ROI masks generated when using 2.5 σ1.

<p>Compared to using optimal parameters which result in uniformly sized and distributed ROIs (a), using 2.5 σ<sub>1</sub> results in ROIs that are too large (b-e). This is particularly evident when only 10–30 minutes of data is used. The parameters for each of the masks below are a...

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Bibliographic Details
Main Author:	Virgil Christian Garcia Castillo (19688355) (author)
Other Authors:	Latiful Akbar (19688358) (author), Ronnakorn Siwadamrongpong (19688361) (author), Yasumi Ohta (6421649) (author), Mamiko Kawahara (19688364) (author), Yoshinori Sunaga (16319293) (author), Hironari Takehara (19688367) (author), Hiroyuki Tashiro (8352750) (author), Kiyotaka Sasagawa (3976892) (author), Jun Ohta (5430950) (author)
Published:	2024
Subjects:	Biophysics Biochemistry Cell Biology Neuroscience Biotechnology Space Science Biological Sciences not elsewhere classified observed significant increases morphological image processing improved upon electrophysiology enabled novel methods dorsal raphe nucleus compact implantable cmos camp mouse experiments formalin injection compared based lensless ca div >< p 2 +</ sup fluorescence imaging technology monitoring brain activity interest determination algorithm fluorescence imaging fluorescence activity lensless devices formalin test sense activity fluorescence microscopes stimulate pain specific expression simulated data proven challenging observe pain lens system kernel size indicator proteins gold standard gaussian method footprint size control group adaptive binarizations
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ROI masks generated when using 2.5 σ1.

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