Method for producing electrochemiluminescence nanoprobe, electrochemiluminescence nanoprobe, electrochemiluminescence sensor, electrochemiluminescence detection method, and kit for electrochemiluminescence detection

An electrochemiluminescence nanoprobe, the electrochemiluminescence nanoprobe being hot exciton nanoparticles, the hot exciton nanoparticles being obtained by polymerizing a hot exciton organic luminescent molecule and a copolymer molecule and modified with an oligonucleotide chain modified with a quencher molecule.

An electrochemiluminescence sensor, the electrochemiluminescence sensor being a working electrode on which an electrochemiluminescence nanoprobe is dropped, the electrochemiluminescence nanoprobe being hot exciton nanoparticles, the hot exciton nanoparticles being obtained by polymerizing a hot exciton organic luminescent molecule and a copolymer molecule and modified with an oligonucleotide chain modified with a quencher molecule.

An electrochemiluminescence detection method, the method using an electrochemiluminescence sensor, the electrochemiluminescence sensor being a working electrode onto which an electrochemiluminescence nanoprobe is dropped, the electrochemiluminescence nanoprobe being hot exciton nanoparticles, the hot exciton nanoparticles being obtained by polymerizing a hot exciton organic luminescent molecule and a copolymer molecule and modified with an oligonucleotide chain modified with a quencher molecule.

A kit for electrochemiluminescence detection, the kit comprising:

• an electrochemiluminescence sensor being a working electrode onto which an electrochemiluminescence nanoprobe is dropped, the electrochemiluminescence nanoprobe being hot exciton nanoparticles, the hot exciton nanoparticles being obtained by polymerizing a hot exciton organic luminescent molecule and a copolymer molecule and modified with an oligonucleotide chain modified with a quencher molecule;
• and
• a Cas enzyme-containing detection reagent.