Technetium-99m has become the most widely used radionuclide in diagnostic Nuclear Medicine due to its physical characteristics of short half-life, low energy of its mono-energetic gamma rays and ease of its incorporation into a wide range of radiopharmaceuticals. It is formed from the decay of a parent radionuclide, molybdenum-99, which through this parent-daughter process, can be provided in a  convenient, readily available form, the Technetium Generator. Some of the technetium labelled compounds and their clinical uses are:

Radiopharmaceutical

BRIT Kit Code

Short form

Clinical Use

99mTc-Phytate

TCK-16

99m Tc-Phy

Liver imaging

99mTc Sulphur Colloid

TCK-5

99mTcS/C

Liver and spleen imaging

99mTc Mebrofenin

TCK-39

99m Tc-mebro

Hepatobilliary function

99mTc Methylene di Phosphonate

TCK-30

99mTc-MDP

Bone Scan


99mTc Red Blood Cells

TCK-38

99mTc-RBC

Cardiac Function and Blood Pool Scans

99mTc Mibi

TCK-50

99mTc-MIBI

Myocardial Perfusion (Heart Muscle Blood
 Flow)

99mTc Diethylene Triamine Penta
Acetic Acid

TCK-7

99mTc-DTPA

Renal Function



99mTc Ethylene di cysteine

TCK-43

99mTc-EC

Renal tubular function


99mTc Glucoheptonate

TCK-15

99m Tc-GHA

Kidney imaging


99mTc Ethyl cystienate dimer

TCK-42

99mTc- ECD

Brain Scan and Scans for Infection

   

 

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