Process storage cooling apparatus for robot kidney transplantation operation

Abstract

The invention discloses a process storage cooling apparatus, particularly a process storage cooling apparatus for a robot kidney transplantation operation, belongs to the technical field of design and manufacture of medical surgical consumables, and provided is a kidney transplantation operation process storage cooling apparatus capable of maintaining a transplanted kidney always in a desired low temperature environment in a patient body during the whole organ implantation operation. The process storage cooling apparatus comprises a low temperature circulation cooling system and a kidney receiving cavity, wherein a through hole is arranged on the bottom portion of the kidney receiving cavity, the kidney receiving cavity is maintained in a low temperature environment having a temperature of not more than 5 DEG C by the low temperature circulation cooling system, and during kidney transplantation, a transplanted kidney is placed at the surgical position in a patient body through the kidney receiving cavity, and the to-be-connected kidney pedicle extends out of the kidney receiving cavity through the through hole.

Description

Technical field [0001] The present invention relates to a process storage and cooling device, in particular to a process storage and cooling device for robotic kidney transplant surgery, and belongs to the technical field of design and manufacturing of medical surgical consumables. Background technique [0002] Human organ transplantation includes at least the following two processes: one is to remove usable organs from the donor and transfer them under low temperature or perfusion conditions, and the other is to transplant them into the recipient's body under cryogenic preservation. At present, organ donation mainly includes two channels: DCD (cardiac death donation) and DBD (brain death donation). From the above two main channels of organ donation, DCD donors experience longer warm ischemia time than DBD donors, the incidence of delayed functional recovery (DGF) after surgery is 2.5-4 times higher, and the incidence of primary non-functional recovery (DGF) is 2.5-4 times h...

AI Technical Summary

Problems solved by technology

However, even so, there is still the need for cryopreservation of implanted organs, such as the above-mentioned kidney during implantation.

Moreover, due to the mechanical operation, the implanted organs need to enter the patient's body for cryopreservation. The existing cooling method of using cloth or plastic to wrap ice cubes is even more inapplicable, which puts forward higher requirements for the nurses.

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