2016Unpublished venueRequires access

Demonstration of Multi-mode Parallel Detection Microscopy

Dazhao Zhu, Cuifang Kuang, Youhua Chen, Xu Liu

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Abstract

Four resolution enhancement microscopy methods based on parallel detection are demonstrated containing confocal microscopy with four pinhole sizes, Fluorescence Emission Difference Microscopy (FED) based on parallel detection, Airyscan microscopy and Virtual k-vector modulation optical microscopy (Vikmon). These methods use different algorithms to process the data from parallel detection in order to improve the resolution. We investigate these methods first in simulation and then using experiment data, the basic theory are introduced briefly and the ability of resolution improvement of these methods are analyzed synthetically.

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What this paper is about

Four resolution enhancement microscopy methods based on parallel detection are demonstrated containing confocal microscopy with four pinhole sizes, Fluorescence Emission Difference Microscopy (FED) based on parallel detection, Airyscan microscopy and Virtual k-vector modulation optical microscopy (Vikmon). These methods use different algorithms to process the data from parallel detection in order to improve the resolution. We investigate these methods first in simulation and then using experiment data, the basic theory are introduced briefly and the ability of resolution improvement of these methods are analyzed synthetically.

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Available abstract

Four resolution enhancement microscopy methods based on parallel detection are demonstrated containing confocal microscopy with four pinhole sizes, Fluorescence Emission Difference Microscopy (FED) based on parallel detection, Airyscan microscopy and Virtual k-vector modulation optical microscopy (Vikmon). These methods use different algorithms to process the data from parallel detection in order to improve the resolution. We investigate these methods first in simulation and then using experiment data, the basic theory are introduced briefly and the ability of resolution improvement of these methods are analyzed synthetically.

Key concepts: Microscopy, Super-resolution microscopy, Confocal microscopy, Resolution (logic), Light sheet fluorescence microscopy, Fluorescence microscope, Pinhole (optics), Computer science

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