Examples of using Acrylamide in English and their translations into German
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More information on acrylamide in food.
Acrylamide formation can be reduced by the following measures4.
Subject: Employee protection when handling acrylamide.
No data on the acrylamide contamination of foods on sale on the German market are available at present.
Description: These tips are designed for loading vertical acrylamide or agarose gels.
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The carcinogenic effect of acrylamide was shown both in vitro(in mammalian cell cultures) and in vivo animal testing.
The electrophoretic gel usually has several components including acrylamide, BIS, and a buffer.
Acrylamide is a so-called process contaminant that can occur during the processing or preparation of food at high temperatures.
Food strongly heated up is loaded in allprobability also in Germany with the krebserregenden material acrylamide.
The reaction most likely to cause the formation of acrylamide is the so-called Maillard reaction, in which amino acids(aspartamic acid) react with sugars glucose.
FDA funded studies also confirmed that theway foods are stored can lower or increase acrylamide levels in cooked foods.
Acrylamide is a possibly carcinogenic substance formed from a reaction with amino acids when frying foodstuffs with a high starch content at temperatures of more than 175 C.
The aid Informationsdienst(information service)has compiled further tips on how to avoid acrylamide on its website www.was-wir-essen.de in German.
Frequently used and reliable methods for detecting acrylamide are combined gas-chromatography- mass spectrometry(GC-MS) or liquid chromatography/mass spectroscopy LC-MS/MS.
As from April 11th 2018, food business operators areobliged to apply and control mitigation measures for acrylamide in certain foodstuffs.
The most well-known of them- acrylamide, furan, monochloropropandiol and glycidol- are presented in the latest edition of the science magazine BfR 2GO, which is published by the German Federal Institute for Risk Assessment BfR.
With its experience and certified experts for official cross-checks, PhytoLab is particularly qualified, especially in the field of strategic acrylamide risk management.
From animal studies it is known that acrylamide is a neurotoxic, carcinogenic and mutagenic substance, for whose working mechanism no significant threshold value can be assumed.
High temperature cooking of high starch foods such as breads, cereals,potatoes and crackers naturally forms a compound called acrylamide, which has also been linked to adverse health effects in animal experiments e.g. DNA damage, cancer.
Tip 1: How to avoid the excess formation of acrylamide Acrylamide is a chemical substance that is formed whenever foods containing starch or a certain protein compound at prepared at temperatures over 100 C.
At the end of April 2002the Swedish National Food Administration informed the public about the detection of acrylamide, which had been found in various starchy foods such as cereals, potato products and various baked goods- occasionally even in high concentrations.
The material acrylamide was guessed/advised in the April of this yearly into the discussion, after the Swedish health authority unusually found much acrylamide in products, which must be strongly heated up when their production.
The Commission has also verified whether the combination of Cytec as an important supplier for acrylamide with Surface Specialties buying acrylamide as an input for the production of adhesives and resin additives could shut off acrylamide supplies for third parties.
The formation of acrylamide in foods occurs as the result of a reaction known as the Maillard reaction, which is a chemical reaction between an amino acid(the building block of protein) and a sugar such as glucose, fructose or lactose.
After the Swedish'alarm' the Norwegian authorities discovered that acrylamide has also been used in the construction of the tunnel from the city centre of Oslo to the new inter national airport, Gardemoen.
Following the discovery of acrylamide in food, the food industry and other stakeholders, including regulators, took action to investigate how acrylamide is formed in foods and possible methods that can be employed to reduce levels of acrylamide in foods.
The Commission also verified whether the combination of Cytec, an important supplier for acrylamide, with Surface Specialties, which uses acrylamide as an input for its production of adhesives and resin additives, could foreclose acrylamide supplies for third parties.
In connection with the health assessment of acrylamide, the institute is receiving inquiries about the intake and effects of acrylamide and estimation of the risk potentially posed to consumers through the consumption of foods containing acrylamide as a heat-induced contaminant.
In the meantime the etiology of the formation of acrylamide in the production or finishing processes of foodstuffs has shown that not only excessive baking temperatures but also the water and fat content of the products treated during the manufacturing processes have a decisive influence.
