A kind of medical oncology drug intervention comprehensive treatment device

Abstract

The invention discloses a medical interventional comprehensive therapy device of the medical oncology. The medical interventional comprehensive therapy device of the medical oncology comprises an administration device, a liquid waste device and an interventional therapy mechanical arm. The mechanical arm is connected with a star-shaped interventional therapy frame. The star-shaped interventional therapy frame comprises multiple stents extended from a center to an outer ring. The stents can be vertically swung around the center. The stents are provided with telescopic rods. The telescopic rodscan be moved in the length direction of the stents. Each of the telescopic rods is provided with an administration interventional needle or a liquid waste recovery interventional needle. The telescopic rods provided with the administration interventional needles and the liquid waste recovery interventional needles are installed around the center at intervals. The center of the star-shaped interventional therapy frame is provided with a following positioning and receiving module, and provided with a following target module. The following target module is fixed at the center of a tumor. A treatment plan is made on the basis of a CT image, and the precise therapy is realized by the mechanical arm.

Description

technical field [0001] The present invention relates to oncology, in particular to the technical field of drug delivery for oncology. Background technique [0002] Medical oncology treatment for tumor patients is an important means in the field of tumor treatment. Medical oncology generally uses drug therapy to inhibit tumor cells. Most drug treatments in medical oncology are administered orally, and it is difficult to deliver the therapeutic drugs directly. The tumor site cannot quickly achieve the therapeutic effect, nor can it guarantee the therapeutic effect; in the existing medical oncology drug delivery field, the use of interventional needles has appeared, but it is still manual operation, and the therapeutic effect depends on the subjectivity of medical staff. The interventional needle can only administer medicine in one direction, and cannot discharge body fluids at the same time; the use of the interventional needle is also used alone; at the same time, other metho...

AI Technical Summary

Problems solved by technology

[0002] Medical oncology treatment for tumor patients is an important means in the field of tumor treatment. Medical oncology generally uses drug therapy to inhibit tumor cells. Most drug treatments in medical oncology are administered orally, and it is difficult to deliver the therapeutic drugs directly. The tumor site cannot quickly achieve the therapeutic effect, nor can it guarantee the therapeutic effect; in the existing medical oncology drug delivery field, the use of interventional needles has appeared, but it is still manual operation, and the therapeutic effect depends on the subjectivity of medical staff. The interventional needle can only be administered in one direction, and cannot discharge body fluids at the same time; the use of the interventional needle is also used alone; at the same time, other methods cannot be used to improve the therapeutic effect

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