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involves the development and optimization of both in vitro and in vivo models to investigate diabetes-related disease mechanisms and to evaluate potential therapeutic targets. Working under the supervision
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Florida. The successful applicant will use and develop patient-derived xenograft models to determine clonal progression of the disease and optimize treatments. The person will use these models to develop
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, and optimize the REDCap database for large-scale electronic data collection, ensuring data quality and integrity. Train and supervise a team of Mental Health Consultants, research assistants, and
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complementary techniques such animals handling. Analyze data, interpret results, and develop models to optimize nano wipe formulations for enhanced selectivity and biocompatibility. Collaborate with team members
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. Implements and optimizes computing workflows using high-performance computing clusters. Prepare manuscripts, abstracts, and presentations, present findings at internal meetings and international conferences
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field. Certification and Licensing: Not applicable. Experience: Extensive experience in robotics system design, real-time control, and embedded systems integration. Demonstrated expertise in artificial