Turck Dominique, Castenmiller Jacqueline, de Henauw Stefaan, Hirsch-Ernst Karen Ildico, Kearney John, Maciuk Alexandre, Mangelsdorf Inge, McArdle Harry J, Naska Androniki, Pelaez Carmen, Pentieva Kristina, Siani Alfonso, Thies Frank, Tsabouri Sophia, Vinceti Marco, Cubadda Francesco, Engel Karl-Heinz, Frenzel Thomas, Heinonen Marina, Marchelli Rosangela, Neuhäuser-Berthold Monika, Poulsen Morten, Schlatter Josef Rudolf, van Loveren Henk, Gelbmann Wolfgang, Matijević Leonard, Romero Patricia, Knutsen Helle Katrine
EFSA J. 2020 Sep 21;18(9):e06243. doi: 10.2903/j.efsa.2020.6243. eCollection 2020 Sep.
Following a request from the European Commission, the EFSA Panel on Nutrition, Novel Foods and Food Allergens (NDA) was asked to deliver an opinion on the safety of chia seeds in foods subject to thermal processing which may result in the formation of process contaminants. The safety assessment of this novel food (NF) is based on previous assessments of chia seeds by the EFSA NDA Panel, information received from a public call for data by EFSA and information retrieved from an extensive literature search performed by EFSA. In 2019, during the overall safety assessment of chia seeds, the NDA panel retrieved one reference which, among others, investigated the formation of process contaminants, i.e. acrylamide, hydroxymethylfurfural and furfural, in wheat flour-based biscuits with added chia seeds flour. Based on this study, the Panel considers that there is a potential for substantial acrylamide formation in biscuits with 10-20% added chia seeds flour with low residual moisture contents (≤ 2%). The Panel is not aware of further scientific evidence corroborating these findings. The extensive new literature searches performed by EFSA did not show any relevant articles regarding either asparagine content or formation of process contaminants in chia seeds and products thereof. Information received from the call for data were either limited or inconclusive. The available evidence does not provide a basis to conclude whether or not the addition of chia seeds to foods undergoing heat treatment (at temperatures above 120°C) results in increased formation of acrylamide as compared to these foods without chia seeds. Reported concentrations of hydroxymethylfurfural and furfural in heat-treated chia seeds do not pose a safety concern. No information on other process contaminants in chia seeds was found.
应欧盟委员会的要求,欧洲食品安全局(EFSA)营养、新型食品及食品过敏原专家小组(NDA)被要求就经热加工的食品中奇亚籽的安全性发表意见,热加工可能会导致加工污染物的形成。这种新型食品(NF)的安全性评估基于EFSA NDA专家小组先前对奇亚籽的评估、EFSA公开征集数据所收到的信息以及EFSA进行广泛文献检索所获取的信息。2019年,在对奇亚籽进行全面安全性评估期间,NDA专家小组检索到一篇参考文献,该文献除其他内容外,还研究了添加奇亚籽粉的小麦粉基饼干中加工污染物即丙烯酰胺、羟甲基糠醛和糠醛的形成情况。基于这项研究,专家小组认为,添加10 - 20%奇亚籽粉且残留水分含量较低(≤2%)的饼干中存在大量丙烯酰胺形成的可能性。专家小组未意识到有进一步的科学证据证实这些发现。EFSA进行的广泛新文献检索未显示任何有关奇亚籽及其产品中天冬酰胺含量或加工污染物形成的相关文章。从数据征集收到的信息要么有限,要么没有定论。现有证据无法为判断在热处理食品(温度高于120°C)中添加奇亚籽是否会比未添加奇亚籽的这些食品导致丙烯酰胺形成增加提供依据。热处理奇亚籽中报道的羟甲基糠醛和糠醛浓度不存在安全问题。未发现有关奇亚籽中其他加工污染物的信息。