Understanding Nuclear Medicine Nuclear medicine does not equate to nuclear radiation
Release time:2024/4/12
Tourist volume:1926
Many ordinary people know that taking more CT and ultrasound scans can cause radiation to the human body. Naturally, when they hear the new term "nuclear medicine", some people turn pale when talking about it. In fact, nuclear medicine is not a completely new field of medicine. As an important component of modern medicine, nuclear medicine has a history of more than 60 years. China's nuclear medicine started from 1956 to 1957.
So, what is nuclear medicine? Nuclear medicine is a branch of medicine that utilizes the radiation emitted by radioactive isotopes for research, diagnosis, and treatment. Its development relies on radiopharmaceuticals and radiation detection equipment. Nuclear medicine involves various basic and peripheral disciplines such as nuclear medicine, biochemistry and molecular biology, immunology, applied chemistry, nuclear physics, nuclear electronics, and computer science.
Clinical nuclear medicine is generally divided into two parts: in vivo and in vitro. In vivo diagnosis, which uses ECT and PET/CT to detect the distribution of diagnostic radioactive drugs in the human body, and then generates various images for clinical diagnosis reference; In vivo therapy refers to the use of radiation emitted by therapeutic radioactive drugs (including particles) that can concentrate at the site of the lesion, in order to eliminate the diseased cells. It should be emphasized that during in vitro diagnosis and treatment, radioactive drugs do not enter the body. In vitro diagnosis, also known as labeled immunoassay, uses various substances (including radioactive or stable isotopes) to measure trace components such as hormones and tumor markers in the human body, providing reference for clinical diagnosis. Extracorporeal therapy refers to the use of radioactive substances in close contact with the skin and mucous membranes to irradiate and treat local pathological tissues.
So, what is nuclear medicine? Nuclear medicine is a branch of medicine that utilizes the radiation emitted by radioactive isotopes for research, diagnosis, and treatment. Its development relies on radiopharmaceuticals and radiation detection equipment. Nuclear medicine involves various basic and peripheral disciplines such as nuclear medicine, biochemistry and molecular biology, immunology, applied chemistry, nuclear physics, nuclear electronics, and computer science.
Clinical nuclear medicine is generally divided into two parts: in vivo and in vitro. In vivo diagnosis, which uses ECT and PET/CT to detect the distribution of diagnostic radioactive drugs in the human body, and then generates various images for clinical diagnosis reference; In vivo therapy refers to the use of radiation emitted by therapeutic radioactive drugs (including particles) that can concentrate at the site of the lesion, in order to eliminate the diseased cells. It should be emphasized that during in vitro diagnosis and treatment, radioactive drugs do not enter the body. In vitro diagnosis, also known as labeled immunoassay, uses various substances (including radioactive or stable isotopes) to measure trace components such as hormones and tumor markers in the human body, providing reference for clinical diagnosis. Extracorporeal therapy refers to the use of radioactive substances in close contact with the skin and mucous membranes to irradiate and treat local pathological tissues.
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