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investigating the role of matricellular proteins in tendon enthesis homeostasis and degeneration. An additional aim of the project is the development of self-organizing, enthesis-like tissue substitutes
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microfabrication for live-cell applications; experience with quantitative analysis of protein expression levels. Currently holds unrestricted employment authorization for the U.S. Preferred Qualifications: Strong
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builds on the study by Santos et al. (2025, Neuro Oncology), which identified the ENPP1 protein as a central mediator of blood–brain barrier dysfunction and brain metastasis formation. Given the regulatory
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Responsibilities: The person in this position will be responsible for conducting scientific research, including: use of molecular biology techniques, protein construct preparation, expression and purification
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focus on the role and mechanisms of RNA-binding proteins in tumor development and progression. We are looking for ambitious highly motivated candidates with Ph.D. degree and a strong background in
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mouse embryonic stem cells to allow for rapid protein depletion, mapping transcriptional effects (RNA-seq, TT-seq, PRO-seq), proximity labeling approaches, ChIP, and the bioinformatic analysis
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culture, cytokine and protein analysis (Luminex/ELISA), qPCR, and bioinformatic analysis of bulk and single‑cell RNA‑sequencing and/or CyTOF datasets. You will be expected to analyse and interpret complex
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biological scales. Project background Cells are mechanically heterogeneous systems composed of proteins, membranes, and compartments with distinct physical properties. In parallel, they continuously sense and
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settings. ● Analyze viral responses of infected and uninfected CNS cells and assess and quantitate viral and cellular proteins and RNA transcriptional responses using immunohistochemistry, Western blot
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experience in one or more of the following NMR domains: Coding, modifying, and executing pulse sequences Simulating NMR spectra or phenomena Molecular simulations (molecular dynamics) based on NMR data Model