efsa-opinion-chromium-food-drinking-water
efsa-opinion-chromium-food-drinking-water efsa-opinion-chromium-food-drinking-water
Chromium in food and bottled water Appendix E: Average chromium occurrence values (µg/kg) in the different foods used to calculate dietary exposure to Cr(III) (continued) FOODEX (a) Average values (µg/kg) Groups N LB UB Vegetable products (unspecified) 26 130.3 133.7 Tomato purée 9 203.3 205.0 Mixed vegetable purée (c) 1 160.5 163.6 Pickled vegetables (c) 1 160.5 163.6 Chesnut purée (c) 2 160.5 163.6 Sauerkraut 11 127.0 127.0 Sun-dried tomatoes 3 422.7 422.7 Mashed vegetables 2 24.5 39.5 Hops (dried), including hop pellets and 3 388.3 388.3 unconcentrated powder (Humulus lupulus) (a): Within each food category and depending on their reported occurrence values, the samples were grouped at Level 1 (bold), Level 2 (normal), Level 3 (italics). Foods were grouped slightly different from FoodEx classification to better explain their contribution to the exposure. (b): These foods with all reported data as left-censored or with just one sample reported were not considered for exposure. (c): Occurrence values calculated using the average occurrence value from all foods at the inmediate lower FoodEx level. (d): Occurrence values were calculated using a dilution factor of 8 on the occurrence values from the corresponding samples of follow-on formulae, powder and infant formulae, powder. (e): Occurrence value assigned from the food group at the inmediate upper FoodEx level. (f): Occurrence values were calculated using a dilution factor of 100 on the occurrence value from 231 samples of tea and herbs for infusions (solid). (g): Occurrence values were calculated using a dilution factor of 60 on the occurrence value from 239 samples of cocoa powder. (h): Occurrence values were calculated using a dilution factor of 18 on the occurrence value from 49 samples of coffee beans roasted and coffee beans roasted and ground. (i): Occurrence values were calculated using a dilution factor of 7 on the occurrence value from 49 samples of coffee beans roasted and coffee beans roasted and ground. (j): Occurrence values were calculated using a dilution factor of 63 on the occurrence value from 7 samples of instant coffee powder. (k): Contribution of the food group ‘Products for special nutritional use’ to the dietary exposure to Cr(III) was not considered as the Comprehensive database contains limited information on their consumption. A separate scenario is presented in the main text to evaluate the potential contribution of this type of products (Section 6.1.3). EFSA Journal 2014;12(3):3595 180
Chromium in food and bottled water Appendix F: Dietary surveys considered for the chronic exposure assessment with the available number of subjects in the different age classes Code (a) Country Dietary survey (b) Method Days Age Number of subjects Infants Toddlers Other children Adolescent Adults Elderly Very elderly BE/1 Belgium Diet National 2004 24 h dietary recall 2 15-105 584 s 1304 518 712 BE/2 Belgium Regional Flanders Food record 3 2-5 36 (c) 625 BG/1 Bulgaria NUTRICHILD 24-hour recall 2 0.1-5 860 428 433 CY Cyprus Childhealth Dietary record 3 11-18 303 CZ Czech Republic SISP04 24-hour recall 2 4-64 389 298 1666 DE/1 Germany DONALD 2006 Dietary record 3 1-10 92 211 DE/2 Germany DONALD 2007 Dietary record 3 1-10 85 226 DE/3 Germany DONALD 2008 Dietary record 3 1-10 84 223 DE/4 Germany National Nutrition Survey 24-hour recall 2 14-80 1011 10419 2006 490 DK Denmark Danish Dietary II Survey Food record 7 4-75 490 479 2822 309 20 c EL Greece Regional Crete Dietary record 3 4-6 839 ES/1 Spain AESAN 24-hour recall 2 18-60 410 ES/2 Spain AESAN-FIAB Food record 3 17-60 86 981 ES/3 Spain NUT INK05 24-hour recall 2 4-18 399 651 ES/4 Spain enKid 24-hour recall 2 1-14 17 (c) 156 209 FI/1 Finland DIPP Food record 3 1-6 497 933 FI/2 Finland FINDIET 2007 48-hour recall 2 25-74 1575 463 FI/3 Finland STRIP Food record 4 7-8 250 