11 Arts and Literature research jobs at Medical College of Wisconsin in United-Kingdom
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the preparation of grants, manuscripts and other study related reports. Assist with the creation of brochures, flyers and educational materials. Conduct literature searches. Knowledge – Skills – Abilities Knowledge
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, including reviewing assessments conducted for clinical research purposes. Assist in literature review. Assist in data analysis and interpretation related to ongoing research projects. Provide general clerical
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within the context of infectious diseases and drug resistance, among other relevant aspects. This work will primarily rely on molecular simulation methods, encompassing both state-of-the-art techniques and
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building exercises. Collaborate with others inside and outside the lab to advance collective research interests and provide expertise. Review scientific literature weekly to find new relevant material
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materials. Conduct literature searches. • Translate oral and written communication to and from English, if required. Preferred Schedule: Full-time role with expectations for coverage during core business
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of the state-of-the-art research is expected of the fellow. Characteristics of a postdoctoral appointment: It is expected that postdocs at MCW, with the assistance of their supervisor, will: Transition to career
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materials. Conduct literature searches. • Translate oral and written communication to and from English, if required. Preferred Schedule: Full-time role with expectations for coverage during core business
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Required Experience: At least 3 years in a research lab pursuing a PhD, successfully defended the PhD and published in relevant scientific literature. Preferred Education: PhD in Biochemistry or Biology
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of the class A GPCR family of proteins; members of this family are vital players in cell signaling and are heavily targeted in drug development. Using state-of-the-art technologies in X-ray crystallography and
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://liuclab.com). Our research focuses on unraveling the complexities of cardiovascular diseases using state-of-the-art technologies, including induced pluripotent stem cell (iPSC) models and CRISPR/Cas9 screening