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fatty acids
noname#211914の回答
MiJunです。 >でも体にいい順番がまだ気になっていて また少し的外れかもしれませんが・・・？ 以下の参考URLサイトは参考になりますでしょうか? 「脂肪 （脂質）」 この中で特に「健康に有用であると考えられている多価不飽和脂肪酸」「トランス型不飽和脂肪酸の健康への悪影響 」が参考になります。 ご参考まで。
関連するQ&A
- 多価不飽和脂肪酸とは？
「Polyunsaturated Fat」の意味を調べてみると、「多価不飽和脂肪」となっていました。 「多価不飽和脂肪酸」（PolyUnsaturated Fatty Acid、PUFA）と同義語なのでしょうか？ また、今まで多価不飽和脂肪酸は、「オメガ3+オメガ6」の成分量と思っていたのですが、厳密には異なるのでしょうか？（商品の成分表示を見ると若干異なるようなのですが。） 商品例： Calories： 24 Calories from Fat： 24 Total Fat： 2.4 g Saturated Fat： 0.5 g Polyunsaturated Fat： 1.4 g Monounsaturated Fat： 0.5 g Vitamin E (as d-alpha tocopherol)： 30 IU Total Omega-3 Fatty Acids： 870 mg ALA (Alpha Linolenic Acid)： 550 mg EPA (Eicosapentaenoic Acid)： 180 mg DHA (Docosahexaenoic Acid)： 120 mg Other Omega-3s：20 mg Total Omega-6 Fatty Acids： 730 mg GLA (Gamma Linolenic Acid)： 200 mg Linolenic Acid： 510 mg Other Omega-6s： 20 mg Total Omega-9 Fatty Acids： 490 mg Oleic Acid： 410 mg Other Omega-9s： 80 mg Lipase (activity 1,2000 LU)： 15 mg 回答よろしくお願いします。
- ベストアンサー
- 栄養・サプリメント（健康）
- 英語の翻訳を教えて下さい。
Q:Coconut Fatty Acid Cream Base -- Absorption base containing essential fatty acids, coconut fatty alcohols from palm kernels, aloe vera and vitamins A, C and E. Rich in linoleic and linolenic acids (vitamin F), excellent nutrients and skin conditioners. In hair care products, it is often combined with the important amino acids cysteine and methionine, which are high in sulfur and excellent for the hair and scalp. Q: What is your coconut fatty acid cream base? A: This natural absorption base is a proprietary blend invented by Aubrey Hampton in 1968 to deliver conditioning nutrients to the skin, hair and scalp. It is made with coconut fatty alcohol, essential fatty acids and organic aloe vera, and is sometimes referred to as essential fatty acid cream base. Q: What are essential fatty acids? A: Fatty acids and glycerin are the building blocks of fats and oils from both plants and animals. Essential fatty acids (EFAs) such as linoleic and linolenic acids cannot be manufactured by the body and must be consumed in the diet. EFAs are utilized by the body in practically every biochemical function, including the production of sebum, the skin’s natural oil. Applied topically, EFAs are readily absorbed by the skin. They are excellent emollients that not only improve the absorption of our moisturizers and conditioners, but also have antibacterial properties that help protect the skin, hair and scalp. They are found in many unprocessed oils, especially safflower and flax seed oils. Q: What is a fatty alcohol? A: Some of the most common fatty alcohols are cetyl, lauryl, oleyl and stearyl fatty alcohols. Solid alcohols are made from fatty acids. They are superb natural emollients, not to be confused with liquid solvent-type alcohols. Cetyl and stearyl alcohols help keep the hair and scalp’s natural moisture from evaporating. Cetyl alcohol was first derived from the oil of sperm whales; it is also widely produced from petroleum oil. Aubrey Organics only uses cetyl alcohol from natural vegetable sources—coconut and palm oils. Q: What are fatty acids esters? A: Esterification of a fatty acid is a condensation reaction in which a molecule of acid unites with a molecule of alcohol with the elimination of water. Fatty acid esters can be very beneficial in cosmetic formulas. Two examples in nature of substances rich in fatty acid esters are jojoba oil and human sebum. Q: Are Aubrey Organic’s products vegan? A: Most Aubrey products are vegan: that is, they contain no ingredients derived from animals. We mark these products with a vegan label so concerned customers will know. A few of our hair care products contain lactalbumin (a milk protein), glycoprotein (derived from oyster shells), lanolin or egg protein. These ingredients work well in hair care, but we also offer vegan alternatives using plant-derived proteins in most of our hair care products. In our skin care line, Vegecol is a vegetable collagen moisturizer formulated as a vegan alternative to Collagen TCM, a dermal protein moisturizer. 長文の為、大変申し訳ございませんが、どうか宜しくお願いします！！
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- ヘアケア・ヘアスタイル
- 和訳お願いします。
In general the TCL forms are found where one of the three fatty acids on the glycerol differs markedly from the other two in terms of unsaturation or chain length and the TCL form is seen to make for easier packing. In a natural fat the occurrence of large numbers of different species of triglyceride will make the situation rather more complicated, but as a rule one polymorphic type predominates. TCL forms TCL型 fatty acids 脂肪酸 glycerol グリセロール triglyceride トリグリセリド 分かるところだけでも良いのでお願いいたします！
