FIELD: biotechnology.
SUBSTANCE: multiorganic chip for organs and/or organoids cultivation is proposed. The chip contains consistently the base layer, the layer of organs, the organ retention layer, the antral layer and the actuator layer. The organ layer contains a plurality of separate organ equivalents, each organ equivalent contains one or more organ growth sections, each growth section comprises a cavity for organoid housing, a microinput and a microoutput for fluid connection of the cavity to an autonomous circulation system. The antral layer contains a plurality of cavities and tubes in fluid connection with the organ equivalents or organ growth sections. The organ retention layer isolates and/or stabilizes the organ layer to maintain fluid connection of the organ equivalents with the antral layer. The actuator layer contains a plurality of actuators to adjust the pressure force applied to the selected organ equivalent, autonomous circulation system and/or part thereof.
EFFECT: invention provides an imitation of the basic functions of the body necessary for an organ or body homeostasis.
15 cl, 9 dwg, 2 tbl, 2 ex
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Authors
Dates
2017-09-11—Published
2013-08-15—Filed