Generator-produced 99m TcO4-: carrier free.
Myles L. Lamson, Alan S. Kirschner, Clifford E. Hotte, Edwin L. Lipsitz, Rodney D. Ice
Abstract
Myles L. Lamson, Alan S. Kirschner, Clifford E. Hotte, Edwin L. Lipsitz, Rodney D. Ice
Abstract
A solution of 99m-TCO4-minus, as eluted from a 99Mo-99mTc radionuclide generator contains a greater chemical quantity of technetium than that attributable to the metastable isomer alone. The isomeric transition of the radionuclide of interest, 99mTc, gives rise to a determinable and chemically significant quantity of technetium carrier, 99Tc. A method is presented for calculating the total chemical quantity of technetium in a generator eluate.
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A solution of 99m-TCO4-minus, as eluted from a 99Mo-99mTc radionuclide generator contains a greater chemical quantity of technetium than that attributable to the metastable isomer alone. The isomeric transition of the radionuclide of interest, 99mTc, gives rise to a determinable and chemically significant quantity of technetium carrier, 99Tc. A method is presented for calculating the total chemical quantity of technetium in a generator eluate.
Key concepts: Technetium, Technetium-99, Generator (circuit theory), Elution, Metastability, Chemistry, Technetium-99m, Radiochemistry