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From Tucson to Genomics and Transgenics: The Vector Biology Network and the Emergence of Modern Vector Biology

机译:从图森到基因组学和转基因学:媒介生物学网络与现代媒介生物学的兴起

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The research enterprise is often charged with responding to emerging scientific needs and opportunities involving important public health issues. The establishment of the Vector Biology Network (VBN) by The MacArthur Foundation to address critical scientific, research, and human resource needs in vector biology is a model of how to respond to such a charge efficiently and effectively. When the Network was formed in 1989, the resurgence of vector-borne diseases, including malaria and dengue, had revealed critical research and training needs in vector biology. Major knowledge gaps in vector molecular biology and pathogen transmission limited development of new approaches for vector and disease control. The loss of vector biologists/medical entomologists complicated control of these diseases. Members of the VBN, an international consortium of research laboratories, collaborated in the development and application of modern molecular and genetic approaches in vector biology and in the training of a new cadre of scientists capable of developing and applying modern tools to combat these diseases. The VBN exploited the expertise and resources of the consortium institutions, and exceeded all of its milestones, including: development of molecular and genomic approaches in vector biology; genetic transformation of insect vectors; characterization of vector immune systems; identification of molecular and biological bases of vector competence; and exploitation of identified vulnerabilities to interfere with pathogen transmission. The VBN recruited many established scientists from other fields and trained a new generation of leaders in vector biology. Most importantly, the VBN participated in and helped catalyze a remarkable renaissance in vector biology/medical entomology.
机译:研究企业通常负责应对涉及重要公共卫生问题的新兴科学需求和机遇。麦克阿瑟基金会(MacArthur Foundation)建立矢量生物学网络(VBN)来解决矢量生物学中的关键科学研究,研究和人力资源需求,是如何有效应对此类指控的模型。该网络于1989年成立时,包括疟疾和登革热在内的媒介传播疾病的兴起,揭示了媒介生物学的关键研究和培训需求。媒介分子生物学和病原体传播方面的主要知识空白限制了媒介和疾病控制新方法的开发。媒介生物学家/医学昆虫学家的流失使这些疾病的控制变得复杂。国际研究实验室联盟VBN的成员在媒介生物学中现代分子和遗传方法的开发和应用以及在新的科学家干部的培训方面进行了合作,这些干部能够开发和应用现代工具来对抗这些疾病。 VBN开发了财团机构的专业知识和资源,并超越了其所有里程碑,包括:开发载体生物学中的分子和基因组方法;昆虫载体的遗传转化;载体免疫系统的特征;确定载体能力的分子和生物学基础;以及利用已发现的漏洞来干扰病原体的传播。 VBN招募了许多其他领域的知名科学家,并培养了新一代媒介生物学领导者。最重要的是,VBN参与并帮助催化了媒介生物学/医学昆虫学的非凡复兴。

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