This table also includes imaging data handling and analysis tools beyond calcium imaging and will be updated going forward.
Also found at https://bahanonu.com/brain/imaging_tools/ or https://github.com/bahanonu/imaging_tools.
Several of the approaches described, such as fibrosis inhibition, are applicable to preparations and experiments beyond the spinal cord.
R
code originally built to view forest fires in the west coast of the United States to use satellite data from VNP46A1 and other datasets collected from the Suomi NPP VIIRS satellite.
I then created higher-quality movies in MATLAB
by using the VNP46A2 Black Marble dataset collected by the same satellite, which has reduced cloud and other artifacts due to additional data processing. This allowed me to quantitate a permanent reduction in nighttime lights within Ukraine (in line with my initial hypothesis) and identify a multi-stage reduction of nighttime lights in Kiev's outer neighborhoods/metropolitan area that was greater than that seen in the city core/center. This highlights the utility of public satellite data to quickly test hypotheses and visualize large-scale changes.
I will go over how the Black Marble dataset is collected and processed along with how I created the movies and the advantages/disadvantages of each data source.
Using this platform and codebase, in follow-up posts I will look at 2021 Texas power crisis during the winter storms, vegetation changes in deforested areas or after conservation efforts, and other events.
This can prove a useful reference for those new to calcium imaging (esp. in freely moving animals) or researchers who want to see how others perform certain experimental and analytical steps along with the rationale. Please reach out if you have any specific questions, happy to help!
The table can be sorted by column by clicking each header.
Also found as part of the Brain Initiative Notes post imaging analysis tools or https://github.com/bahanonu/imaging_tools.
This post can also be found on the PRF website:
This post can also be found on the PRF website: https://www.painresearchforum.org/forums/discussion/118414-2019-prf-naps-correspondents-blog.
This post can also be found on the PRF website: https://www.painresearchforum.org/forums/discussion/118414-2019-prf-naps-correspondents-blog#styles-2-0.