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with the highest probability of success for treating diseases, specifically focusing on identifying disease mechanisms supported by multiple, independent genetic variants. The postdoc will develop and
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. This research will use cutting-edge techniques leveraging automation and high-throughput methods to generate high-quality and large datasets providing novel insights into improving predictability of in vitro
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rates. Working under the mentorship of experts in genetics, patient safety, and AI/ML, the postdoc will have access to AbbVie's unparalleled genetic and safety datasets. This project represents a key
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in cancer therapy, offering substantial benefits to the pharmaceutical industry. The postdoc will work closely with interdisciplinary teams, gaining access to cutting-edge technologies and resources
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Generate new research strategies to effectively address the needs of the postdoc project Collaborate with functional and technical experts to facilitate scientific achievement Maintain a high level of
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for driving research studies using electrophysiology methods aimed at investigating mechanisms underlying sensitization of nociceptive neurons in the context of migraine chronification. The postdoc will design
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in cancer therapy, offering substantial benefits to the pharmaceutical industry. The postdoc will work closely with interdisciplinary teams, gaining access to cutting-edge technologies and resources
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experience performing in vivo biodistribution imaging to apply to an exciting project investigating antibody penetration in heterogenous tumor models. The postdoc will work closely with in vivo imaging
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performance. The postdoc will apply their skills and expertise to develop tools to bridge this gap and solve our most cutting-edge drug delivery challenges. Responsibilities Generate new research strategies
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enhancing the design of antibody sequences and improving drug delivery systems. The postdoc will collaborate with a multidisciplinary team, gaining exposure to advanced technologies and methodologies, and