technetium-99m is an isotope of the artificially and it has many characteristics for nuclear medicine scan the first one it has a half-life of six hours and it decay by process called “ isomeric ” and emit low energy of gamma rays and this helps to easily exit the body and can be detected accurately also emit beta rays but without high energy radiation dose to the patient is low . It has different number of compounds created for various structures such as CNS imaging it use Tc-99 ECD , bone imaging it use Tc-99 MDP , renal imaging it use Tc-99 MAG3 , parathyroid imaging it use Tc-99m sestamibi , lung ventilation imaging and bronchial clearance it use Tc-99 DTPA ( aerosol ) and to differentiate between malignant and benign use Tc-99m MIBI
technetium-99m is an isotope of the artificially and it has many characteristics for nuclear medicine scan the first one it has a half-life of six hours and it decay by process called “ isomeric ” and emit low energy of gamma rays and this helps to easily exit the body and can be detected accurately also emit beta rays but without high energy radiation dose to the patient is low . It has different number of compounds created for various structures such as CNS imaging it use Tc-99 ECD , bone imaging it use Tc-99 MDP , renal imaging it use Tc-99 MAG3 , parathyroid imaging it use Tc-99m sestamibi , lung ventilation imaging and bronchial clearance it use Tc-99 DTPA ( aerosol ) and to differentiate between malignant and benign use Tc-99m MIBI