How to produce <strong>Zirconium 89</strong>
Cyclotron
Target
Chemistry
Optimized production route
Cyclone® KIUBE
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Cyclone® KIUBE
<p><sup>89</sup>Zr is produced on a cyclotron using proton bombardment (14-14,5MeV). This can be obtained using the Cyclone<sup>®</sup> KIUBE Custom Energy feature or a degrader foil. <br /> </p> More about Cyclone® KIUBE
Nirta® solid targets
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Nirta® solid targets
<p>The production of <sup>89</sup>Zr, from the <sup>89</sup>Y( p,n)<sup>89</sup>Zr only requires a natural <sup>89</sup>Y-foil as target material. This foil is then placed onto a aluminium/copper disk in the Nirta<sup>®</sup> Solid target. The target material is then irradiated and it is manually or automatically transferred to a hot cell.</p> More about Nirta® Solid target
Pinctada® Metal
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Pinctada® Metal
<p>The irradiated target material is then dissolved and post-processed. <span><span>Pinctada</span></span><sup>®</sup> platform is a complete industrial platform for the dissolution & purification of <sup>89</sup>Zr-oxalate.<br /> After purification, the purified radioisotope is obtained <span lang="EN-US"><span>in the form of </span></span><sup>89</sup>Zr-oxalate and it can be used for further labelling manually or on <span><span>Synthera</span></span><sup>®</sup> </p> More about Pinctada® metal
Alternative
Cyclone® 30 XP
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Cyclone® 30 XP
<p><sup>89</sup>Zr can also be produced on the Cyclone<sup>® </sup>30 XP using its variable energy</p> More about Cyclone® 30 XP
Nirta® solid target
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Nirta® solid target
<p>The production of <sup>89</sup>Zr, from the <sup>89</sup>Y( p,n)<sup>89</sup>Zr only requires a natural <sup>89</sup>Y-foil as target material. This foil is then placed onto a aluminium/copper disk in the <span>Nirta</span><sup>®</sup> Solid target. The target material is then irradiated and it is manually or automatically transferred to a hot cell.</p> More about Nirta® solid target
Pinctada® Metal
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Pinctada® Metal
<p>The irradiated target material is then dissolved and post-processed. <span>Pinctada</span><sup>®</sup> platform is a complete industrial platform for the dissolution & purification of <sup>89</sup>Zr-oxalate.<br /> After purification, the purified radioisotope is obtained <span lang="EN-US"><span>in the form of </span></span><sup>89</sup>Zr-oxalate and it can be used for further labelling manually or on <span>Synthera</span><sup>®</sup> </p> More about Pinctada® metal
Cyclone® IKON
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Cyclone® IKON
<p><sup>89</sup>Zr can also be produced on the Cyclone<sup>® </sup>IKON using its variable energy</p> More about Cyclone® IKON
Nirta® Solid target
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Nirta® Solid target
<p>The production of <sup>89</sup>Zr, from the <sup>89</sup>Y( p,n)<sup>89</sup>Zr only requires a natural <sup>89</sup>Y-foil as target material. This foil is then placed onto a aluminium/copper disk in the <span><span>Nirta</span></span><sup>®</sup> Solid target. The target material is then irradiated and it is manually or automatically transferred to a hot cell.</p> Moer about Nirta® Solid target
Pinctada® Metal
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Pinctada® Metal
<p>The irradiated target material is then dissolved and post-processed. <span><span>Pinctada</span></span><sup>®</sup> platform is a complete industrial platform for the dissolution & purification of <sup>89</sup>Zr-oxalate.<br /> After purification, the purified radioisotope is obtained <span lang="EN-US"><span>in the form of </span></span><sup>89</sup>Zr-oxalate and it can be used for further labelling manually or on <span><span>Synthera</span></span><sup>®</sup> </p> More about Pinctada® metal
Resources
Scientific publications
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