
How to produce <strong>Iodine 123</strong>
Cyclotron
Target
Chemistry
Optimized production route
Cyclone® IKON
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Cyclone® IKON
<p><sup>123</sup>I can be produced on a cyclotron using proton bombardment (28- 30MeV) of a <sup>124</sup>Xenon gas target.</p> More about Cyclone® IKON
Nirta® XETI gas target
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Nirta® XETI gas target
<p>Gas target loaded with enriched <sup>124</sup>Xenon to provide <sup>123</sup>I by natural decay. The gas target has a cryogenic recovery system for <sup>124</sup>Xe (working in closed loop). The <sup>123</sup>I is extracted by washing target with pure water.</p>
Pinctada® 123I
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Pinctada® 123I
<p> The target wash solution is purified by two ion exchange columns to provide a concentrated NaI solution for dispensing or labelling </p> More about Radioalogen Chemistry
Cyclone® 30 XP
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Cyclone® 30 XP
<p><sup>123</sup>I can be produced on a cyclotron using proton bombardment (28- 30MeV) of a <sup>124</sup>Xenon gas target.</p> More about Cyclone® 30XP
Nirta® XETI gas target
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Nirta® XETI gas target
<p>Gas target loaded with enriched <sup>124</sup>Xenon to provide <sup>123</sup>I by natural decay. The gas target has a cryogenic recovery system for <sup>124</sup>Xe (working in closed loop). The <sup>123</sup>I is extracted by washing target with pure water.</p>
Pinctada® 123I
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Pinctada® 123I
<p> The target wash solution is purified by two ion exchange columns to provide a concentrated <span>NaI</span> solution for dispensing or labelling </p> More about Radioalogen Chemistry
Alternative
Cyclone® KIUBE
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Cyclone® KIUBE
<p><sup>123</sup>I can also be produced using a solid target and an energy of 14 MeV </p> More about Cyclone® KIUBE
Nirta® solid target
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Nirta® solid target
<p>Nirta<sup>®</sup> Solid target can be used for the irradiation of enriched <sup>123</sup>Te via <sup>123</sup>Te(p,n)<sup>123</sup>I nuclear reaction. </p> More about Nirta® solid target
HighMOR®
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HighMOR®
<p>The radioiodine separation is accomplished via thermo-distillation with the <span>HighMOR</span><sup>®</sup> system at high temperature to release the iodine. Iodine is then trapped into a solution. This fully automated process is controlled by user-friendly software interface allowing separation in less than 4h.</p> More about HighMOR®
Cyclone® 30 XP
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Cyclone® 30 XP
<p><sup>123</sup>I can also be produced using a solid target and variable energy </p> More about Cyclone® 30
Nirta® solid target
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Nirta® solid target
<p><span>Nirta</span><sup>®</sup> Solid target can be used for the irradiation of enriched <sup>123</sup>Te via <sup>123</sup>Te(p,n)<sup>123</sup>I nuclear reaction. </p> More about Nirta® solid target
HighMOR®
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HighMOR®
<p>The radioiodine separation is accomplished via <span>thermo</span>-<span>distillation</span> with the <span><span>HighMOR</span></span><sup>®</sup> system at high temperature to release the iodine. Iodine is then trapped into a solution. This fully automated process is controlled by user-friendly software interface allowing separation in less than 4h.</p> More about HighMOR®Resources
Scientific publications
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