FLOW CELL WITH FLEXIBLE CONNECTION Russian patent published in 2021 - IPC G01N35/02 B81B3/00 

Abstract RU 2752814 C2

FIELD: chemistry.

SUBSTANCE: invention relates to microfluid apparatuses, namely to a reagent control system. The apparatus for controlled chemical reactions with a flexible connection module is comprised of a reagent control system configured to be located in said apparatus, wherein the reagent control system is comprised of multiple reagent wells, wherein each reagent well is configured to accommodate a reagent from the multiple reagents contained in the system, wherein the reagent control system is configured to select a reagent flow from one of the multiple reagent wells; a detection module; and a flexible connection module comprising: a flexible connection comprised of a multilayer package and configured to be located in the device, wherein the flexible connection is comprised of a first flexible channel in fluid communication with the reagent control system, wherein the first flexible channel is configured for a reagent flow to be directed thereby; and a flow cell configured to be placed in the apparatus, wherein the flow cell comprises a flow channel in fluid communication with the first flexible channel, wherein the flow channel is configured to direct a reagent flow over the analytes located in the flow channel; wherein the flow cell is configured to be moved by the apparatus relative to a fixed base point in the apparatus while being coupled with the flexible connection.

EFFECT: technical result is provided possibility to move the flow cell by the apparatus relative to a fixed base point in the apparatus.

15 cl, 26 dwg

Similar patents RU2752814C2

Title Year Author Number
FLOW CELL WITH INTEGRATED COLLECTOR 2019
  • Lin, Sz-Chin
  • Tejlor, Dzhej
  • Ri, Minsoun
  • Foli, Dzhennifer
  • Koks-Muranami, Uesli
  • Delettr, Siril
  • Kkhurana, Tarun
  • Krivelli, Pol
RU2748394C1
CARTRIDGE FOR CARRYING OUT BIOCHEMICAL REACTIONS 2015
  • Bohm, Sebastian
  • Aravanis, Alex
  • Hsiao, Alexander
  • Javanmardi, Behnam
  • Khurana, Tarun
  • Tran, Hai, Quang
  • Aghababazadeh, Majid
  • Bowen, M., Shane
  • Boyanov, Boyan
  • Buermann, Dale
RU2791650C2
REPLACEABLE CARTRIDGE FOR BIOCHEMICAL REACTIONS 2015
  • Aravanis, Alex
  • Boyanov, Boyan
  • Bowen, M. Shane
  • Buermann, Dale
  • Hsiao, Alexander
  • Javanmardi, Behnam
  • Khurana, Tarun
  • Sabounchi, Poorya
  • Tran, Hai Quang
RU2785864C2
SYSTEMS AND METHODS OF BIOCHEMICAL ANALYSIS INCLUDING MAIN DEVICE AND REMOVABLE CARTRIDGE 2015
  • Aravanis, Alex
  • Boyanov, Boyan
  • Bowen, M. Shane
  • Buermann, Dale
  • Hsiao, Alexander
  • Javanmardi, Behnam
  • Khurana, Tarun
  • Sabounchi, Poorya
  • Tran, Hai Quang
RU2682546C2
ANALYSES 2009
  • Ehrmantraut Ojgen
  • Kajzer Tomas
  • Tukhsheerer Jens
  • Bajer Viko
  • Shul'Ts Torsten
  • Vestemejer Anke
RU2521639C2
SENSOR SYSTEM 2017
  • Fun, Trejsi Khelen
  • Tran, Khaj Tsyuan
RU2739341C1
SYSTEMS AND METHODS USING A ROTARY VALVE FOR AT LEAST ONE OF SAMPLE PREPARATION OR SAMPLE ANALYSIS 2015
  • Bohm, Sebastian
  • Aravanis, Alex
  • Hsiao, Alexander
  • Javanmardi, Behnam
  • Khurana, Tarun
  • Tran, Hai, Quang
  • Aghababazadeh, Majid
  • Bowen, M., Shane
  • Boyanov, Boyan
  • Buermann, Dale
RU2688746C2
SYSTEMS AND METHODS OF ACTUATION FOR USE WITH FLOW CELLS 2020
  • Wang, Shyun Long
  • Ang, Beng Keong
RU2821800C1
FLOW CELL AND RELATED METHOD (VARIANTS) 2019
  • Rival, Arnaud
  • Agah, Ali
  • Fung, Tracy H.
  • Dehlinger, Dietrich
  • Sabounchi, Poorya
  • Khurana, Tarun
  • Ciesla, Craig M.
  • Bowen, M. Shane
RU2800624C2
HIGH-THROUGHPUT SEQUENCING WITH SEMICONDUCTOR-BASED DETECTION 2019
  • Delinger, Ditrikh
  • Aga, Ali
  • Fung, Trejsi Khelen
  • Kostem, Emra
RU2742975C1

RU 2 752 814 C2

Authors

Delettr, Siril

Ri, Minsoun

Lyu, Dzheffri

Koks-Muranami, Uesli

Krivelli, Pol

Foli, Dzhennifer

Sigejl, Darren

Tejlor, Dzhej

Khejg, Mettyu

Paik, Filip

Allegoren, Erik

Kherttsog, Devid

Moroz-Smetana, Aleks

Ma, Syaosyao

Takakhasi, Tsukasa

Vesterberg, Brendon

Dates

2021-08-06Published

2019-05-01Filed