- ベストアンサー
- 英語
- 揮発性物質の効果を教えてください
テストに出てdecrease b.p.を選んだのですが、答えがdecrease m.p.になっててどうも納得できません。 あと、分かればこちらも教えていただきたいのですが soapの性質で間違っているものを選べという問題でhas saturated fatty acidってやつを選んだのですが間違えていました。unsaturatedもあると思ったのですがないのでしょうか？
- 締切済み
- 化学
- 次の文章の日本語訳お願いします
次の文章の日本語訳お願いします。 (1) Liver triacylglycerol (TAG) synthesis and secretion are closely linked to nutrient availability. After a meal, hepatic TAG formation from fatty acids is decreased, largely due to a reduction in circulating free fatty acids (FFA). この文章のcirculating free fatty acids の部分 (2) Despite the postprandial decrease in FFA-driven esterification and oxidation, VLDL-TAG secretion is maintained to support peripheral lipid delivery and metabolism. この文章の FFA-driven の部分 (3)Secreted TAG. n = 3. For hepatocyte studies in L-Raptor–KO or control, hepatocytes from 4 to 9 mice per group were isolated and technical replicates pooled. この文章の technical replicates pooledの部分 (4)While CCTα mRNA levels were equivalent between both genotypes (Figure 5D), protein levels were diminished in liver from the L-Raptor–KO mice to an extent commensurate with the reduction in enzyme activity, suggesting regulation of CCTα stability or translation by mTORC1 at a posttranscriptional site (Figure 5E). (5)Restoration of PC synthesis normalizes hepatic triglycerides and VLDL-TAG secretion in L-Raptor–KO. (6)We reasoned that if mTORC1 regulates TAG secretion by promoting PC biosynthesis, restoration of PC synthesis would rescue the TAG secretion defect induced by loss of raptor. ご回答よろしくお願いします。
- ベストアンサー
- 英語
- 次の文章の日本語訳お願いします
次の文章の日本語訳お願いします。 (1)Liver triacylglycerol (TAG) synthesis and secretion are closely linked to nutrient availability. After a meal, hepatic TAG formation from fatty acids is decreased, largely due to a reduction in circulating free fatty acids (FFA). この文章のcirculating free fatty acids の部分 (2)Despite the postprandial decrease in FFA-driven esterification and oxidation, VLDL-TAG secretion is maintained to support peripheral lipid delivery and metabolism. この文章の FFA-driven の部分 (3)Secreted TAG. n = 3. For hepatocyte studies in L-Raptor–KO or control, hepatocytes from 4 to 9 mice per group were isolated and technical replicates pooled. この文章の technical replicates pooledの部分 (4)While CCTα mRNA levels were equivalent between both genotypes (Figure 5D), protein levels were diminished in liver from the L-Raptor–KO mice to an extent commensurate with the reduction in enzyme activity, suggesting regulation of CCTα stability or translation by mTORC1 at a posttranscriptional site (Figure 5E). (5)Restoration of PC synthesis normalizes hepatic triglycerides and VLDL-TAG secretion in L-Raptor–KO. (6)We reasoned that if mTORC1 regulates TAG secretion by promoting PC biosynthesis, restoration of PC synthesis would rescue the TAG secretion defect induced by loss of raptor. ご回答よろしくお願いします。
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- 生物学
- anomolousとは？
タイトルの通りanomolousとは日本語でどういう意味ですか？ この単語が使われている原文は The anomolous titration curve of undegraded DNA with acids and bases strongly suggests that hydrogen bond formation is a characteristic aspect of DNA structure. です。
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- 英語
- 英訳してください
ATP energy The liver is the central distributing and processing organ for nutrient. Glucose 6-phosphate, the key intermediate in carbohydrate metabolism, may be converted into glycogen, into blood glucose, or into fatty acids via acetyl-CoA. It may undergo degradation via glycolysis and the citric acid-cycle to yield ATP energy or via the pentose phosphate cycle to yield pentoses and NADPH. Amino acids may be built up into liver and plasma proteins, or they may be converted into glucose and glycogen by gluconeogenesis. The ammonia formed by their deamination is converted into urea by the urea cycle. Fatty acids may be converted by the liver into triacylglycerols, cholesterol, and into plasma lipoproteins for transport and storage in adipose tissue. They may also be oxidized to yield ATP energy and to form the ketone bodies, to be circulated to other tissues. Skeletal muscle is specialized to produce ATP for contraction and relaxation. In very severe muscular work, glycogen is the ultimate fuel and is converted into lactate. During recovery the lactate is rebuilt to form liver glycogen and glucose again. The brain uses only glucose and β-hydroxybutyrate as fuels, the latter being important in fasting or starvation. The brain uses most of its ATP energy for active transport of Na+ and K+ and in the maintenance of the action potential of neuronal membranes.
- 締切済み
- 英語
お礼
たびたびお世話様です。ちょっと私が習っている以上に細かいところへいってしまいました・・。でもどうもありがとうございました。助かりました。