或捕食者的防御。人类中毒是有记录的,最极端的描述详述了几乎致命的过敏性休克。从2016年9月到2017年8月,我们收到了80名在动物园、救援中心和野外与Nycticebus一起工作的野生动物从业者的问卷调查。我们确定了54名从业人员,他们有被咬伤的经历或受到慢懒猴毒液的其他影响,以及另外26个不完整的条目。没有人员死亡的报道。15个答复者指出需要进行医疗干预,12个答复者表示对被咬没有反应(其中9个答复者表示戴了手套)。受影响者的症状包括:过敏性休克、感觉异常、血尿、呼吸困难、极度疼痛、感染和全身不适。懒猴咬伤的影响从瞬间到长期并发症不等,愈合时间从1天到>8个月不等。四肢,包括手和手臂,主要受到咬伤的影响。据报道,九种懒猴中有六种会咬人,其中pygmaeus是我们样本中最常见的。我们建议使用这些高度受威胁但危险的灵长类动物作为不合适的旅游摄影道具和动物园动物大使。我们讨论了与蛋白质致敏和细菌发病有关的医学并发症。我们建议未来的工作,以确定慢懒猴毒液的蛋白质含量,以帮助减轻所构成的风险。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Survey of practitioners handling slow lorises (Primates: Nycticebus): an assessment of the harmful effects of slow loris bites.

Slow lorises (Nycticebus spp.) are one of six venomous mammals, and the only known venomous primate. In the wild envenomation occurs mainly during conspecific competition for mates and territory, but may also be used as an application against parasites or for predator defense. Envenomation in humans is documented, with the most extreme accounts detailing near-fatal anaphylactic shock. From September 2016 - August 2017, we received questionnaire responses from 80 wild animal practitioners working with Nycticebus spp. in zoos, rescue centres and in the wild. We identified 54 practitioners who had experience of being bitten or were otherwise affected by slow loris venom, and an additional 26 incomplete entries. No fatalities were reported. Fifteen respondents noted that medical intervention was required, 12 respondents indicated no reaction to being bitten (9 of these indicated they were wearing gloves). Symptoms for those affected included: anaphylactic shock, paraesthesia, haematuria, dyspnoea, extreme pain, infection and general malaise. Impact of slow loris bites ranged from instantaneous to long-persisting complications, and healing time ranged from 1 day to >8 months. Extremities, including hands and arms, were mostly affected from the bites. Six of nine species of slow loris were reported to bite, with N. pygmaeus being the most common in our sample. We make suggestions regarding the use of these highly threatened yet dangerous primates as unsuitable tourist photo props and zoo animal ambassadors. We discuss the medical complications experienced in relation to protein sensitisation, and bacterial pathogenesis. We recommend future work to ascertain the protein content of slow loris venom to aid in enabling mitigation of risks posed.

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