Do not sacrifice x-y resolution for isovoxels
As a Co-lead for this workshop series, I am entering an example topic for discussion here.
The idea to explore is what is the minimum z-resolution needed to capture and distinguish small ultrastructure objects (e.g. gap junctions, microtubules, neurofilaments, vesicles, polyribosomes, extracellular space, spine apparatus substructure, astroglial end processes, etc.) without overlap between objects across z. We want to... more »
The idea to explore is what is the minimum z-resolution needed to capture and distinguish small ultrastructure objects (e.g. gap junctions, microtubules, neurofilaments, vesicles, polyribosomes, extracellular space, spine apparatus substructure, astroglial end processes, etc.) without overlap between objects across z. We want to... more »
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