食品添加物の摂取量(mg/日・人)に関する考察 : そのI 炭酸ガス
スポンサーリンク
概要
- 論文の詳細を見る
CO_2 is a food additive that has been listed in "THE JAPANESE STANDARDS FOR FOOD ADDITIVES" since its first edition. According to the questionnaire research conducted by the Ministry of Health and Welfare regarding domestic and imported CO_2, a total of 120,000 tons of food grade CO_2 from 25 companies was shipped in Japan during 1993. Based on this figure, I think it is necessary to examine how much CO_2 is currently used and to calculate the per capita and per diem Japanese intake, as one of the basic food additives. The atmosphere is composed of 0.035% CO_2. Also, various alcohlic beverages such as beer and foamy liqueurs contain CO_2, which is produced during the fermentation and manufacturing process. It is a basic component of food and drink. Therefore, we must inspect the various aspects of CO_2 when we examine its daily intake. In studying the use of additives which are regarded as company confidential know-how, it is a general procedure to conduct a hearing to determine the production statistics of the food in question. From these studies, we obtained the following estimated breakdown of CO_2 that was shipped as food additive: 70,000 to 75,000 tons for airtight rooms and pouches to prevent the oxidation of foods. In the aforementioned types of use, CO_2 dissipates immediately after it serves its purpose and is irrelevant to human intake. Also, the quality of food grade CO_2 is high and it is often used in other fields such as medicine, research, and foam plastics. The total for these uses is estimated to be approximately 10,000 tons. The human intake of CO_2 is mainly attributed to carbonated drinks. According to a industry source, 18,115 tons of CO_2 is used in carbonated drinks and 20% of the gas dissipates when the containers are opened. In order to estimate the accumulated amount of CO_2 in food, we assumed the following figures for the calculation purpose: 1,200 tons for the CO_2 content of beer; 876 tons of CO_2 content of canned "chuhai" (Japanese distilled spirit) and foamy liqueurs; and the 20% CO_2 loss when the containers are opened. Based on the above assumption, we estimated the per capita and per diem intake of CO_2 as food additive in Japan to be 373mg based on Japan's 1993 population. We used only those 20 years of age and older because of prohibition of minors from drinking. As for CO_2 as a food component, beer is the largest contribution. Based on the amount of beer and the shipped CO_2 content, we estimated the per diem and per capita figure of 943mg. The daily consumption of CO_2 is 12,040mg, which is more than ten times larger than the aforementioned intake from foods. This is because we ihnale air that contains 0.035% CO_2. As for the respiratory amount, we assumed the per diem and per capita figure of 17.5m^3 as an average of man and woman. From this viewpoint, we found that the per capita and per diem CO_2 intake of a Japanese is 13,356mg in total. However, this figure is extremely small in comparison to approximately 900g of CO_2 that is contained in human expiration. For your reference, 456 tons of sodium dicarbonate, 88.5 tons of magnesium carbonate, and 38.6 tons of calcium carbonate were shipped in 1990 in Japan as medical and pharmaceutical products. They are used as antacid and produce CO_2 in human bodies. The produced amounts of CO_2 are 238, 22.3, and 17 tons respectively with the total of 277 tons. If we assume that about 70% of the prescribed doses are taken, it amounts to 194 tons and we can obtain the per capita and per diem figure of 4.3mg.
- 日本食品化学学会の論文
- 1995-03-28
著者
関連論文
- 銀・亜鉛・アンモニア複合置換ゼオライトの経口的慢性毒性および発癌性に関する研究
- 銀・亜鉛・アンモニア複合置換A型ゼオライトの公衆衛生学的検討I : 亜慢性毒性試験
- ADI(一日許容摂取量)レベルの食品添加物(保存料)によるウサギ血小板機能に対する影響
- チアベンダゾール(TBZ)の妊娠マウスにおける体内分布について
- キシリトールの下痢発現に対するヒト最大無作用量の推定
- 甘草関連物質(天然甘味料)の組成及び定量
- 本草書に収載されている着色料生薬について
- 水圏における化学物質分解性スクリーニングテスト法 : 迅速・簡易な微生物生分解性テスト法(培養法)
- ポリカーボネート製食器から高濃度のビスフェノールAが検出された原因の解明に関する研究
- かまぼこ中における臭素酸イオン及び臭素イオンの挙動
- 米中カドミウムの化学形態について(第1報)グルテリンーカドミウム複合体の性質
- 食品と関連する内分泌かく乱作用化学物質(11)植物ホルモン作用物質
- 銀・亜鉛・アンモニア複合置換A型ゼオライトの公衆衛生学的研究III : 銀含有のゼオライト並びに関連銀製品の水中への銀溶出に関する研究
- 食品添加物の摂取量(mg/日・人)に関する考察 : そのI 炭酸ガス
- 銀・亜鉛・アンモニア複合置換A型ゼオライトの公象衛生学的研究II : ウサギ皮膚一次刺激性試験
- ^C-BHAのラットにおけるオートジオグラフィー
- 食品香料規制法令の変遷とその考察
- 医薬品情報フォーラムによる電子メールの応用事例とその検討 : アンケート調査とその分析を中心として
- 特定病院の医薬品集を基にした薬物間相互作用情報検索システムの構築とその検討
- 嫌われ元素の毒性 (嫌われ元素の効用--As,Hg,Cd…の化学)
- リゾ-トと公衆衛生
- 外因性内分泌撹乱化学物質と大気環境(大気環境と外因性内分泌撹乱化学物質)
- 水圏における化学物質分解性スクリーニング・テスト法 : 光照射分解テスト
- 最近の食品添加物行政と科学