Isotope Targets

Deluxe Industrial Gases offers a number of Stable Isotope Targets that are particularly suited for use as a target for the production of radioisotopes in either an accelerator (cyclotron or linear accelerator) or reactor. Each lot carries a distinct and traceable manufacturer’s lot record for easier FDA and cGMP certification. Specific lots are available to allow for greater batch size thus reducing expensive re-qualification.

Additional information regarding our Stable Isotopes Targets is available below.

DIG Accelerator Isotope Targets

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Product Details:

CategoryGas Mixtures
Purity (%)99.99
Grade StandardIndustrial Grade
Enrichment98%
Chemical PurityMore than 99.95%

All materials are guaranteed and are available from stock. Contract deliveries available. Each lot carries manufacturers and independent 3rd party assay. All assay’s are conducted via ICP- Mass spec. XPD analysis is also available for all powdered forms of material.

203TlEnrichment: 97.0%111CdEnrichment: 95.5%
Chemical Purity: > 99.98%Chemical Purity:> 99.95%
Forms: Oxide, pelletsForms: Oxide, metal ingots, metal plates
Special isotopic features:Special isotopic features:
• Enrichments available above 99.0%+110Cd < 0.4%
112CdEnrichment:98.2%67ZnEnrichment: 94.2%
Chemical Purity: > 99.95%Chemical Purity: > 99.95%
Forms: Oxide, metal ingots, metal platesForms: Oxide, metal ingots
Special isotopic features:Special isotopic features:
110Cd & 114Cd < 100 ppm thus reducing cycle time• Batches as high as 95% available
68ZnEnrichment: 99.3%70ZnEnrichment: 95.5%
Chemical Purity: > 99.98%Chemical Purity: > 99.98%
Forms: Oxide, metal ingotsForms: Oxide, metal ingots
Special isotopic features:Special isotopic features:
66Zn < 1000 ppm thus reducing cycle time• New precursor for 67Cu production
123TeEnrichment: 99.3%124TeEnrichment: 99.7%
Chemical Purity: > 99.97%Chemical Purity: > 99.93%
Forms: Oxide, metal powder, metal crystalsForms: Oxide, metal powder, metal crystals
Special isotopic features:Special isotopic features:
124Te < 800 ppm.123Te < 500 ppm perfect target for 124I production. The next PET isotope
• Proven to Increase 123I Yield over 124Xe Targets
82KrEnrichment: 99.9%124XeEnrichment: 99.98%
Chemical Purity: > 99.9%Chemical Purity: > 99.99%

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Accelerator Isotope Targets

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Product Details:

CategoryCompound Gases
Purity (%)99.999 %
Grade StandardIndustrial Grade
Helium Cylinders SizeFrom 1 Liter to 50 Liter
Brand DIG

Accelerator Isotope Targets
203Tl
Enrichment: 97.0%
Chemical Purity: > 99.98%
Forms: Oxide, pellets
Special isotopic features:
• Enrichments available above 99.0%+
111CdEnrichment: 95.5%
Chemical Purity:> 99.95%
Forms: Oxide, metal ingots, metal plates
Special isotopic features:
• 110Cd < 0.4%
112CdEnrichment:98.2%
Chemical Purity: > 99.95%
Forms: Oxide, metal ingots, metal plates
Special isotopic features:
• 110Cd 114Cd < 100 ppm thus reducing cycle time
67ZnEnrichment: 94.2%
Chemical Purity: > 99.95%
Forms: Oxide, metal ingots
Special isotopic features:
• Batches as high as 95% available
68ZnEnrichment: 99.3%
Chemical Purity: > 99.98%
Forms: Oxide, metal ingots
Special isotopic features:
• 66Zn < 1000 ppm thus reducing cycle time
70ZnEnrichment: 95.5%
Chemical Purity: > 99.98%
Forms: Oxide, metal ingots
Special isotopic features:
• New precursor for 67Cu production
123TeEnrichment: 99.3%
Chemical Purity: > 99.97%
Forms: Oxide, metal powder, metal crystals
Special isotopic features:
• 124Te < 800 ppm.
• Proven to Increase 123I Yield over 124Xe Targets
124TeEnrichment: 99.7%
Chemical Purity: > 99.93%
Forms: Oxide, metal powder, metal crystals
Special isotopic features:
• 123Te < 500 ppm perfect target for 124I production. The next PET isotope
82KrEnrichment: 99.9%
Chemical Purity: > 99.9%
124XeEnrichment: 99.98%
Chemical Purity: > 99.99%

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Stable Isotopes In Nutritional Studies

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Grade StandardTechnical Grade
Physical StateGases
UsageIndustrial

Stable isotopes are very useful tools which are used extensively in scientific research. Within the field of nutritional studies stable isotopes are used for studying the flow of nutrients through the human body. Since they are safe and non-radioactive they can even be used in infants and pregnant women.

Compounds containing stable isotopes can be identified and measured using the molecular weight of the compound. This is because it will differ from that of the original compound. Using an instrument called a mass spectrometer, researchers can use this weight difference to trace the stable isotopes as they travel through the body and appear in blood, urine, breath, and stool samples.

The first paper published that described the use of a stable isotope tracer in a human metabolic study was in 1963. Today, there are four commonly studied isotopes used in nutrition studies, which include calcium, iron, magnesium and zinc.

Calcium Isotopes are used at length in clinical research studies. Calcium has six stable isotopes, which include 40Ca, 42Ca, 43Ca, 44Ca, 46Ca and 48Ca. They are used to measure calcium absorption mainly in women and children. In adults, calcium deficiency is strongly related to increasing severity of osteoporosis. In children, calcium deficiency is primarily related to the development of rickets. (S.A. Abrams and W.W. Wong, Stable Isotopes in Human Nutrition, 2003).

