Micro needle-shaped electrode for identifying arteries and veins in operation

Abstract

The invention discloses a micro needle-shaped electrode for identifying arteries and veins in an operation. The micro needle-shaped electrode comprises the following steps: measuring blood sample saturation values of main arteries, middle arteries and small arteries of normal adult monkeys; measuring blood sample saturation values of main veins, middle veins and small veins, respectively measuring two main arteries, two middle arteries and two small arteries; simultaneously measuring two main veins, two middle veins, two small veins, surgically anatomizing spermatocordia veins; measuring each vein and artery, measuring the blood oxygen saturation degree of each artery and vein, and statistically analyzing arterial and venous differences, and counting the difference between the artery average value and the vein average value, and judging whether the measured value has comparability and overlapping. According to the micro needle-shaped electrode designed according to the arteriovenous blood oxygen saturation degree principle, arteries and veins can be effectively distinguished in an operation by noninvasively detecting the blood oxygen saturation degree in a blood vessel, the micro needle-shaped electrode is used for distinguishing arteries and veins in a varicocele operation, operation accidental injuries can be effectively reduced, and the postoperative effect can be effectively improved.

Description

technical field [0001] The invention relates to the field of medical technology, in particular to a micro-needle electrode for identifying arteries and veins during operation. Background technique [0002] In surgery such as varicocele surgery, the identification of arteries and veins is sometimes very difficult, resulting in false ligation of arteries, incomplete ligation of veins will affect the surgical effect or cause surgical complications such as testicular atrophy. Applicants use the principle of arteriovenous oxygen saturation It is an international initiative to design a micro-needle electrode that can detect blood oxygen saturation in blood vessels non-invasively and effectively distinguish arteries and veins during surgery. Contents of the invention [0003] The purpose of the present invention is to provide a micro-needle electrode for identifying arteriovenous during operation, which has the advantages of effectively identifying arteriovenous, and solves the d...

AI Technical Summary

Problems solved by technology

[0003] The purpose of the present invention is to provide a micro-needle electrode for identifying arteriovenous during operation, which has the advantages of effectively identifying arteriovenous, and solves the difficulty in identifying arteriovenous in varicocele surgery sometimes, resulting in false ligature of arteries and venous connection. Problems that do not fully affect the surgical effect or cause surgical complications such as testicular atrophy