A small research-based Norwegian company has developed a method to  reduce the formation of the carcinogenic compound acrylamide during  industrial production of potatoes and coffee. International food giants  are paying attention. In 2002 Swedish researchers found that the carcinogenic compound  acrylamide was present in many foods - a discovery that grabbed  international headlines and frightened consumers and food safety  authorities around the world. What these production foods had in common  was high-temperature cooking which formed a crust or browning reaction.  The acrylamide issue has had dramatic consequences for the manufacturers  involved.
Since then a great deal of research has been focused on acrylamide. The compound has been found in bread, some types of crackers and sweet biscuits, deep-fried potato products and coffee. Research has also been carried out on the compound's effects on humans and on production methods that can reduce or remove acrylamide from our foods.
Norwegian Hans Blom and his research team found a method that limits the formation of acrylamide during the production of potato products and coffee. It was the patent for this method that provided the springboard for the company Zeracryl.
Since then a great deal of research has been focused on acrylamide. The compound has been found in bread, some types of crackers and sweet biscuits, deep-fried potato products and coffee. Research has also been carried out on the compound's effects on humans and on production methods that can reduce or remove acrylamide from our foods.
Norwegian Hans Blom and his research team found a method that limits the formation of acrylamide during the production of potato products and coffee. It was the patent for this method that provided the springboard for the company Zeracryl.
"Our method is based on lactic acid fermentation," explains Dr Blom. "Acrylamide is formed as a reaction between the amino acid asparagine and simple sugars such as glucose and fructose. Put simply, the lactic acid bacteria remove these compounds and inhibit the formation of acrylamide."
The team's ongoing experiments show that 10 to 15 minutes' immersion  in lactic acid bacteria culture before cooking reduces acrylamide  formation in the final product by roughly 90 per cent.
Zeracryl  will continue its work in the research project Lactic acid fermentation  as a tool to reduce formation of acrylamide in fried potato products and  roasted coffee in cooperation with the international food conglomerate  Nestlé, the Norwegian producers of potato products Hoff AS and Maarud,  and the research institute Nofima. The project is supported by the  Research Council of Norway's Food Programme and is scheduled to run  until 2012...
Ref 1. http://www.angelfire.com/az/sthurston/acrylamides_cancer_causing.html
2. Zeracryl