There are four stable Iron Isotopes: 54Fe, 56Fe, 57Fe and 58Fe. The two most commonly used isotopes in nutritional studies are 57Fe and 58Fe. One study, conducted by the University of Iowa and the University of Texas (Samuel J. Fomon et al., January 2003) involved the use of 58Fe to study iron-loss by human adolescents. The investigators were able to estimate inevitable iron loss by adolescents because total body iron of the adolescents had been enriched with the stable isotope, 58Fe, as the result of earlier studies of iron absorption. At the conclusion of this study, they were able to estimate the requirement for absorbed iron.     

The consequences of magnesium deficiency are more difficult to identify which can be associated with the difficulties of conducting stable magnesium isotope studies. There are only two stable Magnesium Isotopes: 25Mg and 26Mg are regularly used in studies. It is known that magnesium is important in bone and muscle function. Deficiency conditions have been associated with disorders including bone loss, diabetes and neurological impairment (Rude, 1998).

There are five stable Zinc Isotopes: 64Zn, 66Zn, 67Zn, 68Zn and 70Zn. The three most commonly used isotopes in nutritional studies are 67Zn, 68Zn and 70Zn. There are many studies being conducted in areas including the deficiency of zinc in children in developing countries and absorption rates of zinc. A deficiency of zinc can cause poor growth, reduced resistance to infections, and life-threatening bouts of diarrhea and pneumonia. More information can be found at the USDA/ARS Children's Nutrition Research Center at Baylor College of Medicine.
     
Deluxe Industrial Gases can provide all of the above isotopes mentioned. We are the only supplier who can supply high-enriched 43Ca and 48Ca for nutritional studies. We also supply a full range of isotopes for other fields of scientific research.

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Reactor Isotope Targets

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Complete specifications for reactor isotope targets are as below :

102PdEnrichment: 90.4%152GdEnrichment: 34.8%
Chemical Purity: > 99.9%Chemical Purity: > 99.4%
Forms: Metal PowderForms: Oxide, Chloride
Special isotopic features:Special isotopic features:
110Pd < 0.1%153Gd Target
176LuEnrichment: 82%176YbEnrichment: 97.6%
Chemical Purity: > 99%Chemical Purity: > 99.96%
Forms: OxideForms: Oxide
Special isotopic features:Special isotopic features:
177Lu Target, α =2000177Lu Target, α =2.4
88SrEnrichment: 99.92%84SrEnrichment: 78.3%
Chemical Purity: > 99.96%Chemical Purity: > 99.9%
Forms: CarbonateForms: Carbonate
Special isotopic features:62NiEnrichment: 99.4%
84Sr < 0.001%Chemical Purity: > 99.97%
168YbEnrichment: 41.4%Forms: Metal, metal powder and granules
Chemical Purity: > 99.95%Special isotopic features:
Forms: Oxide63Ni Target, α =14
Special isotopic features:33SEnrichment: 99.92%
• Enrichments available above 21%Chemical Purity: > 99.97%
152SmEnrichment: 99%Forms: Elemental powder
Chemical Purity: > 99.5%74SeEnrichment: 99%
Forms: OxideChemical Purity: > 99.97%
Special isotopic features:Forms: Metal powder
• Batches from 96% to 99% available

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Specialized Pre-Made Targets

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IsotopeFormLoadingSizeWeight (mg)Backing
B-11metal4441.27mg/cm²17.35cm²7656Ta - 0.010mm
Cd-111metal10.00mg/cm²5.07cm²50.67Ta supplied
Cu-63metal10.00mg/cm²1cm²10N/A
Cu-63metal316.00-516.00µg/cm²--N/A
Cu-65metal foil pcsvarious-102.5N/A
Fe-56metal0.21mg/cm²4.50cm²0.95Cu supplied
Gd-154metal5.00mg/cm²3.14cm²15.71Au - 0.0005 inch
Gd-156metal25.00mg/cm²3.14cm²78.54Au - 0.0005 inch
Gd-158metal25.00mg/cm²3.14cm²78.54Au - 0.0005 inch
In-113metal10.00mg/cm²5.07cm²50.67Ta supplied
In-115metal10.00mg/cm²5.07cm²50.67Ta supplied
Mg-25metal25.00mg/cm²6.27cm²156.75N/A
Mg-25metal1.00mg/cm²0.79cm²16.49N/A
Mg-25metal3.00mg/cm²-18.9N/A
Mg-25metal20.00µg/cm²3.61cm²0.07Ta - 0.010 inch
Mg-26metal1.00mg/cm²0.79cm²16.49N/A
Mo-96metal4.00mg/cm²1.61cm²38.71N/A
Ni-58metal0.50mg/cm²9.98cm²4.99Cu supplied
Ni-58metal1.00mg/cm²16.00cm²16S.S. supplies
Ni-60metal250µg/cm²6.13cm²1.53Cu - 0.0002 inch
Ni-61metal foil pcsvarious-21N/A
Si-28metal300µg/cm²1.96cm²1.18N/A
Sm-148oxide50.00mg/cm²1.60cm²80Melinex supplied
Sr-86metal5.00mg/cm²3.14cm²15.71Mylar supplied
Y-89metal11.18mg/cm²6.25cm²11.18Ar supplied
Y-89metal44.72mg/cm²6.25cm²44.72Ar supplied
Zn-64metal foil pcsvarious-57.9N/A

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