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material gradient of native IVDs, making them physiologically irrelevant for studying wear particle interactions. Animal models, while commonly used, are costly and fail to fully capture the human IVD's
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on site/WFH options and flexible start/finish times, and genuine career progression opportunities via the academic promotions process. About You A PhD in genetics, plant or animal breeding, quantitative
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, bacterial culture and aseptic technique, laboratory animal handling and procedures, and molecular biology. Skills in bioinformatics would be an advantage. Ability to quickly acquire new laboratory techniques
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placenta and maternal-fetal drug transfer. Conduct Multidisciplinary Research: Apply skills in respiratory pharmacology, animal models, and human tissue analysis to drive project outcomes. Contribute
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placenta and maternal-fetal drug transfer. Conduct Multidisciplinary Research: Apply skills in respiratory pharmacology, animal models, and human tissue analysis to drive project outcomes. Contribute
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science, with research experience in reproductive biology, fertility, or women's health. You may also: Have excellent laboratory skills, especially in animal studies and cellular/molecular biology
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the structural complexity and material gradient of native IVDs, making them physiologically irrelevant for studying wear particle interactions. Animal models, while commonly used, are costly and fail to fully
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Elizabeth and Frederick White research conferences This fund supports a series of research conferences in the physical and mathematical sciences related to the solid Earth, the terrestrial oceans, Earth's
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material gradient of native IVDs, making them physiologically irrelevant for studying wear particle interactions. Animal models, while commonly used, are costly and fail to fully capture the human IVD's