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Postdoctoral position: Developing a human lymphoid organ-on-chip to evaluate candidate mRNA vaccines
A post-doctoral position is available to develop a 3D model of a human lymph node and apply this model to preclinical vaccine evaluation. The successful applicant will join the team of Lisa
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have the opportunity to develop independent research aligned with the aims of the ADN lab. Current work focuses on machine learning and multivariate decoding of neuroimaging data to predict subjective
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supportive, positive and accountable. Our research is ambitious, high quality, and communicative. We place a strong emphasis on scientific productivity and career development, and we value a healthy work-life
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operations, including breeding and genotyping of mice and general maintenance of animal colonies. Develops new ideas for promotion current research for the NJMS –Center for Immunity and Inflammation. Operates
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Independent Research Fund Denmark, dedicated to developing "A novel ternary blended cement with low-grade clay." Join our team and contribute to the field of cement research. Responsibilities and qualifications
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specifically for candidates with experience developing web-based interactive user interfaces for the above tools. Qualifications The University of Maryland offers highly competitive salaries with excellent
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facilities, and opportunities for professional development. The University provides support for internationally recruited employees with their transition to work and live in Finland. For more on the University
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that postdocs at MCW, with the assistance of their supervisor, will: Transition to career independence through the development of professional skills that enable the postdoc to actively pursue a career of his/her
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- to lay the groundwork for the scientific foundations of this emerging discipline, develop new methods and infrastructure, and train students, faculty and industrial partners to use data science in ways
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: Possible research topics involve developing and using advanced electronic structure, quantum dynamics and enhanced sampling methods to study photochemical reactions in biomolecules. The successful candidate