Future directions for marine disease research

R. V. Thurber
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引用次数: 1

Abstract

Marine Disease Ecology synthesizes current work on disease in marine systems. Although we have learned a great deal about marine diseases, basic surveillance is difficult, disease mechanisms are complex, and general ecological principles are illusive. Fortunately, technology is no longer what thwarts our capabilities to sample and analyze individual samples for potential parasites, pathogens, or opportunists. Increasingly sophisticated advancements in remote sensing, molecular biology, computer technology, and data analytics open new avenues to study marine diseases. With such tools in place, we now need better surveillance, a quantitatively savvy workforce, and new visions that will produce clarity in how to understand, prevent, or mitigate marine diseases. Although we are making great strides, more holistic approaches can increase our reach in disease monitoring and disentangle the contextual interactions among hosts, their disease-causing agents, and the environment. Such new approaches will also allow us to look into the past, rediscover what we missed, and use this information to predict, and ideally prevent, the next outbreak in the ocean.
海洋疾病研究的未来方向
海洋疾病生态学综合了目前海洋系统中疾病的研究工作。虽然我们对海洋疾病有了很多了解,但基本的监测是困难的,疾病机制是复杂的,一般的生态原则是虚幻的。幸运的是,技术不再阻碍我们对个体样本进行取样和分析,以寻找潜在的寄生虫、病原体或机会主义者。遥感、分子生物学、计算机技术和数据分析的日益复杂的进步为研究海洋疾病开辟了新的途径。有了这些工具,我们现在需要更好的监测、精通定量的工作人员和新的愿景,以便在如何理解、预防或减轻海洋疾病方面产生清晰的认识。虽然我们正在取得巨大的进步,但更全面的方法可以增加我们在疾病监测方面的覆盖面,并理清宿主、其致病因子和环境之间的背景相互作用。这些新方法还将使我们能够回顾过去,重新发现我们错过的东西,并利用这些信息预测,并在理想情况下预防海洋中的下一次爆发。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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