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of host–pathogen interactions with the development of next-generation sequencing (NGS)-based assays to create advanced tools for detecting pathogens and adventitious agents, thereby improving product safety
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. Description: The solar wind interacts with weakly or nonmagnetized bodies in a variety of manners: (1) flow diversion resulting from mass loading caused by charge exchange and photo-ionization of their upper
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differentiation in ticks, specifically the Asian longhorned tick, (Haemaphysalis longicornis, ALT), remain poorly understood. Understanding the molecular pathways and predicting the gene interactions involved in
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solves vegetable production and protection problems for the Southeastern U.S. and nationally. This project aims to generate fundamental knowledge of whitefly-virus-host plant interactions
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an opportunity to receive hands-on experience in navigating the complex molecular interface of plant-pathogen interactions. The participant will be encouraged to analyze experimental data, troubleshoot complex
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virulence monitoring of domestic and international isolates. The research project entails using artificial intelligence-based structural modelling to predict plant-pathogen protein-protein interactions
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focuses on AI-based screening and statistical analysis research of pathogen-host protein interactions to explore key host proteins involved in arbovirus replication within arthropod vectors. Participants
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application. NETL's goal is to create, maintain, and support a diverse environment that encourages creative ideas and leadership. In the words of former Lab Director Brian Anderson , "our differences make us
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. Description: Understanding the complex interactions that comprise Earth‘s climate system is an urgent problem whose answer has significant implications on human life, economics, and geo-politics. The most
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application. NETL's goal is to create, maintain, and support a diverse environment that encourages creative ideas and leadership. In the words of former Lab Director Brian Anderson , "our differences make us