Potential applications of non-invasive micro-test technology in individualized tumor treatments

Abstract

Non-invasive Micro-test Technology (NMT) is a technology used for studying the physiological functions of living materials. It can detect the three-dimensional flux information of molecules/ions entering and leaving living organisms without  damaging the samples. Due to functionalities such as in vivo detection, non-invasive testing, high-resolution imaging, dynamic real-time results, etc., NMT is often used to explore physiological characteristics that are difficult to measure using other  techniques. NMT is widely used in medical physiology, botany, zoology and other fields, and has become an essential technology for the study of plant adversity. As an emerging technology in the 21st century, it is becoming more and more refined in
the research direction of various disciplines. However, there are still many gaps in NMT research. At present, in the context of the continued high mortality rate of malignant tumors around the world, the achievements of non-invasive micro-test technology in tumor research are increasing each day. This paper introduces the potential application of NMT in the study of tumor physiology, especially in the individualized treatment of tumors in recent years. These include applications related to tumor research such as the nervous system and the digestive system.