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should have the knowledge to perform cell culture works and a willingness to learn and trouble shoot new techniques. Required skills: · Cell culture · Viral vector production · Viral infection assays
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aims to research and development new functionalities associated with eBPF technology. Specifically, it aims to explore its applicability to new domains such as vector database observability, as
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, image acquisition, and molecular biology techniques such as RNA extraction and AAV vector design. You will also have strong skills in scientific programming for bioinformatics or spatial biology
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of viruses, vectors, hosts, and the environment on the transmission of viruses affecting livestock. The specific mission is to identify and manage exotic arthropod-borne diseases that have the potential
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Requirements PhD and/or MD degree in neuroscience, biological sciences or a related field. Experience with mouse genetics/behaviors, electrophysiology, viral vectors, stereotaxic surgery and molecular/cellular
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pathogens such as Japanese encephalitis and Rift Valley fever. Learning Objectives: The fellow will learn epidemiological techniques related to modeling parasitic and vector-borne diseases. Opportunities
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: Assemble synthetic viral vectors in a PC2 laboratory. Manufacture the vaccine batch, vaccinate and monitor mice and rats in a PC2 facility. Establish competency in mouse and rat handling and procedures
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of these proteins to identify targets for attenuation, ultimately leveraging these insights to engineer next-generation vaccine candidates using viral-vector platforms to bridge the gap between fundamental virology
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integration, database systems, or data quality. 2. Skills: Proficiency in Python (data processing, APIs) and good engineering practices (Git, testing, documentation). Experience with at least one: vector search
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integration, database systems, or data quality. 2. Skills: Proficiency in Python (data processing, APIs) and good engineering practices (Git, testing, documentation). Experience with at least one: vector search