Feescope-Paper-Data
J. R. Scherrer and Galen F. Lynch and Jie J. Zhang and Michale S. Fee

Feescope-Paper-Data (45 files)
supporting_data/position_tracking.mat 941.83kB
supporting_data/NMF_ordering.mat 1.19MB
supporting_data/extract_output.mat 324.72MB
supporting_data/extract_curated.mat 106.41MB
supporting_data/2021-07-26_isgood.mat 0.58kB
raw_data/invivo_2021-07-26T13_50_50.csv 1.10MB
raw_data/invivo/invivo_2021-07-26T14_11_04.avi 878.40MB
raw_data/invivo/invivo_2021-07-26T14_10_30.avi 1.47GB
raw_data/invivo/invivo_2021-07-26T14_09_57.avi 1.47GB
raw_data/invivo/invivo_2021-07-26T14_09_23.avi 1.47GB
raw_data/invivo/invivo_2021-07-26T14_08_49.avi 1.47GB
raw_data/invivo/invivo_2021-07-26T14_08_16.avi 1.47GB
raw_data/invivo/invivo_2021-07-26T14_07_42.avi 1.47GB
raw_data/invivo/invivo_2021-07-26T14_07_08.avi 1.47GB
raw_data/invivo/invivo_2021-07-26T14_06_34.avi 1.47GB
raw_data/invivo/invivo_2021-07-26T14_06_01.avi 1.47GB
raw_data/invivo/invivo_2021-07-26T14_05_27.avi 1.47GB
raw_data/invivo/invivo_2021-07-26T14_04_53.avi 1.47GB
raw_data/invivo/invivo_2021-07-26T14_04_19.avi 1.47GB
raw_data/invivo/invivo_2021-07-26T14_03_46.avi 1.47GB
raw_data/invivo/invivo_2021-07-26T14_03_12.avi 1.47GB
raw_data/invivo/invivo_2021-07-26T14_02_38.avi 1.47GB
raw_data/invivo/invivo_2021-07-26T14_02_04.avi 1.47GB
raw_data/invivo/invivo_2021-07-26T14_01_31.avi 1.47GB
raw_data/invivo/invivo_2021-07-26T14_00_57.avi 1.47GB
raw_data/invivo/invivo_2021-07-26T14_00_23.avi 1.47GB
raw_data/invivo/invivo_2021-07-26T13_59_49.avi 1.47GB
raw_data/invivo/invivo_2021-07-26T13_59_16.avi 1.47GB
raw_data/invivo/invivo_2021-07-26T13_58_42.avi 1.47GB
raw_data/invivo/invivo_2021-07-26T13_58_08.avi 1.47GB
raw_data/invivo/invivo_2021-07-26T13_57_35.avi 1.47GB
raw_data/invivo/invivo_2021-07-26T13_57_01.avi 1.47GB
raw_data/invivo/invivo_2021-07-26T13_56_27.avi 1.47GB
raw_data/invivo/invivo_2021-07-26T13_55_53.avi 1.47GB
raw_data/invivo/invivo_2021-07-26T13_55_20.avi 1.47GB
raw_data/invivo/invivo_2021-07-26T13_54_46.avi 1.47GB
raw_data/invivo/invivo_2021-07-26T13_54_12.avi 1.47GB
raw_data/invivo/invivo_2021-07-26T13_53_38.avi 1.47GB
raw_data/invivo/invivo_2021-07-26T13_53_05.avi 1.47GB
raw_data/invivo/invivo_2021-07-26T13_52_31.avi 1.47GB
raw_data/invivo/invivo_2021-07-26T13_51_57.avi 1.47GB
raw_data/invivo/invivo_2021-07-26T13_51_23.avi 1.47GB
raw_data/invivo/invivo_2021-07-26T13_50_50.avi 1.47GB
raw_data/home_pos-speed-in_2021-07-26T13_50_50.csv 1.21MB
raw_data/home_arena_2021-07-26T13_50_50.avi 105.33MB
Type: Dataset
Tags:

Bibtex:
@article{,
title= {Feescope-Paper-Data},
journal= {},
author= {J. R. Scherrer and Galen F. Lynch and Jie J. Zhang and Michale S. Fee},
year= {},
url= {https://github.com/FeeLab/Fee-Scopes},
abstract= {We present a novel fluorescence microscope light path that enables imaging, during free behavior, of thousands of neurons in mice and hundreds of neurons in juvenile songbirds. The light path eliminates traditional illumination optics, allowing for head-mounted microscopes that have both a lower weight and a larger field-of-view (FOV) than previously possible. Using this light path, we designed two microscopes: one optimized for field-of-view (∼4 mm FOV; 1.4 g), and the other optimized for weight (1.0 mm FOV; 1.0 g).},
keywords= {},
terms= {},
license= {CC-BY-NC 4.0},
superseded= {}
}


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