American Elements: Isotope Supplier & Tech Info

American Elements is a manufacturer and supplier specializing in the Stable (non-radioactive) Isoptopes of numerous elements and their oxide and fluoride compounds marketed under the trademark AE Isotopes™, including Oxygen (Oxygen 18), Calcium (Calcium-42 and Calcium-44), Zinc, Rubidium, Carbon and many others described below.

Most metals naturally occur with at least a portion of at least one of the element's isotopes contained in the natural state. Natural Iron is almost entirely composed of its Iron-56. Silver is approximately ½ Silver-107 and ½ Silver-109.

Isotopes from American Elements are non-radioactive materials with numerous applications and properties.Oxygen-18 has been used extensively to study human metabolism by measuring metabolic energy output in research involving obesity, heart disease, osteoporosis and diabetes. Oxygen-18 can be traced through the body using mass spectrometry. Carbon-13 has also been used for this application, as well as, for basic organic chemistry and molecular structure research.

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Other human metabolism studies to determine the absorption patterns of nutrients have involved tracing a stable isotope of that mineral or element though the body. Iron (Using Iron-54, Iron-57 and Iron-58), Copper (Using Copper-63 and Copper-65), Zinc (Using Zinc-64, Zinc-67, Zinc-68 and Zinc-70), Magnesium (Using Magnesium-25 and Magnesium-26) and many others are used for this application. Other biomedical applications for American Elements' stable isotopes, include using Nickel-58, Nickel-60, Nickel-61 and Nickel-64 to study nitrogen absorption in the blood, Copper-63 and Copper-65 to study gastro-intestinal disorders, Molybdenum-94, Molybdenum-96 and Molybdenum-97 as a label on nutrients to trace metabolism of the labeled nutrient, Lithium-6 for research in kidney function, Vanadium-51 to study brain metabolism and Rubidium-85 and Rubidium-87 to study potassium absorption in the blood.

Isotopes are valuable in environmental and human exposure research. Chlorine-35 and Chlorine-37 are used to study environmental pollutants. Carbon-13 has application in the study of global warming and air pollution control. Lead-204, Lead-206 and Lead-207 can be used to measure human lead poisoning. Similarly, Chromium-53 and Chromium-54 can be used to study these effects with respect to Chromium.

Below is a table listing the Stable Isotopes available from American Elements. Please see a specific material for its ENSDF Citation, Abundance, Half-Life and other technical information, applications and properties.

Metallic Isotopes
(A-L)

Metallic Isotopes
(M-R)

Metallic Isotopes
(R-T)

Metallic Isotopes
(T-Z)

Oxide Isotopes
(A-I)

Oxide Isotopes
(I-Z)

Other Isotopic
Features

Metallic Isotopes (A-L)	Metallic Isotopes (M-R)	Metallic Isotopes (R-T)	Metallic Isotopes (T-Z)	Rare Earth Isotopes	Oxide Isotopes (A-I)	Oxide Isotopes (I-Z)	Oxide Isotopes (Z)	Carbonate Isotopes	Other Isotopic Features