FR France INCA2 Food record 7 3-79 482 973 2276 264 84 HU Hungary National Repr Surv Food record 3 18-96 1074 206 80 IE Ireland NSFC Food record 7 18-64 958 IT Italy INRAN-SCAI 2005–06 Food record 3 0.1-98 16 (c) 36 (c) 193 247 2313 290 228 LV Latvia EFSA_TEST 24-hour recall 2 7-66 189 470 1306 NL/1 The Netherlands DNFCS 2003 24 h dietary recall 2 19-30 750 NL/2 The Netherlands VCP kids Food record 3 2-6 322 957 SE/1 Sweden RIKSMATEN 1997-98 Food record 7 18-74 1210 SE/2 Sweden NFAn 24-hour recall 4 3-18 1473 1018 UK United Kingdom NDNS Food record 7 19-64 1724 (a): Abbreviations to be used consistently in all tables on exposure assessment. (b): More information on the dietary surveys is given in the Guidance of EFSA ‘Use of the EFSA Comprehensive European Food Consumption Database in Exposure Assessment’ (EFSA, 2011b); (c): 95 th percentile calculated over a number of observations lower than 60 require cautious interpretation as the results may not be statistically robust. EFSA Journal 2014;12(3):3595 181
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Chromium in <strong>food</strong> and bottled <strong>water</strong><br />
Appendix E: Average <strong>chromium</strong> occurrence values (µg/kg) in the different <strong>food</strong>s used to<br />
calculate dietary exposure to Cr(III) (continued)<br />
FOODEX (a)<br />
Average values<br />
(µg/kg)<br />
Groups<br />
N LB UB<br />
Vegetable products (unspecified) 26 130.3 133.7<br />
Tomato purée 9 203.3 205.0<br />
Mixed vegetable purée (c) 1 160.5 163.6<br />
Pickled vegetables (c) 1 160.5 163.6<br />
Chesnut purée (c) 2 160.5 163.6<br />
Sauerkraut 11 127.0 127.0<br />
Sun-dried tomatoes 3 422.7 422.7<br />
Mashed vegetables 2 24.5 39.5<br />
Hops (dried), including hop pellets and<br />
3 388.3 388.3<br />
unconcentrated powder (Humulus lupulus)<br />
(a): Within each <strong>food</strong> category and depending on their reported occurrence values, the samples were grouped at Level 1<br />
(bold), Level 2 (normal), Level 3 (italics). Foods were grouped slightly different from FoodEx classification to better<br />
explain their contribution to the exposure.<br />
(b): These <strong>food</strong>s with all reported data as left-censored or with just one sample reported were not considered for exposure.<br />
(c): Occurrence values calculated using the average occurrence value from all <strong>food</strong>s at the inmediate lower FoodEx level.<br />
(d): Occurrence values were calculated using a dilution factor of 8 on the occurrence values from the corresponding samples<br />
of follow-on formulae, powder and infant formulae, powder.<br />
(e): Occurrence value assigned from the <strong>food</strong> group at the inmediate upper FoodEx level.<br />
(f): Occurrence values were calculated using a dilution factor of 100 on the occurrence value from 231 samples of tea and<br />
herbs for infusions (solid).<br />
(g): Occurrence values were calculated using a dilution factor of 60 on the occurrence value from 239 samples of cocoa<br />
powder.<br />
(h): Occurrence values were calculated using a dilution factor of 18 on the occurrence value from 49 samples of coffee<br />
beans roasted and coffee beans roasted and ground.<br />
(i): Occurrence values were calculated using a dilution factor of 7 on the occurrence value from 49 samples of coffee beans<br />
roasted and coffee beans roasted and ground.<br />
(j): Occurrence values were calculated using a dilution factor of 63 on the occurrence value from 7 samples of instant coffee<br />
powder.<br />
(k): Contribution of the <strong>food</strong> group ‘Products for special nutritional use’ to the dietary exposure to Cr(III) was not<br />
considered as the Comprehensive database contains limited information on their consumption. A separate scenario is<br />
presented in the main text to evaluate the potential contribution of this type of products (Section 6.1.3).<br />
EFSA Journal 2014;12(3):3595 180