Production of [11C]CH3I by single pass reaction of [11C]CH4 with I2
Identifieur interne : 002373 ( Main/Exploration ); précédent : 002372; suivant : 002374Production of [11C]CH3I by single pass reaction of [11C]CH4 with I2
Auteurs : Jeanne M. Link [États-Unis] ; Kenneth A. Krohn [États-Unis] ; John C. Clark [États-Unis]Source :
- Nuclear Medicine and Biology [ 0969-8051 ] ; 1996.
Abstract
We report a single pass gas phase route to [11C]CH3I based on production of I· from I2 at elevated temperature. I· abstracts H from CH4 to yield ·CH3, which reacts with I2 to form CH3I. A fiber optic spectrometer was used to measure the I2 vapor concentration. [11C]CH3I yield increased with I2 concentration until excessive amounts of condensed I2 began to trap the 11C. The yield of [11C]CH3I was >50% from [11C]CH4; its specific activity was 12,000 Ci/mmole. The synthesis takes only 4 min after 11CH4 production and can be repeated without system cleanup.
Url:
DOI: 10.1016/S0969-8051(96)00181-3
Affiliations:
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Le document en format XML
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<front><div type="abstract" xml:lang="en">We report a single pass gas phase route to [11C]CH3I based on production of I· from I2 at elevated temperature. I· abstracts H from CH4 to yield ·CH3, which reacts with I2 to form CH3I. A fiber optic spectrometer was used to measure the I2 vapor concentration. [11C]CH3I yield increased with I2 concentration until excessive amounts of condensed I2 began to trap the 11C. The yield of [11C]CH3I was >50% from [11C]CH4; its specific activity was 12,000 Ci/mmole. The synthesis takes only 4 min after 11CH4 production and can be repeated without system cleanup.</div>
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