Gallium 68

Cyclone® KIUBE

<p><span>To produce </span>⁶⁸<span>Ga on a cyclotron, the positively charged ions must reach the target at 13 MeV. With its unique Custom Energy feature, the Cyclone^® KIUBE has different exit energy enabling you to reach the highest amount of </span>⁶⁸<span>Ga production at high purity.&nbsp;</span></p> <p><span>For smaller productions, the Cyclone^® KIUBE can also be equipped with a degrador foil to reach the target at 13 MeV.&nbsp;</span></p> More about Cyclone® KIUBE

Nirta® Liquid Target

<p><span>The irradiation of enriched zinc solution takes place in the Nirta^{®&nbsp;&nbsp;}</span>⁶⁸<span>Ga&nbsp;Conical liquid target. The production of </span>⁶⁸<span>Ga&nbsp;using a liquid target is a simple &amp; cost- effective GMP solution similar to the </span>¹⁸<span>F&nbsp;process.</span></p> More about Nirta®  liquid target

Synthera® Extension
Synthera® +

<p><span>The solution recovered from the target is purified on a Synthera^® Extension with a two-step purification process (solid phase extraction) leading to [</span>⁶⁸<span>Ga&nbsp;]GaCl₃. The labelling can then be performed using a cold kit or the &nbsp;Synthera^®+ . The Synthera^®+ system employs an IFP™ disposable cassette system, where the labelling of the peptides (e.g DOTA-NOC, DOTA-TATE, DOTA-TOC, and PSMA-11) takes place.</span></p> More about Synthera® Extension & Synthera® +

Cyclone® KIUBE

<p><span>To produce </span>⁶⁸<span>Ga on a cyclotron, the positively charged ions must reach the target at 13 <span>MeV</span>. With its unique Custom Energy feature, the Cyclone^® <span>KIUBE</span> has different exit energy <span>enabling</span> you to reach the highest amount of </span>⁶⁸<span>Ga production at high purity.&nbsp;</span></p> <p><span>For smaller productions, the Cyclone^® <span>KIUBE</span> can <span>also</span> be equipped with a <span>degrador</span> foil to reach the target at 13 <span>MeV</span>.&nbsp;</span></p> More about Cyclone® KIUBE

Solid Target

<p>⁶⁸<span>Ga&nbsp;can also be obtained using a solid target. The process is more complicated.&nbsp;</span></p> <p><span>Target support only is provided by IBA</span></p>

Dissolution module & Purification

<p><span>The irradiated target material can be purified and used for further labelling.</span></p> <p><br /> <span>Chemistry support only provided by IBA</span></p>

Cyclone® IKON

<p>It is also possible to use the Cyclone^{^®&nbsp;}IKON&nbsp;for&nbsp;⁶⁸Ga production using an energy of 13&nbsp;MeV</p> More about Cyclone® IKON

Solid Target

<p>⁶⁸<span>Ga&nbsp;can also be obtained using a solid target. The process is more complicated.&nbsp;</span></p> <p><span>Target support only is provided by <span>IBA</span></span></p>

Dissolution module & Purification

<p><span>The irradiated target material can be purified and used for further labelling.</span></p> <p><br /> <span>Chemistry support only provided by <span>IBA</span></span></p>

⁶⁸Ge from generator

<p><span><span><span>The </span></span></span>⁶⁸<span><span><span>Ge&nbsp;produced by Cyclone^®&nbsp;30 &nbsp;is used for the manufacturing of &nbsp;the &nbsp;generator </span></span></span>⁶⁸<span><span><span>Ge/</span></span></span>⁶⁸<span><span><span>Ga. The </span></span></span>⁶⁸<span><span><span>Ge&nbsp;is a &nbsp;long half-life &nbsp;isotope (270,95 days), the generator can be shipped around the world.</span></span></span></p> More about Cyclone® 30

Synthera® Extension
Synthera® +

<p><span><span><span>The </span></span></span>⁶⁸<span><span><span>Ga from the generator is <strong>eluted with the help of the Synthera</strong>^®<strong> Extension</strong>. The labelling can then be performed using a cold kit or the &nbsp;Synthera^®+ . The Synthera^® system employs an IFP™ disposable cassette system, where the labelling of the peptides (e.g DOTA-NOC, DOTA-TATE, DOTA-TOC, and PSMA-11) takes place.</span></span></span></p> More about Synthera® Extension & Synthera® +