Antimony-123 Isotope	Magnesium-24 Isotope	Ruthenium-100 Isotope	Tungsten-183 Isotope	Dysprosium-161 Oxide Isotope	Boron-10 Oxide Isotope	Iron-58 Oxide Isotope	Zinc-67 Oxide Isotope	Barium-135 Carbonate Isotope	Barium-136 Nitrate Isotope
Boron-10 Isotope	Magnesium-25 Isotope	Ruthenium-101 Isotope	Zinc-66 Isotope	Dysprosium-162 Oxide Isotope	Boron-11 Oxide Isotope	Lead-206 Oxide Isotope	Zinc-68 Oxide Isotope	Barium-137 Carbonate Isotope	Boric-10 Acid Isotope
Boron-11 Isotope	Magnesium-26 Isotope	Ruthenium-104 Isotope	Zinc-67 Isotope	Dysprosium-164 Oxide Isotope	Cadmium-106 Oxide Isotope	Lead-207 Oxide Isotope	Zinc-70 Oxide Isotope	Calcium-40 Carbonate Isotope	Boric-11 Acid Isotope
Cadmium-106 Isotope	Molybdenum-95 Isotope	Selenium-74 Isotope	Zinc-68 Isotope	Erbium-162 Oxide Isotope	Cadmium-108 Oxide Isotope	Magnesium-24 Oxide Isotope	Zirconium-91 Oxide Isotope	Calcium-42 Carbonate Isotope	Boron-10 Carbide Isotope
Cadmium-108 Isotope	Molybdenum-97 Isotope	Selenium-76 Isotope	Zinc-70 Isotope	Erbium-166 Oxide Isotope	Cadmium-110 Oxide Isotope	Magnesium-25 Oxide Isotope		Calcium-43 Carbonate Isotope	Boron-10 Trifluoride Isotope
Cadmium-112 Isotope	Molybdenum-100 Isotope	Selenium-77 Isotope	Zirconium-90 Isotope	Erbium-168 Oxide Isotope	Cadmium-111 Oxide Isotope	Magnesium-26 Oxide Isotope		Calcium-44 Carbonate Isotope	Boron-11 Carbide Isotope
Cadmium-113 Isotope	Nickel-58 Isotope	Selenium-78 Isotope		Erbium-170 Oxide Isotope	Cadmium-112 Oxide Isotope	Molybdenum-94 Trioxide Isotope		Calcium-46 Carbonate Isotope	Boron-11 Trifluoride Isotope
Chromium-53 Isotope	Nickel-60 Isotope	Selenium-82 Isotope		Europium-151 Oxide Isotope	Cadmium-113 Oxide Isotope	Molybdenum-95 Trioxide Isotope		Lead-204 Carbonate Isotope	Cadmium-111 Chloride Isotope
Copper-63 Isotope	Nickel-61 Isotope	Silicon-29 Isotope		Gadolinium-155 Oxide Isotope	Cadmium-114 Oxide Isotope	Molybdenum-96 Trioxide Isotope		Lead-206 Carbonate Isotope	Cadmium-113 Chloride Isotope
Copper-65 Isotope	Nickel-62 Isotope	Silver-107 Isotope		Gadolinium-156 Oxide Isotope	Cadmium-116 Oxide Isotope	Molybdenum-97 Trioxide Isotope		Lead-208 Carbonate Isotope	Lead-207 Nitrate Isotope
Indium-113 Isotope	Nickel-64 Isotope	Silver-109 Isotope		Gadolinium-158 Oxide Isotope	Chromium-50 Oxide Isotope	Molybdenum-98 Trioxide Isotope		Lithium-6 Carbonate Isotope	Lead-207 Sulfate Isotope
Iridium-193 Isotope	Osmium-187 Isotope	Tellurium-122 Isotope		Gadolinium-160 Oxide Isotope	Chromium-52 Oxide Isotope	Silicon-28 Dioxide Isotope		Strontium-86 Carbonate Isotope	Potassium-40 Chloride Isotope
Iron-54 Isotope	Osmium-188 Isotope	Tellurium-123 Isotope		Lutetium-176 Oxide Isotope	Chromium-53 Oxide Isotope	Silicon-29 Dioxide Isotope		Strontium-87 Carbonate Isotope	Potassium-41 Chloride Isotope
Iron-56 Isotope	Palladium-102 Isotope	Tellurium-124 Isotope		Neodymium-145 Oxide Isotope	Chromium-54 Oxide Isotope	Silicon-30 Dioxide Isotope		Strontium-88 Carbonate Isotope	Rubidium-87 Chloride Isotope
Iron-57 Isotope	Palladium-104 Isotope	Tellurium-125 Isotope		Neodymium-150 Oxide Isotope	Copper-63 Oxide Isotope	Thallium-203 Oxide Isotope			Sodium Bromide-79 Isotope
Iron-58 Isotope	Palladium-105 Isotope	Tellurium-126 Isotope		Samarium-144 Oxide Isotope	Copper-65 Oxide Isotope	Tin-119 Oxide Isotope			Sodium Bromide-81 Isotope
Lead-204 Isotope	Palladium-108 Isotope	Tin-112 Isotope		Samarium-152 Oxide Isotope	Gallium-69 Sesquioxide Isotope	Titanium-49 Oxide Isotope			Sodium Chloride Isotope
Lead-206 Isotope	Platinum-194 Isotope	Tin-116 Isotope		Samarium-154 Oxide Isotope	Gallium-71 Sesquioxide Isotope	Tungsten-182 Trioxide Isotope
Lead-207 Isotope	Platinum-196 Isotope	Tin-117 Isotope		Ytterbium-171 Oxide Isotope	Hafnium-180 Oxide Isotope	Tungsten-184 Trioxide Isotope
Lead-208 Isotope	Platinum-198 Isotope	Tin-118 Isotope		Ytterbium-172 Oxide Isotope	Indium-113 Oxide Isotope	Tungsten-186 Trioxide Isotope
Lithium-6 Isotope	Rhenium-185 Isotope	Tin-119 Isotope		Ytterbium-174 Oxide Isotope	Iron-54 Oxide Isotope	Zinc-64 Oxide Isotope
Lithium-7 Isotope	Ruthenium-99 Isotope	Tungsten-182 Isotope		Ytterbium-176 Oxide Isotope	Iron-57 Oxide Isotope	Zinc-66 Oxide Isotope

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