Abstract
[Problem] The present invention aims to provide a nanogel for highly sensitive detection of a target substance by surface-enhanced Raman scattering, a kit containing the nanogel, and a detection method based on surface-enhanced Raman scattering using them.
[Solution] The nanogel of the present invention is a nanogel for detection of a target substance based on surface-enhanced Raman scattering (SERS), which contains a SERS nanotag inside and has a specific probe for the target substance bound to the surface of the nanogel, and can release the nanotag outside the nanogel in response to a physical or chemical stimulus.
[Application number] Patent application 2021-1391 (P2021-1391)
[Application date] January 7, 2021 (2021.1.7)
[Publication number] Patent publication 2022-106420 (P2022-106420A) (43) [Publication date] July 20, 2022 (2022.7.20) [Examination request date] November 28, 2023 (2023.11.28) (73) [Patent holder] [Identification number] 304023318 [Name or name] National University Corporation Shizuoka University (74) [Agent] [Identification number] 100088155 [Patent attorney] [Name or name] Yoshiki Hasegawa (74) [Agent] [Identification number] 100124800 [Patent attorney] [Name or name] Yuji Suzawa (74) [Agent] [Identification number] 100140888 [Patent attorney] [Name or name] Kinno Watanabe (72) [Inventor] [Name] Yong-soo Park (72) [Inventor] [Name] John Achadu Ojodomo [Examiner] Masakazu Yokoo (56) [References] [Reference] JP 2016-029400 (JP, A) [Reference] JP 2007-502716 (JP, A) [Reference] JP 2007-526999 (JP, A) [Reference] JP2010-523983 (JP, A) [Reference] JP2016-182123 (JP , A) [Reference] JP2013-522648 (JP, A) [Reference] JP2005-519622 (JP, A) [Reference] JP2007-524087 (JP, A) [Reference] US Patent Application Publication No. 2016/0266105 (US, A1) (58) [Field of investigation] (Int.Cl., DB name) G01N 21/00 - G01N 21/74 G01N 33/48 - G01N 33/98 C12Q 1/00 - C12Q 3/00 JSTPlus/JMEDPlus/JST7580 (JDreamIII)
[Solution] The nanogel of the present invention is a nanogel for detection of a target substance based on surface-enhanced Raman scattering (SERS), which contains a SERS nanotag inside and has a specific probe for the target substance bound to the surface of the nanogel, and can release the nanotag outside the nanogel in response to a physical or chemical stimulus.
[Application number] Patent application 2021-1391 (P2021-1391)
[Application date] January 7, 2021 (2021.1.7)
[Publication number] Patent publication 2022-106420 (P2022-106420A) (43) [Publication date] July 20, 2022 (2022.7.20) [Examination request date] November 28, 2023 (2023.11.28) (73) [Patent holder] [Identification number] 304023318 [Name or name] National University Corporation Shizuoka University (74) [Agent] [Identification number] 100088155 [Patent attorney] [Name or name] Yoshiki Hasegawa (74) [Agent] [Identification number] 100124800 [Patent attorney] [Name or name] Yuji Suzawa (74) [Agent] [Identification number] 100140888 [Patent attorney] [Name or name] Kinno Watanabe (72) [Inventor] [Name] Yong-soo Park (72) [Inventor] [Name] John Achadu Ojodomo [Examiner] Masakazu Yokoo (56) [References] [Reference] JP 2016-029400 (JP, A) [Reference] JP 2007-502716 (JP, A) [Reference] JP 2007-526999 (JP, A) [Reference] JP2010-523983 (JP, A) [Reference] JP2016-182123 (JP , A) [Reference] JP2013-522648 (JP, A) [Reference] JP2005-519622 (JP, A) [Reference] JP2007-524087 (JP, A) [Reference] US Patent Application Publication No. 2016/0266105 (US, A1) (58) [Field of investigation] (Int.Cl., DB name) G01N 21/00 - G01N 21/74 G01N 33/48 - G01N 33/98 C12Q 1/00 - C12Q 3/00 JSTPlus/JMEDPlus/JST7580 (JDreamIII)
| Original language | English |
|---|---|
| Patent number | 7591260 |
| Priority date | 20/07/22 |
| Filing date | 7/01/21 |
| Publication status | Published - 2 Dec 2024 |