ELECTRICAL ACCELERATION-BASED METHOD FOR DETECTING FLUORESCENCE AND CHEMILUMINESCENCE

WIPO Patent Application WO/2022/237398

A1

The present invention relates to the technical field of the rapid detection of molecules, and in particular relates to an electrical acceleration-based method for rapidly detecting fluorescence and chemiluminescence, comprising the following steps carried out in sequence: S1 sample acceleration: applying an excitation signal to a chip to which target molecules are added drop by drop to obtain a chip to which the target molecules are bound, the chip comprising an electrode sheet to which coated molecules are fixed; S2 secondary antibody acceleration: adding drop-by-drop, to the chip to which the target molecules are bound, a secondary antibody used for binding the target molecules, and then applying the excitation signal to the chip to obtain a chip to which the secondary antibody is bound. According to the present solution, a fluorescence and chemiluminescence detection rate can be effectively improved, the detection flow can be accelerated, and requirements for bedside rapid detection can be met.

LIU XIAOZHU (CN)
XU HAI (CN)
LI YANMIN (CN)
LI JUN (CN)
HU YONG (CN)
TONG LI (CN)
LIN JIE (CN)
ZHANG ZHIDONG (CN)
YANG LIHUA (CN)
MA LIANG (CN)
ZENG ZHENG (CN)
ZENG LINGGAO (CN)
CHEN LI (CN)
WU SHENGXI (CN)
QIN SHENGHUI (CN)

PCT/CN2022/085472

November 17, 2022

April 07, 2022

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FOSHAN MICROWONDERS BIOTECHNOLOGY CO LTD (CN)

G01N21/64; G01N21/76; G01N27/327; G01N33/543

CN112986205A	2021-06-18
CN104965081A	2015-10-07
CN107367533A	2017-11-21
CN104360060A	2015-02-18
CN102411050A	2012-04-11

SCIHEAD IP LAW FIRM (CN)

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