Tumor imaging system based on near-infrared spectrum blood oxygen concentration measurement and experiment detection method of system

Abstract

The invention provides a tumor imaging system based on near-infrared spectrum blood oxygen concentration measurement and an experiment detection method of the system. The problems that traditional tumor detection equipment is heavy, expensive and high in diagnosis cost are mainly solved. The system comprises a main control part, and the main control part comprises a control kernel STM32F103 which is respectively connected with a light signal generation module, a data storage and communication interface module, and a signal conditioning and analog-digital conversion module, wherein the data storage and communication interface module comprises an SD card, a USB communicating with an upper computer, and a serial interface; the signal conditioning and analog-digital conversion module comprises a data amplifying and filtering part and an analog-digital conversion part and is responsible for signal collection and preprocessing. A probe part comprises the light signal generation module and a light signal receiving module. The system has the advantages of being free of radiation, low in manufacturing cost, portable, easy to operate, high in recognition rate, capable of achieving imaging and the like.

Description

technical field [0001] The invention relates to the field of medical devices, in particular to a tumor imaging system based on near-infrared spectrum blood oxygen concentration measurement and an experimental detection method thereof. Background technique [0002] Traditional tumor detection methods, such as X-ray imaging and nuclear magnetic resonance imaging, already have high imaging resolution, but the equipment is bulky, expensive, and the cost of diagnosis is high, making these methods difficult to become an effective means of tumor screening. In addition, B-ultrasound, X-ray and other detection technologies have many unknown damages to the human body, and they cannot be used as daily detection methods. Due to the limitations of existing detection equipment in terms of safety, cost, and scale, it is impossible to prevent tumors However, tumor detection and imaging technology based on near-infrared spectroscopy has the advantages of no radiation, low cost, portability, ...

AI Technical Summary

Problems solved by technology

[0002] Traditional tumor detection methods, such as X-ray imaging and nuclear magnetic resonance imaging, already have high imaging resolution, but the equipment is bulky, expensive, and the cost of diagnosis is high, making these methods difficult to become an effective means of tumor screening. In addition, B-ultrasound, X-ray and other detection technologies have many unknown damages to the human body, and they cannot be used as daily detection methods. Due to the limitations of existing detection equipment in terms of safety, cost, and scale, it is impossible to prevent tumors However, tumor detection and imaging technology based on near-infrared spectroscopy has the advantages of no radiation, low cost, portability, and easy operation, and has become an effective means for routine tumor detection.

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