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  • Trace Arsenic Analysis
    Arsenic Speciation Analysis
    Arsenic Speciation in Rice
    Arsenic Speciation in Clams
    Arsenic Speciation in Algae
    Arsenic Speciatin in Kelp
    Arsenic Speciation in Milk
    Arsenic Speciation in Soil
    Arsenic Speciation in Plants
    Arsenic Speciation of FGD Influent
    Arsenic Speciation in Constructed Wetlands
    Arsenic Speciation in Agricultural Runoff
    Arsenic Speciation in Groundwater
    Arsenic Speciation in Lake and River Water
    Arsenic Speciation in Poultry Litter
    Arsenic Speciation in Blood Serum
    Arsenic Speciation in Urine
    Arsenic Speciation in Brain Matter
    Arsenic Speciation in Nutraceuticals
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  • Trace Selenium Analysis
    Selenium Speciation Analysis
    Selenium Speciation in FGD Wastewater
    Selenium Speciation in yeast
    Selenium Speciation of Fish eggs
    Selenium Speciation of Soil
    Selenium Speciation of Blood Serum
    Selenium Speciation of Urine
    Selenium Speciation of Agricultural Runoff
    Selenium Speciation of Oil Refinery Wastewater
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  • Trace Total Mercury Analysis
    Mercury Speciation of River Water
    Mercury Speciation of Lake Water
    Mercury Speciation of Soil
    Mercury Speciation of Tissue
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  • Hexavalent Chromium
    EPA Method 6800 (SIDMS)
    Hexavalent Chromium in Soils
    Hexavalent Chromium in Sediments
    Hexavalent Chromium in Pharmaceuticals
    Hexavalent Chromium in Neutraceuticals
    Hexavalent Chromium in Fish
    Hexavalent Chromium in Cosmetics
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  • Thallium Speciation of Pond Water
    Thallium Speciation of Tissue
    Vanadium Speciation of Pond Water
    Manganese Speciation of Groundwater
    Metal Cyanide Speciation Analysis of Mine Runoff
    Total Cyanide Analysis of FGD Wastewater
    Available Cyanide Analysis of FGD Wastewater



 

 

 

 

Although the efficacy for many of the compounds facilitated in the nutraceutical industry is well documented the impurities and molecular confirmation of the target material can be elusive.

Since most facets of the nutraceutical industry are not regulated by the FDA very few analytical methods have been promulgated to support the industry. This is a major concern to the industry since some states (e.g. California Prop 65) have ratified regulations which necessitate that the products must be tested and be documented to be free of listed carcinogens. Since there are limited or no promulgated methods to directly support the nutraceutical industry, EPA environmental methods or Standard Methods are often facilitated resulting in inconclusive results.

Hexavalent chromium quantitation has been consistently problematic for nutraceutical products as the extraction procedures (EPA Method 3060 and 3060A) are not designed for the complex organic matrices. Significant analytical interferences associated with colorimetric detection have also been documented due to the highly soluble aromatic compounds.

Due to the complex nature of nutraceutical products Applied Speciation and Consulting offers an array of different scientifically based analytical and preparatory methods. If current methodology is found to produce inconclusive results (based on rigorous quality control) our scientists have the experience and knowledge to direct method development and research to ensure the product can be safely consumed.

Professional experience for the nutraceutical market includes, but not limited to:

Sample Matrices                      Services

Chromium supplements                                         Trace Metals Analysis

Selenium supplements                                           Arsenic Speciation Analysis

Selenium enriched yeast                                         Selenium Speciation Analysis

Kelp extracts                                                       Chromium Speciation Analysis

Vitamin powders                                                  Analytical Method Development

Vitamin supplements                                          

Source Materials

 

 

Applied Speciation and Consulting 2009