DEVICE AND METHODS OF DETECTING ANALYTES IN SALIVA Russian patent published in 2014 - IPC G01N33/543 

Abstract RU 2530718 C2

FIELD: medicine.

SUBSTANCE: group of inventions relates to a device and a method of detecting and/or quantitative determination of molecules in saliva and is intended for the determination of analytes in saliva. A microliquid device includes one or several areas of preliminarily processing, which include a surface, containing a molecule, capable of specific or non-specific binding with one or more of saliva components in a saliva sample, preventing the detection of one or more analytes, for specific or non-specific removal of a part of a fraction of the said saliva components in the saliva sample, preventing the detection of one or more analytes, with the molecule being hydroxyapatite or an antibody against mucin; and an area of detection, including a surface of a biosensor with the molecule, capable of specific binding of one or more analytes and providing the detection of one or more analytes, or one or more analytes and/or molecules, structurally relative to analyte and binding analyte-specific probes.

EFFECT: application of the microliquid device provides the method of detecting the presence of one or more analytes.

12 cl, 4 dwg, 4 ex

Similar patents RU2530718C2

Title Year Author Number
DETECTION METHODS AND SYSTEMS 2008
  • De Teje Femke K.
  • Van Der Vejk Tea
  • Immink Al'Bert Kh.J.
  • Pelssers Ehduard G.M.
  • Khardeman Vil'Khel'Mina M.
  • Marlen Sandra
  • Dzhauehtt Gordon T.
RU2480768C2
BIOSENSOR COMPRISING METAL NANOPARTICLES 2013
  • Del Pino Gonsales De La Khiguera Pablo
  • Pelas Garsiya Beatris
  • Polo Tobakhas Ester
  • Grasu Bonaviya Valeriya
  • Martines De La Fuente Khesus
  • Parro Garsiya Viktor
RU2658052C2
ANALYSIS METHOD AND DEVICE USING MAGNETIC PARTICLES 2010
  • Mendel-Khartvig Ib
RU2595843C2
FAST BIOSENSOR WITH REAGENT LAYER 2007
  • Prins Menno V. J.
  • Van Der Vejk Tea
RU2482495C2
BIOSENSOR SYSTEM FOR ACTUATING MAGNETIC PARTICLES 2009
  • Ovsjanko Mikhajlo M.
RU2519655C2
UNIVERSAL BIOSENSOR SYSTEM FOR ANALYTE DETECTION 2017
  • Zupanchich, Tomas Dzh.
  • Kittl, Dzhozef D.
  • Tszen, Linchun
  • Vedamurti, Srikant
  • Brodi, Richard S.
  • Uilyams, Marvin R.
RU2737943C1
TARGET MOLECULE DETECTION IN SAMPLE 2007
  • Van Der Vejk Tea
  • Pelssers Ehduard Gerard Marija
  • Amadio Dzhessika
RU2444736C2
MAGNETIC RECOGNITION 2007
  • Dekhal Prabkhdzhiot
  • Pritchard Dehvid
  • Dzhiki Klehr
RU2442169C2
EXCITING MAGNETIC SPHERES USING FEEDBACK FOR FTIR BASED BIOSENSOR 2009
  • Kalman Jozefus A Kh M.
RU2526198C2
SYSTEM (VARIANTS) AND METHOD OF DETECTING ANALYTE PRESENCE IN LIQUID SAMPLE 2011
  • Lowery Thomas Jay
  • Audeh Mark John
  • Blanco Matthew
  • Chepin James Franklin
  • Demas Vasiliki
  • Dhanda Rahul
  • Fritzemeier Marilyn Lee
  • Koh Isaac
  • Kumar Sonia
  • Neely Lori Anne
  • Mozeleski Brian
  • Plourde Daniella Lynn
  • Rittershaus Charles William
  • Wellman Parris
RU2653451C2

RU 2 530 718 C2

Authors

Nievenejs Jerun Kh.

Ekhanli Akhmed M. T.

De Teje Femke K.

Pelssers Ehduard G.M.

Dates

2014-10-10Published

2009-05-26Filed