Title of article :
Freeze-Dried Formulation for Direct 99mTc-Labeling ior-egf/r3 MAb: Additives, Biodistribution, and Stability
Author/Authors :
Duconge، Jorge نويسنده , , Nunez-Gandolff، Gilda نويسنده , , Fernandez، Eduardo نويسنده , , Iznaga-Escobar، Normando نويسنده , , Morales، AleJo A. Morales نويسنده , , Perez، Niuvis Perez نويسنده , , Veliz، Belkis Chico نويسنده , , Caballero-Torres، Idania نويسنده , , Crespo، Francisco Zayas نويسنده , , Veloso، Ana نويسنده ,
Issue Information :
روزنامه با شماره پیاپی سال 1999
Pages :
-716
From page :
717
To page :
0
Abstract :
4-lodo-N-(2-morpholinoethyl)benzamide (1) is a new benzamide that is an analogue of the antidepressant moclobemide. The synthesis of (1) is described and the radiolabelling conditions with Na123I and Na125I were optimized using the Cu(I)-added exchange labelling reaction. The reaction was found to perform best in the presence of Cu+ and a stannous reducing agent, in the absence of Cu2+ and potassium iodide, and at [H+ ] == 1.8-7.9 mM with a ligand (1) concentration = 2.6-5.6 mg/mL cold kit. Above a [H+ ] of 7.9 mM, the hydrolysis of (1) gave 4-iodo[125I]benzoic acid in high amounts. The radiochemical conversion was routinely >95% and >98% after anion exchange Sep-Pak treatment. The radiolabelled product is stable at room temperature for at least 4 h.
Keywords :
Monoclonal antibodies , Radiolabeling , technetium-99m , Freeze-dried , biodistribution
Journal title :
NUCLEAR MEDICING & BIOLOGY
Serial Year :
1999
Journal title :
NUCLEAR MEDICING & BIOLOGY
Record number :
29508
Link To Document :
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