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. 2021 Jan 15;8(1):ENEURO.0286-20.2020. doi: 10.1523/ENEURO.0286-20.2020

Table 3.

Specific features from CellProfiler used as input for UMAP

Metric Region of
interest
source
Target used for
measurement
Compactness Synapsin1 Synapsin1
Eccentricity Synapsin1 Synapsin1
Euler number Synapsin1 Synapsin1
Extent Synapsin1 Synapsin1
Form factor Synapsin1 Synapsin1
Major axis length Synapsin1 Synapsin1
Maximum radius Synapsin1 Synapsin1
Mean radius Synapsin1 Synapsin1
Minor axis length Synapsin1 Synapsin1
Orientation Synapsin1 Synapsin1
Perimeter Synapsin1 Synapsin1
Solidity Synapsin1 Synapsin1
Puncta number Synapsin1 Homer-1b/c
Puncta number Synapsin1 NR2B
Puncta number Synapsin1 PSD-95
Puncta number Synapsin1 SHANK3
Puncta number Synapsin1 Actin
Puncta number Synapsin1 Cortactin
Puncta number Synapsin1 vGlut-1
Integrated intensity edge Synapsin1 DAPI
Integrated intensity edge Synapsin1 Gephyrin
Integrated intensity Synapsin1 NR2B
Integrated intensity Synapsin1 PSD-95
Integrated intensity Synapsin1 SHANK3
Integrated intensity Synapsin1 Actin
Integrated intensity Synapsin1 Synapsin1
Integrated intensity Synapsin1 vGlut-1
Lower quartile intensity Synapsin1 Synapsin1
MAD intensity Synapsin1 DAPI
MAD intensity Synapsin1 Gephyrin
MAD intensity Synapsin1 Homer-1b/c
MAD intensity Synapsin1 MAP2
MAD intensity Synapsin1 PSD-95
MAD intensity Synapsin1 SHANK3
MAD intensity Synapsin1 Actin
MAD intensity Synapsin1 Bassoon
MAD intensity Synapsin1 Cortactin
MAD intensity Synapsin1 Synapsin1
MAD intensity Synapsin1 vGAT
Mass displacement Synapsin1 DAPI
Mass displacement Synapsin1 Gephyrin
Mass displacement Synapsin1 Homer-1b/c
Mass displacement Synapsin1 MAP2
Mass displacement Synapsin1 NR2B
Mass displacement Synapsin1 PSD-95
Mass displacement Synapsin1 SHANK3
Mass displacement Synapsin1 Actin
Mass displacement Synapsin1 Bassoon
Mass displacement Synapsin1 Cortactin
Mass displacement Synapsin1 Synapsin1
Mass displacement Synapsin1 vGlut-1
Mass displacement Synapsin1 vGAT
Min intensity edge Synapsin1 Homer-1b/c
Min intensity edge Synapsin1 NR2B
Min intensity edge Synapsin1 PSD-95
Min intensity edge Synapsin1 SHANK3
Min intensity edge Synapsin1 Actin
Min intensity edge Synapsin1 Bassoon
Min intensity edge Synapsin1 Cortactin
Min intensity edge Synapsin1 vGlut-1
Min intensity Synapsin1 Gephyrin
Min intensity Synapsin1 MAP2
Min intensity Synapsin1 Synapsin1
Min intensity Synapsin1 vGAT
Std intensity Synapsin1 Gephyrin
Std intensity Synapsin1 NR2B
Std intensity Synapsin1 vGlut-1
Upper quartile intensity Synapsin1 DAPI
Distance (centroid) Gephyrin Gephyrin
Integrated intensity Gephyrin Gephyrin
Mass displacement Gephyrin Gephyrin
Std intensity Gephyrin Gephyrin
Distance (centroid) Homer-1b/c Homer-1b/c
Integrated intensity Homer-1b/c Homer-1b/c
MAD intensity Homer-1b/c Homer-1b/c
Mass displacement Homer-1b/c Homer-1b/c
Min intensity edge Homer-1b/c Homer-1b/c
Distance (minimum) NR2B NR2B
Integrated intensity NR2B NR2B
MAD intensity NR2B NR2B
Mass dissplacement NR2B NR2B
Distance (minimum) PSD-95 PSD-95
Integrated intensity PSD-95 PSD-95
MAD intensity PSD-95 PSD-95
Mass displacement PSD-95 PSD-95
Min intensity PSD-95 PSD-95
Distance (minimum) SHANK3 SHANK3
Integrated intensity SHANK3 SHANK3
MAD intensity SHANK3 SHANK3
Mass displacement Actin Actin
Distance (centroid) Actin Actin
Integrated intensity Actin Actin
MAD intensity Actin Actin
Mass displacement Actin Actin
Distance (centroid) Bassoon Bassoon
MAD intensity Bassoon Bassoon
Mass displacement Bassoon Bassoon
Distance (centroid) Cortactin Cortactin
Integrated intensity Cortactin Cortactin
MAD intensity Cortactin Cortactin
Mass displacement Cortactin Cortactin
Min intensity Cortactin Cortactin
MAD intensity vGlut-1 vGlut-1
Mass displacement vGlut-1 vGlut-1
Min intensity edge vGlut-1 vGlut-1
Mass displacement vGAT vGAT
Min intensity vGAT vGAT
Std intensity edge vGAT vGAT

The region of interest source is the image that was used to create the regions of interest (the puncta objects). The target used for measurement is the image source that the region of interest was used on. For example, synapsin1 puncta (regions of interest) are always created from synapsin1 images, but measurements using those regions can come from any image source, i.e., we can examine what the signal of vGlut-1, homer-1b/c, etc. is within the regions created by the synapsin1 objects.