Intermediate-advanced stage cancer imaging detecting system and method based on quantum superstring engine

Abstract

The invention discloses an intermediate-advanced stage cancer imaging detecting system and an intermediate-advanced stage cancer imaging detecting method based on the quantum superstring engine, mainly used for overcoming the defect that the traditional medical device can not efficiently, safely, rapidly and comprehensively detect the cancer cell spreading area of a cancer patient. The intermediate-advanced stage cancer imaging detecting system comprises a quantum light emission source, an optical splitter, a convex lens, a light filter group, a detection unit, an image processing unit and a display. The intermediate-advanced stage cancer imaging detecting method comprises the steps that orthogonal polarized photons generated by the quantum light emission source pass through the optical splitter, and then are transmitted in two paths; one path of the orthogonal polarized photons irradiates the body of the patient through the convex lens and light filters, penetrates through the body and then is received by a detector, and the other path of the orthogonal polarized photons directly passes through the light filters, and are received by another detector; the detection unit carries out combined measurement on the photons detected by the two detectors, and outputs a detection result to the image processing unit, the image processing unit draws a diffusion area imaging picture of cancer cells in the body of the patient, and the diffusion area imaging picture is displayed by the display. With the adoption of the intermediate-advanced stage cancer imaging detecting system and the intermediate-advanced stage cancer imaging detecting method, the diffusion area imaging picture of the cancer cells can be obtained, and thus a basis is provided for the treatment and research on the cancer patient.

Description

technical field [0001] The invention belongs to the technical field of electronic equipment, and in particular relates to a medical imaging detection device, which can be used to detect the diffusion area of ​​cancer cells in the body of patients with advanced cancer, and to position and image the cancerous area. Through information collection, optical calculation, image processing and other steps, the imaging system can display the cancer cell location of the patient's cancer site. Provide visual detection means and basis for cancer diagnosis, treatment and scientific research. Background technique [0002] Cancer is the biggest cause of death of human beings all over the world, and its growth rate is increasing day by day, seriously endangering human life and health, and it is also a world medical problem. The annual statistical data report of the American Cancer Society shows that in 2015, there were about 1.66 million new cancer cases and 600,000 deaths in the United St...

AI Technical Summary

Problems solved by technology

There are more than 100 types of cancer. It is absolutely impossible for a person who thinks he is healthy to do every kind of examination. These examinations are not only expensive, but also X-ray examinations and computerized tomography CT examination itself is strong radiation, which can induce cell canceration and has certain hazards

Therefore, we often see that even people who have regular physical examinations every year will suddenly be diagnosed with cancer, and once discovered, they will be in the middle and advanced stages, which will bring huge mental pain and economic burden to the patients themselves, their families and society.

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