Here we quantify the branch length of each reconstructed cell in the volume with clean compartment labels, and compare the pyramidal cell dendritic arbor lengths to some expected values from the literature (Gilman, Medalla & Luebke 2017).
neurite_lengths.ipynb
Plots axon and dendrite branch lengths for each cell with clean compartment labels and a soma in the volume. Branch length is quantified here as the distance between a soma and each leaf of the skeleton.
data/soma_ids/p100_pyr_soma_IDs_v185.csv
A list of PyC ids with their soma captured by the volume for proofreading version 185data/soma_ids/p100_inh_soma_IDs_v185.csv
A list of interneuron ids with their soma captured by the volume for proofreading version 185data/clean_compartment_ids_v185.csv
A list of ids for which the skeleton compartment labels are sufficiently correct../data/smoothed_skels_v185
A set of smoothed skeletons for all cells with their soma captured by the volume. These were computed using MeshParty
data/pyr_dist_to_leaves.csv
A dataframe that describes the length of each branch for every PyCdata/inh_dist_to_leaves.csv
A dataframe that describes the length of each branch for every putative interneurondata/pyr_compartment_lengths.csv
A dataframe that describes the total path length covered by each compartment label for each PyCdata/inh_compartment_lengths.csv
A dataframe that describes the total path length covered by each compartment label for each putative interneuron
scripts/compute_dist_to_leaf.py
Computes the length of each branch for each PyC and putative interneuron from the smoothed skeletonsscripts/compute_compartment_lengths.py
Computes the total path length covered by each compartment label for a given set of cells
See scripts/README.md
for a walkthrough of how to compute the intermediate data.