Optinen sensori, järjestelmä ja menetelmät;Optisk sensor, system och förfaranden

Sanna Aikio; Jussi Hiltunen; Christina Liedert

Optinen sensori, järjestelmä ja menetelmät;Optisk sensor, system och förfaranden

Translated title of the contribution: Optical sensor, system and methods

Sanna Aikio (Inventor), Jussi Hiltunen (Inventor), Christina Liedert (Inventor)

Research output: Patent › Patent

Abstract

There is provided an optical sensor for analyte molecules in a fluid, method for manufacturing an optical sensor, system and method. An optical sensor comprises a fluidic channel for fluid flow, said fluidic channel having a sensing area comprising receptors for reference molecules and the analyte molecules in the fluid, and the sensor comprises at least one calibration area comprising calibration molecules, and the at least one calibration area and the sensing area are arranged in a reading area of the sensor such that the sensor is capable of generating a sensor response, when the reading area is exposed to stimuli.

Patent family as of 10.12.2021
AU2017256857 AA 20171102 AU20170256857 20170412
AU2017256857 BB 20210603 AU20170256857 20170412
CN109313122 A 20190205 CN201780032920 20170412
CN109313122 B 20210629 CN201780032920 20170412
EP3449238 A1 20190306 EP20170720176 20170412
FI128124 B 20191015 FI20160005358 20160425
FI20165358 A 20171026 FI20160005358 20160425
IN201817040278 A 20190215 IN201817040278 20181025
US2019137384 AA 20190509 US20170096122 20170412
WO17187010 A1 20171102 WO2017FI50270 20170412

Link to currentpatent family on right

Translated title of the contribution	Optical sensor, system and methods
Original language	Undefined
Patent number	FI20165358
IPC	G01N 33/ 53 A I
Priority date	25/04/16
Publication status	Published - 26 Oct 2017
MoE publication type	H1 Granted patent

Cite this

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abstract = "There is provided an optical sensor for analyte molecules in a fluid, method for manufacturing an optical sensor, system and method. An optical sensor comprises a fluidic channel for fluid flow, said fluidic channel having a sensing area comprising receptors for reference molecules and the analyte molecules in the fluid, and the sensor comprises at least one calibration area comprising calibration molecules, and the at least one calibration area and the sensing area are arranged in a reading area of the sensor such that the sensor is capable of generating a sensor response, when the reading area is exposed to stimuli.Patent family as of 10.12.2021AU2017256857 AA 20171102 AU20170256857 20170412 AU2017256857 BB 20210603 AU20170256857 20170412 CN109313122 A 20190205 CN201780032920 20170412 CN109313122 B 20210629 CN201780032920 20170412 EP3449238 A1 20190306 EP20170720176 20170412 FI128124 B 20191015 FI20160005358 20160425 FI20165358 A 20171026 FI20160005358 20160425 IN201817040278 A 20190215 IN201817040278 20181025 US2019137384 AA 20190509 US20170096122 20170412 WO17187010 A1 20171102 WO2017FI50270 20170412Link to currentpatent family on right ",

author = "Sanna Aikio and Jussi Hiltunen and Christina Liedert",

year = "2017",

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AU - Aikio, Sanna

AU - Hiltunen, Jussi

AU - Liedert, Christina

PY - 2017/10/26

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N2 - There is provided an optical sensor for analyte molecules in a fluid, method for manufacturing an optical sensor, system and method. An optical sensor comprises a fluidic channel for fluid flow, said fluidic channel having a sensing area comprising receptors for reference molecules and the analyte molecules in the fluid, and the sensor comprises at least one calibration area comprising calibration molecules, and the at least one calibration area and the sensing area are arranged in a reading area of the sensor such that the sensor is capable of generating a sensor response, when the reading area is exposed to stimuli.Patent family as of 10.12.2021AU2017256857 AA 20171102 AU20170256857 20170412 AU2017256857 BB 20210603 AU20170256857 20170412 CN109313122 A 20190205 CN201780032920 20170412 CN109313122 B 20210629 CN201780032920 20170412 EP3449238 A1 20190306 EP20170720176 20170412 FI128124 B 20191015 FI20160005358 20160425 FI20165358 A 20171026 FI20160005358 20160425 IN201817040278 A 20190215 IN201817040278 20181025 US2019137384 AA 20190509 US20170096122 20170412 WO17187010 A1 20171102 WO2017FI50270 20170412Link to currentpatent family on right

AB - There is provided an optical sensor for analyte molecules in a fluid, method for manufacturing an optical sensor, system and method. An optical sensor comprises a fluidic channel for fluid flow, said fluidic channel having a sensing area comprising receptors for reference molecules and the analyte molecules in the fluid, and the sensor comprises at least one calibration area comprising calibration molecules, and the at least one calibration area and the sensing area are arranged in a reading area of the sensor such that the sensor is capable of generating a sensor response, when the reading area is exposed to stimuli.Patent family as of 10.12.2021AU2017256857 AA 20171102 AU20170256857 20170412 AU2017256857 BB 20210603 AU20170256857 20170412 CN109313122 A 20190205 CN201780032920 20170412 CN109313122 B 20210629 CN201780032920 20170412 EP3449238 A1 20190306 EP20170720176 20170412 FI128124 B 20191015 FI20160005358 20160425 FI20165358 A 20171026 FI20160005358 20160425 IN201817040278 A 20190215 IN201817040278 20181025 US2019137384 AA 20190509 US20170096122 20170412 WO17187010 A1 20171102 WO2017FI50270 20170412Link to currentpatent family on right

UR - https://worldwide.espacenet.com/patent/search/family/058640908/publication/FI128124B?q=FI128124

M3 - Patent

M1 - FI20165358

ER -

Optinen sensori, järjestelmä ja menetelmät;Optisk sensor, system och förfaranden

Abstract

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