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中文摘要
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项目摘要 接触有机磷杀虫剂可导致急性或慢性中毒, 世界各地的主要环境和职业健康问题。有必要 一种简单、快速、经济、准确的生物监测工具,用于筛查/评估个人 接触有机磷农药。为了解决这些发行人的问题,NanoDiagnotics Technology,LLC(NDT) 建议开发智能手机/纳米传感器集成平台作为新的 用于现场、快速、准确地检测个人接触OP的生物监测工具 农药只用了最小的手指刺血样本,并获得了NIEHS STTR奖 第一阶段资助期由2021年6月1日至2022年5月31日。自从开始这个项目以来,我们 大力发展技术,取得了长足的进步和很大的成就。 结果令人振奋。与此同时,我们积极研究如何将 技术我们需要了解市场的需求和客户的需求 这项技术。2021年9月,该公司组建了一个团队,并参与了一项 为期六周的NSF i-Corps 2021年秋季培训计划在北卡罗来纳大学夏洛特风险投资公司和 通过访谈进行客户发现。我们还需要更多关于 将我们的技术商业化。我们对这次机会感到非常兴奋。 NIH i-Corps培训计划并渴望参与此培训计划并获得 更多关于如何将我们的技术从实验室转化为市场并获得 更多信息,包括但不限于,进一步发现客户,市场需求, 战略合作伙伴、竞争对手、投资者、在该领域建立网络等。 培训计划,我们将能够制定我们的整体商业化战略并编写 强有力的提案,包括STTR第二阶段的技术和商业化计划 申请。
英文摘要
Project Summary Exposure to organophosphate (OP) pesticides, which can cause acute or chronic poisoning, is the major environmental and occupational health problem across the world. There is a need for a simple, rapid, cost-effective, and accurate biomonitoring tool for screening/assessing personal exposure to OP pesticides. To address these issuers, NanoDiagnostic Technology, LLC (NDT) proposed to develop an integrated smartphone/nanosensor platform serving as a new biomonitoring tool for onsite, rapid, and accurate detection of personal exposure to OP pesticides just using a minimal finger-prick blood sample and won an award of NIEHS STTR phase I grant with the duration of June 1 2021 to May 31, 2022. Since starting the project, we put great efforts on the technology development and made great progress and obtained very promising results. At the same time, we actively worked on how to commercialize the technology. We need to understand the needs of the market and where the customers are for the technology. In September , 2021, the company formed a team and participated in a six-week NSF I-Corps Fall 2021 training program at the UNC Charlotte Ventureprise and conducted customer discovery through interviews. We still need more information on the commercialization of our technology. We are very excited about this opportunity offered by the NIH I-Corps Training program and eager to participate in this training program and acquire more knowledge on how to translate our technology from a lab to the marketplace and gain more information including but not limited to, further discovering customers, the need of market, strategic partners, competitors, investors, building network in the field, etc. After completing this training program, we will be able to establish our overall commercialization strategy and write a strong proposal including both the technology and commercialization plan for STTR phase II application.
期刊论文(1)
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会议论文
Development of integrated smartphone/resistive biosensor for on-site rapid environmental monitoring of organophosphate pesticides in food and water.
开发集成智能手机/电阻生物传感器,用于食品和水中有机磷农药的现场快速环境监测。
DOI: 10.1016/j.biosx.2023.100402
发表时间: 2023
期刊: Biosensors & bioelectronics: X
影响因子: --
作者: [Maanaki,Hussian, Xu,Terry, Chen,Guibing, Du,Xiuxia, Wang,Jun]
通讯作者: Wang,Jun
Striatal ensemble plasticity in alcohol use disorder
Development of dual inhibitors targeting the viral main protease and the host cathepsin L as SARS-CoV-2 antivirals
High-Resolution Spatial MIST Technology for Functional Proteomic Study of Neuroinflammation in Alzheimer's Disease
Repurposing of Maraviroc for the treatment of neuropathic pain
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