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기록

IMAGE SCANNING MICROSCOPE AND METHOD

발명심사 중
1조회수
18청구항 · 2 독립항
§ Ⅰ

개요

발명자

Lars FRIEDRICH; Kai WALTER; Christian SCHUMANN

IPC 분류

G2B 21/36G1N 21/64G2B 21/G2B 21/16

CPC 분류

G2B21/365G1N21/6458G2B21/2G2B21/16

An image scanning microscope includes an excitation unit that generates excitation light according to an excitation modality, and an objective lens directed at a sample space to direct the excitation light and to receive the detection light. A scanning unit of the image scanning microscope is arranged along a beam path between the excitation unit and the objective lens to selectively direct the excitation light. The image scanning microscope includes a detection arrangement including a spectral encoding element to change the spatial distribution of the intensity of the detection light and an array detector. A main beam splitter of the image scanning microscope directs the excitation light into the objective lens, and directs the detection light. The image scanning microscope includes a control unit to control the excitation unit to set the excitation modality, and to determine a spatial distribution of a concentration of two different fluorophore species.

원문 (중국어)

An image scanning microscope includes an excitation unit that generates excitation light according to an excitation modality, and an objective lens directed at a sample space to direct the excitation light and to receive the detection light. A scanning unit of the image scanning microscope is arranged along a beam path between the excitation unit and the objective lens to selectively direct the excitation light. The image scanning microscope includes a detection arrangement including a spectral encoding element to change the spatial distribution of the intensity of the detection light and an array detector. A main beam splitter of the image scanning microscope directs the excitation light into the objective lens, and directs the detection light. The image scanning microscope includes a control unit to control the excitation unit to set the excitation modality, and to determine a spatial distribution of a concentration of two different fluorophore species.