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    • 5. 发明申请
    • CELL CULTURE MONITORING SYSTEM
    • WO2021089558A1
    • 2021-05-14
    • PCT/EP2020/080836
    • 2020-11-03
    • CEIDOS SA
    • BARRAS, LéonardWALPEN, Sébastien
    • C12M1/34C12M1/00
    • A cell culture monitoring system (1) comprising a monitoring apparatus (3) for coupling to a culture tank (2) containing a cell culture medium (15) therein, and a fluid circulation system (4) for fluidic coupling to the cell culture tank (2) the fluid circulation system comprising a dielectrophoresis cartridge (5) for connection to the cell culture tank (2) via supply and return conduits (14a), (14b), the dielectrophoresis cartridge comprising a base (20) and an electrode support (19) having electrodes (21) in or on the electrode support (19), the electrodes configured for travelling wave dielectrophoresis and comprising a measurement zone (21a) arranged above a measuring chamber (23b) formed between the electrode support (19) and a floor (26) of the base (20) forming a measuring chamber therebetween, whereby cells in a liquid medium flowing through the measuring chamber are subject to a travelling wave dielectrophoresis force orthogonal to a direction of flow of said liquid through said measuring chamber (23b), the monitoring apparatus (3) comprising a computing unit (9), an image capture system (7) connected to the computing unit (9), and a cartridge holder portion (28) for receiving said dielectrophoresis cartridge (5) such that the image capture system (7) may detect cells flowing through said measuring chamber (23b).
    • 6. 发明公开
    • CELL CULTURE MONITORING SYSTEM
    • EP4089394A1
    • 2022-11-16
    • EP21173427.2
    • 2021-05-11
    • Ceidos SA
    • BARRAS, LéonardWALPEN, Sébastien
    • G01N15/14G01N15/00G01N15/10B01L3/00
    • A cell culture monitoring system (1) comprising a monitoring apparatus (3) for coupling to a culture tank (2) containing a cell culture medium (15) therein, and a fluid circulation system (4) for fluidic coupling to the cell culture tank (2) the fluid circulation system comprising a dielectrophoresis cartridge (5) for connection to the cell culture tank (2) via supply and return conduits (14a), (14b), the dielectrophoresis cartridge comprising a base (20) and an electrode support (19) having electrodes (21) in or on the electrode support (19), the electrodes configured for travelling wave dielectrophoresis and comprising a measurement zone (21a) arranged above a measuring chamber (23b) formed between the electrode support (19) and a floor (26) of the base (20) forming a measuring chamber therebetween, whereby cells in a liquid medium flowing through the measuring chamber are subject to a travelling wave dielectrophoresis force orthogonal to a direction of flow of said liquid through said measuring chamber (23b), the monitoring apparatus (3) comprising a computing unit (9), an image capture system (7) connected to the computing unit (9), and a cartridge holder portion (28) for receiving said dielectrophoresis cartridge (5) such that the image capture system (7) may detect cells flowing through said measuring chamber (23b).
    • 7. 发明公开
    • CELL CULTURE MONITORING SYSTEM
    • EP3819368A1
    • 2021-05-12
    • EP19208209.7
    • 2019-11-08
    • Ceidos SA
    • BARRAS, LéonardWALPEN, Sébastien
    • C12M1/34C12M1/00
    • A cell culture monitoring system (1) comprising a monitoring apparatus (3) for coupling to a culture tank (2) containing a cell culture medium (15) therein, and a fluid circulation system (4) for fluidic coupling to the cell culture tank (2) the fluid circulation system comprising a dielectrophoresis cartridge (5) for connection to the cell culture tank (2) via supply and return conduits (14a), (14b), the dielectrophoresis cartridge comprising a base (20) and an electrode support (19) having electrodes (21) in or on the electrode support (19), the electrodes configured for travelling wave dielectrophoresis and comprising a measurement zone (21a) arranged above a measuring chamber (23b) formed between the electrode support (19) and a floor (26) of the base (20) forming a measuring chamber therebetween, whereby cells in a liquid medium flowing through the measuring chamber are subject to a travelling wave dielectrophoresis force orthogonal to a direction of flow of said liquid through said measuring chamber (23b), the monitoring apparatus (3) comprising a computing unit (9), an image capture system (7) connected to the computing unit (9), and a cartridge holder portion (28) for receiving said dielectrophoresis cartridge (5) such that the image capture system (7) may detect cells flowing through said measuring chamber (23b).
    • 9. 发明专利
    • Cell culture monitoring system
    • AU2020379170B2
    • 2022-10-20
    • AU2020379170
    • 2020-11-03
    • CEIDOS SA
    • BARRAS LÉONARDWALPEN SÉBASTIEN
    • C12M1/34C12M1/00
    • A cell culture monitoring system (1) comprising a monitoring apparatus (3) for coupling to a culture tank (2) containing a cell culture medium (15) therein, and a fluid circulation system (4) for fluidic coupling to the cell culture tank (2) the fluid circulation system comprising a dielectrophoresis cartridge (5) for connection to the cell culture tank (2) via supply and return conduits (14a), (14b), the dielectrophoresis cartridge comprising a base (20) and an electrode support (19) having electrodes (21) in or on the electrode support (19), the electrodes configured for travelling wave dielectrophoresis and comprising a measurement zone (21a) arranged above a measuring chamber (23b) formed between the electrode support (19) and a floor (26) of the base (20) forming a measuring chamber therebetween, whereby cells in a liquid medium flowing through the measuring chamber are subject to a travelling wave dielectrophoresis force orthogonal to a direction of flow of said liquid through said measuring chamber (23b), the monitoring apparatus (3) comprising a computing unit (9), an image capture system (7) connected to the computing unit (9), and a cartridge holder portion (28) for receiving said dielectrophoresis cartridge (5) such that the image capture system (7) may detect cells flowing through said measuring chamber (23b).
    • 10. 发明专利
    • Cell culture monitoring system
    • AU2020379170A1
    • 2022-05-05
    • AU2020379170
    • 2020-11-03
    • CEIDOS SA
    • BARRAS LÉONARDWALPEN SÉBASTIEN
    • C12M1/34C12M1/00
    • A cell culture monitoring system (1) comprising a monitoring apparatus (3) for coupling to a culture tank (2) containing a cell culture medium (15) therein, and a fluid circulation system (4) for fluidic coupling to the cell culture tank (2) the fluid circulation system comprising a dielectrophoresis cartridge (5) for connection to the cell culture tank (2) via supply and return conduits (14a), (14b), the dielectrophoresis cartridge comprising a base (20) and an electrode support (19) having electrodes (21) in or on the electrode support (19), the electrodes configured for travelling wave dielectrophoresis and comprising a measurement zone (21a) arranged above a measuring chamber (23b) formed between the electrode support (19) and a floor (26) of the base (20) forming a measuring chamber therebetween, whereby cells in a liquid medium flowing through the measuring chamber are subject to a travelling wave dielectrophoresis force orthogonal to a direction of flow of said liquid through said measuring chamber (23b), the monitoring apparatus (3) comprising a computing unit (9), an image capture system (7) connected to the computing unit (9), and a cartridge holder portion (28) for receiving said dielectrophoresis cartridge (5) such that the image capture system (7) may detect cells flowing through said measuring chamber (23b).