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visual behavior, visual circuit development, and automated behavioral assays. Methodologies include: Innate visual behavior assays using naturalistic visual stimuli (e.g. looming threats, prey-like
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resolution in which in vivo pathways of macrophage activation and the cross-talk with the cells representing their niche can be unravelled. This will allow to decode the causal circuits controlling TAM and CAF
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Kupffer cells per mouse, this will allow to decode the causal circuits controlling Kupffer cell activation and their relationship to hepatic stromal cells and endothelial cells at unprecedented speed
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lab tasks for sample preparation in low and high-resolution GC mass spectrometry analyses, including untargeted data processing and reporting Perform routine maintenance and quality control
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The Laboratory of Growth Control and Cancer Research, headed by Prof. Georg Halder, is a part of the VIB- Center for Cancer Biology (CCB). Our lab studies the role of the Hippo pathway and its
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different stages of the cell cycle (Vukašinović and Hsu et al., 2025, Cell). We are looking for a motivated PhD student to investigate how hormonal signals are integrated and coordinated to control the plant
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motivated staff member to support the team in enabling access to Flow cytometry-based technology and expertise. Main activities Managing the daily maintenance and quality control of all Flow Core equipment
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accessibility and gene expression data for all major cell types forming the peripheral nerve environment (as well as controls), generated from the patient-derived iPSCs and integrate these data into the cis