Neuron populations

Quantification of neuron populations, stratified across brain regions, provides a foundation for understanding the function of brain circuits. For this reason, accurate quantification is vital. To achieve this, all tissue slices need to be aligned with a reference atlas, have neurons of interest segmented, and subsequently have per-region aggregates computed. These steps are repetitive, tedious, time-consuming, and require expert domain knowledge to perform manually. Automated solutions are therefore desired. However, fully automatic neuron population quantification remains a challenge, due to

…evolves spatially to engage the neuron populations involved in brain functions. To identify and understand the spatial processing in brains, this workshop will focus on the spatial principles of brain dynamics that determine how action potentials and membrane currents propagate in the networks of neurons that brains are made of. We

…evolves spatially to engage the neuron populations involved in brain functions. To identify and understand the spatial processing in brains, this workshop will focus on the spatial principles of brain dynamics that determine how action potentials and membrane currents propagate in the networks of neurons that brains are made of. We

…evolves spatially to engage the neuron populations involved in brain functions. To identify and understand the spatial processing in brains, this workshop will focus on the spatial principles of brain dynamics that determine how action potentials and membrane currents propagate in the networks of neurons that brains are made of. We