PhD in Development and Function of Neural Circuits Underlying Collective Behaviour The Francis Crick Institute in United Kingdom

PhD opportunity in Neuroscience, Molecular Biology, and Behavioural Biology at the Medical Research Council Laboratory of Molecular Biology (Cambridge, United Kingdom). This project, supervised by Dr W Schafer, focuses on neuropeptide networks and how “wireless” neuronal communication shapes behaviour. The first part uses C. elegans to study neuropeptide signaling in feeding circuits, including how peptides and receptors related to human hypothalamic appetite pathways regulate feeding and starva...

PhD opportunity in neuroscience , molecular biology , and behavioural biology at the Medical Research Council Laboratory of Molecular Biology in Cambridge, United Kingdom . The project, supervised by Dr Marta Zlatic , focuses on the circuit basis of learning and action selection in the tractable Drosophila larva . The research aims to uncover how distributed brain circuits implement memory formation and action choice using a synaptic-resolution connectome, genetic tools, and functional experimen...

PhD opportunity in Neuroscience, Molecular Biology, and Behavioural Biology at the Medical Research Council (Cambridge), Laboratory of Molecular Biology. This project, supervised by Dr Marco Tripodi, investigates how the brain transforms perception into action. The research focuses on neural circuits linking the motor cortex, thalamus, and superior colliculus, with particular interest in genetically defined Pitx2 neurons and their role in sensorimotor transformation, intention, movement preparat...

PhD opportunity at the University of East Anglia in Norwich, United Kingdom: From brain to germline: how perception affects genetic inheritance (IMMLER_UEA_ARIES27). This competition-funded PhD project explores how perceived temperature changes, not only actual heat stress, can influence the germline and shape transgenerational inheritance in zebrafish. The project sits at the intersection of biology , neuroscience , environmental science , genomics , bioinformatics , reproductive biology , deve...

Funded PhD project at The Francis Crick Institute in collaboration with University College London : Mechanically Induced Gene Regulatory Networks Driving Neural Crest Lineage Switching . This project investigates how mechanical confinement influences neural crest cell fate decisions, shifting cells from a neurogenic programme toward a mesenchymal lineage. The work combines developmental biology , cell biology , gene regulatory networks , mechanobiology , single-cell RNA sequencing , scATAC-seq ,...