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Field
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. The project will use quantitative mitochondrial-tracing approaches, including a recently established HiBiT-based platform, live-cell imaging, CRISPR-engineered cancer models and tumour–stromal co-culture
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Integrated assessment of the curriculum trajectory of the candidate, based on an overview of their scientific merits, namely: I. Overall scientific coherence of the CV – 15% II. Participation in research
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trajectory, based on an overview of their scientific merit: I. Overall scientific coherence of the CV - 15% II. Diversity and quality of scientific indicators in the specific areas of the notice (see point 1
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computer vision, deep learning, and logical reconstruction techniques. The research investigates how multimodal imaging modalities - including scanning electron microscopy (SEM), photon emission microscopy
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Access to a well-equipped FabLab as well as project funding for prototype development Support for international networking, publications, and conference participation Professional development and training
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the process of receiving (within September 8th 2026): 1. an advanced degree such as a Master of Science (M.Sc.) or its equivalent in a scientific area coherent with the project proposed; and, where English is
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, ensuring clarity, coherence, and compliance with relevant guidelines. Editing: Review and edit documents, making necessary revisions to enhance quality and accuracy. Submission: Prepare and submit
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) involving sociology, psychology, clinical cardiology, cellular biology, advanced biomedical engineering, and imaging technologies. Work Package 3 (Sociology) focuses on how individuals and families understand
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, CRISPR-Cas9, single-cell RNA sequencing (scRNA-seq) and bulk RNA sequencing (RNA-seq), multispectral imaging, immunohistochemistry, Western blotting, tissue culture, genotyping, and qPCR. Under
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new method to study human pancreatic tissue slices using high-resolution calcium imaging in combination with spatial transcriptomics. The researcher will develop methods to improve the viability