Blake Damer P, Betson Martha
Department of Pathology and Pathogen Biology,Royal Veterinary College,North Mymms,Hertfordshire,UK.
School of Veterinary Medicine,University of Surrey,Guildford,Surrey,UK.
Parasitology. 2017 Jan;144(1):1-6. doi: 10.1017/S0031182016001402. Epub 2016 Aug 30.
The field of parasitism is broad, encompassing relationships between organisms where one benefits at the expense of another. Traditionally the discipline focuses on eukaryotes, with the study of bacteria and viruses complementary but distinct. Nonetheless, parasites vary in size and complexity from single celled protozoa, to enormous plants like those in the genus Rafflesia. Lifecycles range from obligate intracellular to extensive exoparasitism. Examples of parasites include high-profile medical and zoonotic pathogens such as Plasmodium, veterinary pathogens of wild and captive animals and many of the agents which cause neglected tropical diseases, stretching to parasites which infect plants and other parasites (e.g. Kikuchi et al. 2011; Hotez et al. 2014; Blake et al. 2015; Hemingway, 2015; Meekums et al. 2015; Sandlund et al. 2015). The breadth of parasitology has been matched by the variety of ways in which parasites are studied, drawing upon biological, chemical, molecular, epidemiological and other expertise. Despite such breadth bridging between disciplines has commonly been problematic, regardless of extensive encouragement from government agencies, peer audiences and funding bodies promoting multidisciplinary research. Now, progress in understanding and collaboration can benefit from establishment of the One Health concept (Zinsstag et al. 2012; Stark et al. 2015). One Health draws upon biological, environmental, medical, veterinary and social science disciplines in order to improve human, animal and environmental health, although it remains tantalizingly difficult to engage many relevant parties. For infectious diseases traditional divides have been exacerbated as the importance of wildlife reservoirs, climate change, food production systems and socio-economic diversity have been recognized but often not addressed in a multidisciplinary manner. In response the 2015 Autumn Symposium organized by the British Society for Parasitology (BSP; https://www.bsp.uk.net/home/) was focused on One Health, running under the title 'One Health: parasites and beyond…'. The meeting, held at the Royal Veterinary College (RVC) in Camden, London from September 14th to 15th, drew upon a blend of specialist parasitology reinforced with additional complementary expertise. Scientists, advocates, policy makers and industry representatives were invited to present at the meeting, promoting and developing One Health understanding with relevance to parasitology. The decision to widen the scope of the meeting to non-parasitological, but informative topics, is reflected in the diversity of the articles included in this special issue. A key feature of the meeting was encouragement of early career scientists, with more than 35% of the delegates registered as students and 25 posters.
寄生生物学领域十分广阔,涵盖了生物之间的关系,即一方受益而另一方受损。传统上,该学科专注于真核生物,对细菌和病毒的研究虽与之互补但有所不同。尽管如此,寄生虫的大小和复杂性各不相同,从单细胞原生动物到像大王花属的巨大植物。生命周期从专性细胞内寄生到广泛的外寄生。寄生虫的例子包括备受瞩目的医学和人畜共患病病原体,如疟原虫、野生和圈养动物的兽医病原体以及许多导致被忽视热带病的病原体,还包括感染植物的寄生虫和其他寄生虫(例如菊池等人,2011年;霍特兹等人,2014年;布莱克等人,2015年;海明威,2015年;米库姆斯等人,2015年;桑德伦德等人,2015年)。寄生虫学的广度与研究寄生虫的多种方式相匹配,涉及生物学、化学、分子学、流行病学和其他专业知识。尽管有如此广度,但学科之间的桥梁建设通常存在问题,尽管政府机构、同行受众和资助机构大力鼓励开展多学科研究。如今,理解和合作方面的进展可受益于“同一健康”概念的建立(津斯塔格等人,2012年;斯塔克等人,2015年)。“同一健康”借鉴生物学、环境科学、医学、兽医学和社会科学学科的知识,以改善人类、动物和环境健康,尽管让许多相关方参与仍极具挑战性。对于传染病,随着野生动物宿主、气候变化、粮食生产系统和社会经济多样性的重要性得到认可,但往往未以多学科方式加以应对,传统的划分已被加剧。作为回应,英国寄生虫学会(BSP;https://www.bsp.uk.net/home/)组织的2015年秋季研讨会聚焦于“同一健康”,主题为“同一健康:寄生虫及其他……”。该会议于9月14日至15日在伦敦卡姆登的皇家兽医学院(RVC)举行,融合了专业寄生虫学知识以及其他补充专业知识。科学家、倡导者、政策制定者和行业代表受邀在会议上发言,促进和发展与寄生虫学相关的“同一健康”理解。将会议范围扩大到非寄生虫学但有参考价值的主题这一决定,体现在本期特刊所收录文章的多样性上。会议的一个关键特点是鼓励青年科学家,超过35%的参会代表注册为学生,并有25篇海报展示。