Spatial Phasor Analysis for Optical Sectioning Nanoscopy

Super-resolution microscopy has broken the traditional resolution barrier of optical microscopy. However, its application in imaging live and thick specimens has been limited. To date, optical sectioning in super-resolution microscopy either rely on inaccurate background estimation or been hindered...

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Bibliographic Details
Main Author:	Yuran Huang (1742314) (author)
Other Authors:	Zitong Ye (20541332) (author), Zhimin Zhang (408803) (author), Hanchu Ye (17753577) (author), Liang Xu (102656) (author), Xiang Hao (1605874) (author), Yubing Han (5813129) (author), Cuifang Kuang (3959969) (author), Xu Liu (276996) (author)
Published:	2025
Subjects:	Medicine Microbiology Cell Biology Biotechnology Immunology Inorganic Chemistry Space Science Biological Sciences not elsewhere classified Chemical Sciences not elsewhere classified Information Systems not elsewhere classified thus accurately identifying rapid processing speed inaccurate background estimation holds great potential eight subcellular structures domain phasor analysis traditional resolution barrier spatial phasor analysis laser scanning microscopy image scanning microscopy spism decodes information enabling multicolor imaging resolution microscopy optical microscopy incorporating spatial thick specimens spism ), optical sectioning microscope setups microscope equipped key solution fully compatible excessive complexity detector array biological research axial position
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Spatial Phasor Analysis for Optical Sectioning Nanoscopy

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