Publication detail
Successes and limitations in acrylamide mitigation efforts - Part 2: Impact of interventions in cereal processing on exposure
CIESAROVÁ, Z. KUKUROVÁ, K. MARKOVÁ, L.
Original Title
Successes and limitations in acrylamide mitigation efforts - Part 2: Impact of interventions in cereal processing on exposure
Type
journal article - other
Language
English
Original Abstract
Cereal food processing encompasses a vast range of different products with many ingredients, processes, recipes and scales of operation. Since cereal processed foods pose as a significant source of acrylamide exposure, an implementation of appropriate tools of acrylamide mitigation is highly desirable. Several of them were verified in our laboratory, and they can be recommended in a commercial production of cookies, gingerbread and bread: (a) a replacemnt of ammonium hydrogen carbonate with alternative baking agents; (b) an application of asparaginase before heat treatment which has the potential to achieve more than 90% acrylamide reduction at optimal conditions for a particular type of product; (c) an improvement of bread making with CaCl2 and extra yeast addition; (d) addition of some natural antioxidants. However, in spite of these promising applications, the total elimination of acrylamide cannot be achieved. Adoption of mentioned interventions could reduce the acrylamide exposure up to 30 %.
Keywords
acrylamide, mitigation, exposure, intervention, cereal food processing
Authors
CIESAROVÁ, Z.; KUKUROVÁ, K.; MARKOVÁ, L.
RIV year
2011
Released
1. 7. 2011
ISBN
1722-6996
Periodical
AGRO FOOD INDUSTRY HI-TECH
Year of study
22
Number
4
State
Republic of Italy
Pages from
25
Pages to
27
Pages count
3
BibTex
@article{BUT73970,
author="Zuzana {Ciesarová} and Kristína {Kukurová} and Lucie {Marková}",
title="Successes and limitations in acrylamide mitigation efforts - Part 2: Impact of interventions in cereal processing on exposure",
journal="AGRO FOOD INDUSTRY HI-TECH",
year="2011",
volume="22",
number="4",
pages="25--27",
issn="1722-6996"
}