ALINORM 03/26/1 - codex - BSN
ALINORM 03/26/1 - codex - BSN
ALINORM 03/26/1 - codex - BSN
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REP12/CAC 37<br />
radionuclides designed to deal with the contamination in the long term, have been implemented based on the<br />
intervention exemption level used as the basis for the Codex standards.<br />
255. The Delegation emphasized that the percentage figure shown in CAC/35 INF/7, paragraph 6 did not<br />
represent the average rate of marketed food sample exceeding regulatory limits, and that the actual excess<br />
rate was much lower, as focus for inspection had been placed on the regions and foods that needed intense<br />
management and that monitored food included food before shipment and protective measures, such as<br />
restriction of distribution are taken on foods and food producing areas for which higher than standard limits<br />
value had been observed. The Delegation noted that the estimated annual effective dose of radioactive<br />
cesium from food purchased in Fukushima prefecture was less than 0.02 mSv/man/year.<br />
256. The Delegation also reported that monitoring of radioactive Cesium in agricultural soil and mapping<br />
of distribution and level of radioactive Cesium had been conducted and remedial actions were being planned.<br />
Tolerances for radioactive Cesium in feeds had also been established and grass and fodders as well as organic<br />
fertilizers are monitored.<br />
257. The Delegation of Egypt requested information on collaborative work on nanometric compounds,<br />
noting the difficulties for developing countries to control such compounds which were currently on the<br />
market.<br />
258. The Representative of the IAEA indicated that food control programmes in the Joint FAO/IAEA<br />
Division were restricted to the field of contaminants, pesticide and veterinary drug residues including the<br />
application of nuclear technology for traceability systems, and that work on nanotechnology in relation to<br />
food additives and other food processing technologies might be carried out in future.<br />
259. The Representative of FAO highlighted the work of FAO and WHO on the application of<br />
nanotechnologies to the food and agriculture sectors. In particular, reference was made to the development of<br />
tiered approaches for risk assessment of nanomaterials and the very recently published review of the state of<br />
the art of initiatives and activities relevant to risk assessment and risk management of nanotechnologies in<br />
food and agriculture. FAO together with WHO continued to monitor the needs of their members in this area<br />
in order to determine the direction of future work.<br />
<strong>26</strong>0. The Chair of the Committee on Veterinary Drugs thanked the Joint FAO/IAEA Division for its<br />
assistance with the web-based repository for methods of analysis for residues of veterinary drugs and its<br />
relevance for the veterinary residue monitoring programmes.<br />
<strong>26</strong>1. The Delegation of Chile highlighted the importance of the development of isotopic nuclear techniques<br />
in agriculture in particular in the area of pesticide residues.<br />
International Organization of Vine and Wine (OIV)<br />
<strong>26</strong>2. The Observer from the International Organization of Vine and Wine (OIV) recalled that OIV was an<br />
intergovernmental organization of a scientific and technical nature with recognized expertise in the field of<br />
vines, wine and wine-based beverages, table grapes and raisins and other vine-based products and that the<br />
cooperation between OIV and Codex had produced positive results in several areas of Codex work such as<br />
food additives and contaminants, methods of analysis, labelling, etc. of interest to producers and consumers.<br />
<strong>26</strong>3. The Observer noted that the OIV contributed actively to the work of the Committee on Contaminants<br />
in Foods for instance the development of the Code of Practice for the Prevention and Reduction of<br />
Ochratoxin A Contamination in Wine and intended to participate in the revision of certain maximum levels,<br />
in particular lead, being undertaken by this Committee. The OIV was also actively involved in the review of<br />
provisions for food additives in the General Standard for Food Additives. As regards methods of analysis, the<br />
OIV had developed methods of analysis, definition of standards for sampling and quality control in<br />
laboratories for wine and wine products and some of these methods had already been referenced by the<br />
Committee on Methods of Analysis and Sampling in the relevant Codex standards. In the Committee on<br />
Fresh Fruits and Vegetables, the OIV had also participated in the development of quality provisions in the<br />
Codex Standard for Table Grapes and could provide technical support for the revision of the Codex Standard<br />
for Raisins in the Committee on Processed Fruits and Vegetables.<br />
<strong>26</strong>4. The Observer further noted that the OIV also cooperated with FAO in the development of global<br />
statistics of the wine sector.<br />
<strong>26</strong>5. The Observer stressed the need to continue to coordinate and cooperate on activities of common<br />
interest to both OIV and Codex as also indicated in the current and new Strategic Plan.