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Work group: Institute of Metallic Biomaterials Area of research: Scientific / postdoctoral posts Starting date: 21.11.2025 Job description: Postdoctoral Researcher - Automated Correlative Image
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. Postdoctoral Researcher – Automated Correlative Image Analysis for BlueMaterials Reference code: 992 Work location: Rostock Join the Cluster of Excellence “BlueMat: Water-Driven Materials” (www.tuhh.de/bluemat
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from over 50 nations, it is the largest institute of the Max Planck Society. The Research Group Chromatin Labeling and Imaging (Dr. Gražvydas Lukinavičius) invites applications for a position as Postdoc
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Postdoctoral Associate – Systems Neuroscience: In Vivo Imaging & Electrophysiology Location: Virginia Tech, Fralin Biomedical Research Institute at VTC (Roanoke, Virginia, USA) Lab: Shin Lab | Lab
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microscopy imaging of neuronal activity in mutant mice, with a focus on mouse models of 22q11 and 3q29 deletion syndromes, high-risk genetic risks for developing psychiatric disorders, especially schizophrenia
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Post-doctoral Researcher in Multimodal Foundation Models for Brain Cancer & Neuro-degenerative Disea
Background Radiology has taken a central role in the diagnosis and management of brain diseases. In the present project, we work of next generation AI models to extend the molecular imaging capacity
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three Helmholtz centres, each with complementary expertise in microfluidics technologies, imaging, AI-supported image analysis and innovative reporter systems. The scientist will set up a microfluidics
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further development of human iPSC-based organoid and cell culture models Planning, execution and analysis of experimental work (e.g. differentiation protocols, molecular biology analyses, imaging
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SD-26065 -POST-DOC IN METHOD DEVELOPMENT FOR HIGH RESOLUTION CHARACTERIZATION OF NOVEL SAFE AND S...
, we have been developing Secondary Ion Mass Spectrometry (SIMS) add-on systems for focused ion beam (FIB)-based high resolution imaging workstations including FIB-SEM and helium ion microscopes
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for studying heart disease and developing new therapies. We address these questions across biological scales from the subcellular to the organoid level, combining state-of-the-art imaging (electron, confocal