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of diabetes, particularly investigating insulin release and metabolism in insulin secreting beta-cells. For several years, the research has been one of the leading the field, with publications in
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to support tasks 1 and 2 of the project and includes: 1. culturing and maintaining cells under different oxygen levels and assessing their adaptation through monitoring of target proteins by western blot; 2
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regeneration of oral soft and hard tissues. Tasks: - Development of a bioprinting device - Development of bioinks for tissue regeneration - Cell culture assays (viability, proliferation) - Physical-chemical
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of wood formation (CEMACam project). - main mission: The candidate will be tasked with continuing the development of a wood formation simulation model initiated during the project. This 'vertex' model
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exciting new investigations into Toxoplasma’s sexual cycle and gain experience with a wide range of techniques, including fixed and live-cell microscopy, functional genomics, and parasite/mammalian cell
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application of cutting-edge spatial and single-cell omics technologies. The research engineer will perform experiments leveraging Spatial Transcriptomics (ST), Spatial metaTranscriptomics (SmT), and single-cell
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-throughput approaches, including CRISPR screening, RNA- Seq, single-cell sequencing, and copy number profiling, to generate comprehensive data on cancer physiology in vitro and in vivo. Through this work, we
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exposés à une séquence d’hypoxie-réoxygénation (HR) simulant la préservation du greffon rénal sur lesquels la thérapie cellulaire sera appliquée. Ce modèle permettra de déterminer les cellules cibles de la
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statistics, policies, and procedures related to campus safety. Go here to review: https://safety.temple.edu/reports-logs/annual-security-report You may request a copy of the report by calling Temple
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an essential process for life. When a cell is at a diseased state, the interaction landscape can drastically change. We develop chemical tools to investigate these interactions to understand health and