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patient-centered cancer treatment. The NOVO (Next-generation imaging for real-time dose verification enabling adaptive proton therapy) project aims to integrate real-time dose verification into proton
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electrophysiology and sleep) and (ii) in spatial transcriptomics and high-resolution imaging. The selected candidate will work at the intersection of molecular biology and systems neuroscience, gaining a unique
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postdoctoral candidate with wet-lab experience in (i) systems neuroscience (with a focus on electrophysiology and sleep) and (ii) in spatial transcriptomics and high-resolution imaging. The selected candidate
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collaboration with the theorists involved. The postdoc will construct and use 3D printed model porous media. The analysis will entail extensive use of image analysis techniques such as Particle Image
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neuropsychiatric disorders, their treatment, and outcomes. The Centre has access to a large database of biomarkers, clinical, and cognitive variables, genotyping and sequencing data, and MRI brain imaging data
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advanced imaging techniques and high throughput single-cell technologies including high density spatial transcriptomics. As eluted to above we will have access to a unique well-characterized clinical biopsy
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biomarkers, clinical, and cognitive variables, genotyping and sequencing data, and MRI brain imaging data on patients with severe mental disorders. In addition, we work closely with national population cohorts
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data, and MRI brain imaging data on patients with neuropsychiatric and severe mental disorders. In addition, we actively collaborate with large international consortia, particularly the Psychiatric