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    • 1. 发明公开
    • APPARATUS FOR BIOLOGICAL MICROORGANISM OBSERVATION
    • EP4137555A1
    • 2023-02-22
    • EP21191740.6
    • 2021-08-17
    • Nagi Bioscience SA
    • CORNAGLIA, MatteoTACHE, Fabien
    • C12M1/34C12M3/06B01L3/00
    • Biological microorganism culture and observation apparatus (1) comprising a support structure (10), one or more chip holders (3) mounted on the support structure, a pump (P) and a valve system (V), each chip holder configured for holding a microfluidic chip (2) having one or more microfluidic channels (54) and culture chambers (52) therein extending between a pump coupling side (44a) of the microfluidic chip and a reservoir side coupling (44b) of the microfluidic chip. The support structure comprises a reservoirs support platform (7) mounted on a movable table (12), the reservoirs support platform (7) configured for holding a plurality of nutrition reservoirs (5) for containing biological microorganisms or nutrients and substances to be tested in a liquid. The chip holder (3) and/or microfluidic chips (2) comprise reservoir side fluidic couplings (26) in the form of hollow tubes extending from the microfluidic chip (2) to a tip (26b) at a free end of the hollow tube, each tip (26b) insertable in a corresponding nutrition reservoir (5). The movable table is coupled a height actuator mechanism (14) and an oscillating mechanism configured to oscillate the reservoir support platform (7) in a horizontal plane by an amplitude less than a diameter (D) of the nutrient reservoir (5), and actuate a vertical movement of the reservoirs support platform with the height actuator mechanism (14).
    • 4. 发明公开
    • APPARATUS FOR MICROSCOPIC WORM OBSERVATION
    • EP4137558A1
    • 2023-02-22
    • EP21191741.4
    • 2021-08-17
    • Nagi Bioscience SA
    • CORNAGLIA, MatteoTACHE, Fabien
    • C12M3/06C12M1/00C12M1/34G01N33/50G01N35/10
    • Microscopic worm culture and observation apparatus (1) comprising a support structure (10), one or more chip holders (3) mounted on the support structure, a pump (P) and a valve system (V), each chip holder configured for holding a microfluidic chip (2) having one or more microfluidic channels (54) and culture chambers (52) therein extending between a pump side coupling (44a) of the microfluidic chip and a reservoir side coupling (44b) of the microfluidic chip. The support structure comprises a reservoirs support platform (7) mounted on a movable table (12), the reservoirs support platform (7) configured for holding a plurality of nutrition reservoirs (5) for containing microscopic worms or nutrients and substances to be tested in a liquid. The chip holder (3) and/or microfluidic chips (2) comprise reservoir side fluidic couplings (26) in the form of hollow tubes extending from the microfluidic chip (2) to a tip (26b) at a free end of the hollow tube, each tip (26b) insertable in a corresponding nutrition reservoir (5). The support structure comprises an enclosure (15) forming a chamber within which the one or more chip holders and the reservoirs support platform is housed, and a temperature control unit (19) and a temperature sensor (23) for control of the temperature within the chamber, the enclosure comprising an openable or removable cover (17) allowing access to the inside of the enclosure.