How can myocardiology be identified through nuclear medicine?

Myocardial hemorrhage, in short, is a lack of myocardial blood, which can lead to serious consequences such as chest pain, heart cramps and even heart infarction. So, how exactly do you detect myocardia? Nuclear medicine provides an advanced, non-intrusive means of detection — a visual image of the myocardial injection of nuclear medicine. What’s myocardial injection? Cardiac infusion is a method of detecting myocardial blood flow using radiopharmaceuticals and PET or SPECT equipment. During testing, radioactive drugs (e.g. 99mTc-MIBI or 13N-NH3) are injected into the body and enter the heart muscle as blood flows. If there is insufficient blood supply in an area of the myocardial muscle, the distribution of radiopharmaceuticals in the region will decrease, as can be seen from the image as a “deficit area”. Through this technique, doctors can: 1) know if there is a blood deficiency in the myocardial muscle; 2) determine the extent and severity of the ischaemic blood deficiency; 3) help assess whether further treatment is required, such as support or bridging surgery. What’s the test procedure? 1) Silent Scan: The patient receives a visual in a quiet state to observe the flow of basic blood. 2) Load status scanning: Simulates the state of heart work by means of a drug or exercise, with a further visual image to assess the blood deficiency of the cardiac muscle in high loads. 3) Comparative analysis: Comparison of the static with the visual image of the load, and precise location of the abnormal area. Strength of nuclear medicine myocardiology 1) High sensitivity: early detection of slight myocardial insemination, possible leakage of traditional electrocardiograms. 2) Non-invasive: no direct operation of the heart is required to detect safety and comfort. 3) Functional assessment: It is possible to assess not only the presence of ischaemic blood but also the effectiveness of treatment. Which crowds? 1) Persons with repeated chest pains but with no apparent abnormalities in their EK chart; 2) patients with high risk of coronary heart disease, such as hypertension, hypertension, diabetes; 3) patients with pre-operative assessment or follow-up. Cope reminds you not to lose sight of the value of a nuclear medical examination if you have a history of chest pain or cardiovascular disease in your family! It helps you to “prevent the disease” and leaves your heart in a state of inactivity. A healthy heart is the guarantee of a happy life. Early detection, early treatment are the best care for the heart! If you’d like to know more about the visualization of my heart muscles, welcome to the comment section.