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Open for applications: May 2025 In 2014 the German Academic Exchange Service (DAAD) initiated the PRIME programme to support the international mobility of postdoctoral researchers by temporary
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the myeloid programs driving immunosuppression in pediatric gliomas through a combination of single-cell, spatial multi-omic, and organoid-based approaches. Together, the teams will establish a bi-national
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: - Gene silencing and cell targeting properties of DNA nanostructures - Systematically evaluate the cellular uptake and gene silencing of DNA (in vitro and in vivo) - Conference presentation - Mentoring
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, and cell biological techniques to analyze cellular functions. Will use histological techniques to process and analyze tissue specimens. Will assist with the handling and breeding of mice, isolation
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writing, manuscript preparation, and strategic career planning, opportunities for networking across regenerative medicine, cardiac biology, and stem cell engineering communities, Access to cutting-edge
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their expert imaging scientists. The technical capabilities include widefield and confocal microscopy as well as advanced imaging such as live cell imaging, total internal reflection fluorescence (TIRF
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objective of developing a new generation of university researchers working on access to justice for OLMCs in Canada a plan for the knowledge mobilization (1 page) Qualifications: PhD (awarded less than five
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glioma research. This project aims to map and therapeutically target the myeloid programs driving immunosuppression in pediatric gliomas through a combination of single-cell, spatial multi-omic, and
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leading comprehensive innovation university. Integral to this path is the placement of equity, diversity and inclusion as fundamental to our institutional culture. Our current academic plan outlines each