neuronal cell conversion PostDoc positions and fellowships

A one‑year postdoctoral scholar position funded by the ANR is available in the Astrocyte signaling in health and neurodegenerative diseases group at NeuroPSI (Institut des Neurosciences Paris‑Saclay). The project investigates how transcription‑factor based cascades in astrocytes shape neuron‑astrocyte cooperation to regulate social behavior in mice, using viral vectors, histology, confocal microscopy, biochemical and molecular analyses, and behavioral testing. The successful candidate will join a multidisciplinary team led by Lucile Ben Haim and Carole Escartin, contributing to cutting‑edge cellular neuroscience research.

This 4-year PhD position in the Meijer lab at Delft University of Technology focuses on elucidating the molecular mechanisms of neuronal synapse assembly and disassembly using cutting‑edge cryo‑electron tomography (cryo‑ET) and complementary light microscopy. The candidate will establish a cryo‑ET FIB‑SEM workflow for minimal synaptic assemblies, visualize their nanoscale architecture, determine high‑resolution structures of synaptic cell‑adhesion molecule pairs, and perform structure‑function studies in primary neurons. The project combines fundamental neuroscience with advanced structural biology techniques, offering hands‑on training in cryo‑ET, structural biology, and mammalian cell culture within an international, supportive research environment.

This PhD position at Jülich Research Centre focuses on developing efficient electro-catalysts for liquid organic hydrogen carrier (LOHC) systems. The candidate will synthesize catalyst particles, manufacture catalyst layers using spray/doctor blade techniques, and conduct electrochemical testing in membrane reactors. Requires a master's degree in Chemistry or Chemical Engineering with electrochemistry experience. Offers salary under TVöD-Bund pay group 13 (75%), 30 days vacation, and professional development support. Applications due January 19, 2038. Work location is Erlangen with hybrid flexibility.

This PhD position at the University of Dundee investigates ALS/MND’s molecular mechanisms using stem cell models, CRISPR/Cas9, and proteomics. The research focuses on understanding disease pathways, clinical heterogeneity, and identifying therapeutic targets. Training includes stem cell culture, genome editing, and advanced molecular techniques. Applications are accepted year-round for January/September entry, with a requirement for a relevant Honours/Masters degree.

A four‑year PhD position is available in the group of Dr. Dimphna Meijer at the Department of Bionanoscience, Delft University of Technology, focusing on the structural biology of neuronal synapses. The project uses cryo‑electron tomography and complementary light microscopy to elucidate the nanoscale architecture of synaptic assemblies and the structure‑function relationships of synaptic cell‑adhesion molecules. Candidates will receive hands‑on training in advanced microscopy, structural biology and neuroscience, and be embedded in an international, supportive research environment with access to state‑of‑the‑art facilities. The role offers a competitive salary according to the Dutch Universities Collective Labour Agreement, holiday allowance and an end‑of‑year bonus, with flexible work arrangements and relocation support.

Postdoctoral position in the Singhvi Lab at Fred Hutch studying glia-neuron interactions in the nervous system using C. elegans models. The role involves independent research, mentoring, and contributing to publications in a collaborative environment.

This PhD position involves developing hybrid computational models to study mitochondrial dynamics in brain cells and their connection to neurodegenerative diseases. Candidates require a Master's in computational or biomedical fields, with experience in multiscale simulations and interest in interdisciplinary research.

The Postdoctoral Associate position in the Department of Neuroscience & Cell Biology at Rutgers University–Robert Wood Johnson Medical School focuses on understanding dopaminergic signaling and its dysregulation in Parkinson’s disease. The successful candidate will work in the laboratory of Dr. Pingyue Pan, conducting quantitative analysis of synaptic dopamine release using primary neuronal cultures and live cell imaging techniques. The role involves designing experiments, mentoring junior personnel, preparing manuscripts and grant applications, and contributing to laboratory standards and instrumentation. Applicants must hold a PhD in Neuroscience or a related field, have a strong publication record, and possess at least one year of experience in two of the following: primary neuronal cell culture, live cell imaging (confocal/two‑photon), synaptic biology/physiology, or animal model behavior and pathology. This is a full‑time, on‑site position with a competitive salary and comprehensive benefits package.

This postdoctoral fellowship focuses on investigating axon shaft zippering and unzippering behaviors in live zebrafish to understand how mechanical cues such as axon tension influence fasciculation and defasciculation during the development of olfactory sensory axons and GnRH neuron migration. The project combines advanced imaging techniques, biophysical manipulations, and computational modeling to examine axon‑axon interactions at the subcellular level. The successful candidate will work within the Mechanics of neuronal development team led by Dr. Marie Breau at the Institut de Biologie Paris-Seine, benefiting from a collaborative environment that bridges biology and physics. Applicants should hold a PhD in cell/developmental biology, neurobiology, or biophysics, with a strong interest in interdisciplinary research and preferably experience with zebrafish, molecular biology, or live imaging methods.

The Doctoral Researcher position focuses on elucidating the mechanisms that control ribosome speed in healthy and diseased neurons, particularly in Parkinson’s disease. Using ribosome interactomics, translatomics, and nascent proteomics, the project aims to link translation dysregulation to protein misfolding and aggregation. The candidate will differentiate neural stem cells into dopaminergic neurons, perform omics experiments, validate findings, test translation modifiers, and assist with data analysis. Prior experience in cell culture, omics, ribosome biology, and bioinformatics is advantageous.

This postdoctoral position in the Sun Lab at Stanford University focuses on investigating how neural circuits regulate adipose tissue function and systemic metabolism. The project will examine molecularly defined sensory and autonomic pathways that innervate adipose tissue, emphasizing peripheral nervous system circuits such as dorsal root ganglia sensory neurons and autonomic signaling. Candidates will integrate single-cell and spatial genomics, circuit neuroscience, metabolic biology, and computational approaches to map neuro-adipose communication at molecular, anatomical, and functional levels.

This PhD scholarship focuses on developing in vitro stem cell-derived neural tube models to investigate human midbrain-hindbrain boundary morphogenesis and teratogenesis using human pluripotent stem cell technology and 3D printing at DTU Bioengineering.