49 neuronal-culture scholarships

PhD holder in Cell Biology

developed; c. Experience in primary neuronal cultures carried out in the context of microfluidics; d. Experience in intracellular trafficking studies; e. Experience in confocal microscopy and the use of image

Validation of novel molecular targets from anti-inflammatory and cytoprotective molecules in neurons

targets through the investigation of anti-inflammatory peptides derived from animal venoms. The activities involve elucidating the peptide effects in cell culture, and in vivo using inflammatory and pain

PhD candidate in Neurobiology and Metabolic Research (f/m/x)

the anatomical distribution, molecular signature and neurocircuitry architecture of these neurons. Furthermore, we want to investigate the longitudinal effects governed by these neurons to determine their

PhD student in Applied Physics (Bioengineering)

(sECM) to generate in-vivo-like cell diversity. isolate tooth-specific endothelial cells and use them to create perfusable blood vessels derive human trigeminal neurons from hESCs and culture them in a 3D

PhD student in Applied Physics (Bioengineering)

blood vessels derive human trigeminal neurons from hESCs and culture them in a 3D matrix. combine all these elements in an integrated free-floating 3D bioengineered tooth emulation system, further

Postdoctoral in Validation of novel molecular targets from anti-inflammatory and cytoprotective molecules in neurons

targets through the investigation of anti-inflammatory peptides derived from animal venoms. The activities involve elucidating the peptide effects in cell culture, and in vivo using inflammatory and pain

PhD Student (m/f/d) - Genetics of Behavior

of vast numbers of neurons gives rise to the plethora of animal behaviors. The interdisciplinary research spans from imaging neural circuits at the nanoscale to analyzing neural activity in a freely moving

PhD position: Development of an in vitro platform to investigate glioma – neuron interactions

interactions between glioma and neuronal cells. Job description The student will develop physiologically relevant cell culture models to recapitulate the glioma microenvironment in vitro. The functional

PhD student on cellular and molecular biology (M/F)

context (neuronal and non-neuronal) and develop stable biosensor cell lines. Biosensor cells will be challenged with different stimuli to identify conditions that favor or impair the pathological

PhD position: Development of an in vitro platform to investigate glioma – neuron interactions

investigate the intricate bidirectional interactions between glioma and neuronal cells. Job description The student will develop physiologically relevant cell culture models to recapitulate the glioma