Trace elemental screening and speciation analysis of food is receiving global attention. Some elements are an essential part of a healthy diet, but others, such as lead, mercury, arsenic and cadmium, offer no nutritional benefits to humans and are actually toxic.
Because food is the primary conduit for elements to enter humans, regulators are becoming stricter and requiring manufacturers to monitor levels of hazardous elements in foodstuffs. In addition, food manufacturers and suppliers are now legally required to label food with ingredients and nutritional information.
All of this is driving industry-wide demand for fast, sensitive, reliable and cost-effective testing methods for high-throughput trace elemental analysis of food. That's why we've created breakthrough technologies to identify organic and inorganic elements at ppm to sub-ppt levels across the lab with our broad portfolio of instrumentation. We help make it possible for scientists in the food and beverage market to work faster—and with the confidence and flexibility to adapt to changing demands.
Listen to our free webcast to learn about the detection and analysis of essential and trace elemental content in baby foods using ICP-MS.
Once toxic elements are in the food chain, they can pose significant health risks. For this reason, it is essential to have simple and robust, analysis methods using techniques such as atomic absorption spectroscopy (AAS), inductively coupled plasma – optical emission spectroscopy (ICP-OES) and inductively coupled plasma – mass spectrometry (ICP-MS) for determination of major and minor concentrations of elements and their species in food.
This application note demonstrates the ability of the Thermo Scientific iCAP RQ ICP-MS to quantify trace elements in meat and meat products in compliance with the AOAC 2015.01 guideline, the Food Safety and Standards Authority of India (FSSAI), China Food and Drug Administration (CFDA), and European Commission (EC) MRLs.
Download this applications summary notebook to learn about elemental speciation and why IC-ICP-MS is the method of choice when analyzing species of certain chemicals. The notebook includes summaries and links to full versions of application notes describing speciation of several different elements, including arsenic, bromine, chromium, iodide and mercury in a variety of matrices, from food to pharmaceuticals.
In recent years, single-particle ICP-MS, used to detect, characterize and quantify metal and metal oxide nanoparticles, such as Au, Ag and TiO2 particles, has evolved. Download this compendium to learn how ICP-MS instruments and software tools can improve characterization and quantification of metal and metal oxide nanoparticles.
This application note demonstrates the high sensitivity and robustness of the Thermo Scientific iCE 3500 AAS for accurately and precisely measuring lead content in milk powder samples by direct injection, using a single analysis method.
This application note describes a workflow for the accurate, precise quantification of multiple trace-level elements in rice using ICP-MS. This optimized method offers an excellent solution for commercial food testing laboratories needing to improve sample throughput without sacrificing data quality.
This application note describes a complete solution for quantification of trace levels of multiple elements in wheat. The method is based on microwave digestion and quantification using ICP-MS. This method meets the AOAC 2015.01 guidelines and the FSSAI, CFDA, and EU MRL requirements by achieving excellent accuracy (85–112%) and precision (<10%).
Trace elemental screening and speciation analysis is receiving global attention. Learn what it is, why it's important and how it can help address specific concerns around food.
|eBook||Food Safety Residue Testing using Mass Spectrometry||Various||EB72890|
|Brochure||Metals in Food and Beverage – Identification and Quantitation Workflows||Trace Elemental Analysis||BR72713|
|Brochure||Metals in Food and Beverage – Identification and Quantitation Workflows (Interactive Version)||Trace Elemental Analysis||BR72713|
|Application Note||Cadmium Determination in Crab Meat using Graphite Furnace Atomic Absorption Spectroscopy||Atomic Absorption||AN43188|
|Application Note||Iron and Magnesium Determination in Meat using Flame Atomic Absorption Spectroscopy||Atomic Absorption||AN43190|
|Application Note||Determination of Inorganic Arsenic in Rice using IC-ICP-MS||ICP-MS||AN43255|
|Application Note||Petrochemical Series - Elemental Analysis of Canola Oil Using iCAP 7400 ICP-OES||ICP-OES||AN40876|
|Application Note||Ion Chromatography ICP-Q-MS for the Detection of As Species in Apple Juice||ICP-MS||PN70001|
|Application Note||The Analysis of Cadmium in Chocolate by Graphite Furnace Atomic Absorption Spectrometry||Atomic Absorption||AN43034|
|Application Note||Analysis of Toxic Elements in Drinking and Bottled Waters using the iCAP 7200 ICP-OES||ICP-OES||AN43154|
|Application Note||IC-ICP-MS Speciation analysis of As in Apple Juice using the iCAP Q ICP-MS||ICP-MS||AN43099|
|Application Note||Speciation analysis of Cr (III) and Cr (VI) in drinking waters using anion exchange chromatography coupled to the iCAP Q ICP-MS||ICP-MS||AN43098|
|Application Note||IC-ICP-MS speciation analysis of As in Organic Brown Rice Syrup (OBRS) using the iCAP Q ICP-MS||ICP-MS||AN43126|
|Application Note||Total Elemental Analysis of Food Samples for Routine and Research Laboratories Using the iCAP RQ ICP-MS||ICP-MS||AN43326|
|Application Note||The Analysis of Trace Elements in Honey by Flame and Graphite Furnace Atomic Absorption Spectrometry||Atomic Absorption||AN43060|
|Application Note||Determination of nutritional elements in plant leaves using the Thermo Scientific iCAP 7400 ICP-OES Duo||ICP-OES||AN44366|
|Application Note||Determination of lead in powdered milk using the Thermo Scientific iCE 3500 AAS||Atomic Absorption||AN44371|
|Application Note||Analysis of infant formulae and milk powders using the Thermo Scientific iCAP 7400 ICP-OES Duo||ICP-OES||AN44392|
|Application Notebook||Speciation Applications Summary – Ion Chromatography||Various||AN70590|
|Application Note||Analysis of Cadmium in Chocolate by Graphite Furnace Atomic Absorption Spectrometry||Atomic Absorption||AN43034|
|Application Note||Accurate Analysis of Low Levels of Mercury in Fish by Vapor Generation AA||Atomic Absorption||AN40992|
|Application Note||Mercury Speciation Determinations in Asian Dietary Supplements||Ion Chromatography||PN70284|
|Article||Getting to the truth of the grain||Ion Chromatography|
|Article||Arsenic, Rice and Regulations||Ion Chromatography|
|Journal||Arsenic Queens University - Inorganic arsenic in rice-based products for infants and young children||Ion Chromatography|
|Application Note||Determination of Arsenic in Food and Beverages with Pure Oxygen Reactive Gas Using the iCAP RQ ICP-MS||ICP-MS||AN43356|
|Article||Determination of Essential and Trace Elemental Content in Infant Foods by ICP-MS||ICP-MS|
|Application Note||Low Level Quantification of Trace Metals in Rice using ICP-MS||IC and IC-MS||AN73020|
|Application Note||Multielemental Quantification of Trace Metals in Milk and Milk Products using ICP-MS||IC and IC-MS||AN73117|
|Application Note||Trace Elemental Quantification, Including Heavy Metals in Wheat, Using ICP-MS||IC and ICP-MS||AN73165|
Access a targeted collection of scientific application notes, case studies, videos, webinars and white papers for food microbiology, manufacturing and processing, beverage testing, analytical testing, and authenticity information.