315 molecular-modeling-or-molecular-dynamic-simulation positions at University of Alabama at Birmingham
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Clinical Simulation Equipment Technician - Interprof Simulation - AM (028) - (T228435) Description Compensation : Pay Range: $18.85 - $30.65 / hour - Benefits available for eligible positions
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Intern - Interprof Simulation - AM (801) - (T227836) Description Compensation : Pay: $15.00 / hour Work with the Best at UAB Medicine : UAB Medicine is Alabama’s largest single-site employer and
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Equipment Technician - Clinical Simulation - Days (021) - (T224417) Description Compensation : Pay Range: $18.85 - $30.65 / hour - Benefits available for eligible positions include: 100% tuition
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to study molecular mechanisms of human vascular diseases and cancer using various molecular/cell biology techniques and mouse models. Contributing to general lab maintenance and mouse colony maintenance
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. This position supports a research program focused on the microbiology and molecular biology of Streptococcus pneumoniae, with an emphasis on understanding capsule biosynthesis, immune responses to pneumococcal
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of conditional DMD mice using various molecular, biochemical, histological, and functional approaches. Analysis of Vma21 KI mouse model, skeletal muscle and other tissues affected that drive XMEA disease
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Researcher to work on a National Eye Institute funded project on ocular anomalies in Down syndrome. The candidate is required to be trained in working on mouse models, molecular and cellular biology or similar
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virulence factors, biofilm formation, and host immune responses using in vitro and in vivo models. Employ molecular biology, microbiology, genomics, transcriptomics, and proteomics techniques. Collaborate
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and in vivo experiments, including, but not limited to, mouse model establishment, cell culture and all related manipulations, all necessary molecular and biochemical assays. Independently design all
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the Southeast. Our lab is fully equipped for immunological, molecular, and translational research and benefits from seamless access to cutting-edge institutional resources, including BSL-2 and Southeastern