皂皮

词组短语

soap bark

与皂皮相关的网络例句 [注：此内容来源于网络，仅供参考]

Flavonoids (hyperin, rutin, quercitrin and quercetin) and saponins compounds from Acanthopanax Senticosus Harms have been extracted by means of a microwave-assisted extraction technique.

利用微波辅助萃取法萃取刺五加中的黄酮类(金丝桃苷、芦丁、槲皮苷、槲皮素)化合物和皂苷类化合物。

Their structures were identified by chemical and spectral analysis. RESULTS Five compounds were isolated and identified as stigmasterol 3-O-β-D-glucopyranoside, 20β-hydroxy-ecdysone,β-L-thymidine, pennogenin 3-O-α-L-rhamnopyranosyl-(1→2)-β-D-glucopyranoside and pennogenin 3-O-α-L-rhamnopyranosyl-(1→4)-α-L-rhamnopyranosyl-(1→4)-α-L-rhamnopyranosyl-(1→4)-[α-L-rhamnopyranosyl-(1→2)-]-β-D-glucopyranoiside.

结果 分离并鉴定了5个化合物，分别是Δ5，22-豆甾醇3-O-β-D-葡萄吡喃糖苷，20β-羟基蜕皮激素，β-L-脱氧胸腺嘧啶苷，偏诺皂苷元3-O-α-L-鼠李吡喃糖基－(1→2)-β-D-葡萄吡喃糖苷和偏诺皂苷元3-O-α-L-鼠李吡喃糖基－(1→4)-α-L-鼠李吡喃糖基－(1→4)-［α-L-鼠李吡喃糖基－(1→2)-］-β-D-葡萄吡喃糖苷。

My company's main products: Rhynchophylline Gouteng silymarin (ethanol extract And no residual acetone) silymarin (water-soluble) silybin resveratrol daidzein emodin Suanzaoren extract of soy isoflavones curcumin, artesunate - Song Shupi extract, Hypericum perforatum extract, wild chrysanthemum extract, camptothecin, hawthorn extract, ursolic acid, corn required to extract, Maidong extract, garlic extract, ginsenosides, Chinese wolfberry extract - And asked Jing extract, green tea extract, the extract of small BAI Ju, Kushen extract, valerian extract, Salicylaldehyde glycosides, podophyllotoxin, Monascus Abulimiti of admission, puerarin extract, extract of astragalus, bitter melon extract Of, the thorn Tribulus terrestris extract, the extract of Ginkgo biloba leaves, Zhishi extract, Icariin, grape seed extract, Salvia extract yam extract, blueberry extract, the extract of Andrographolide, white Liu admission of Piti , Filed on Schisandra, Gynostemma extract, the extract of Angelica, Trifolium pratense extract, the extract of Rhodiola, soil Fritillaria saponins, Huang Chunju extract, and Cimicifuga extract, Hypericum perforatum Extract, Polygonum cuspidatum glycosides, genistein, reserpine, synephrine, sinomenine, Ciwujia glycosides, yam saponin, puerarin, peeling hormones, Kawa Ti of admission, lutein, lycopene, pumpkin seeds extract, licorice extract, nettle extract, the extract baicalin, Osthol, Asarum, saw Mr Brown extract, water Zaojiao extract, rutin extract, purple cabbage extract , Motherwort extract, Yanhusuo extract, hops extract, the extract of Magnolia officinalis, Cyclovirobuxine wood extract, Ban Langen extract, ginger extract, dandelion extract, senna extract, aloe extract , Dangshen extract, the extract of honeysuckle, quercetin, etc.

我公司主营产品：钩藤 Gouteng ·水飞蓟素·水飞蓟素·水飞蓟宾·白藜芦醇·大豆甙元·大黄素·大豆异黄酮·酸枣仁提取物·姜黄素，青蒿素松树皮提取物，连翘提取物，野菊花提取物，喜树碱，山楂提取物，熊果酸，玉米须提取物，麦冬提取物，大蒜提取物，人参总皂甙，枸杞提取物，问荆提取物，绿茶提取物，小白菊提取物，苦参提取物，缬草提取物，水杨甙，鬼臼毒素，红曲米提取物，葛根提取物，黄芪提取物，苦瓜提取物，刺蒺藜提取物，银杏叶提取物，枳实提取物，淫羊藿甙，葡萄籽提取物，丹参提取物，山药提取物，越橘提取物，穿心莲提取物，白柳皮提取物，五味子提起物，绞股蓝提取物，当归提取物，红车轴草提取物，红景天提取物，土贝母总皂甙，黄春菊提取物，黑升麻提取物，贯叶连翘提取物，虎杖甙，染料木素，利血平，辛弗林，青藤碱，刺五加甙，薯蓣皂素，葛根素，脱皮激素，卡瓦提取物，叶黄素，番茄红素，南瓜籽提取物，甘草提取物，荨麻提取物，黄芩提取物，蛇床子，细辛，锯叶棕提取物，水皂角提取物，芦丁提取物，紫甘蓝提取物，益母草提取物，延胡索提取物，啤酒花提取物，厚朴提取物，黄杨木提取物，板兰根提取物，生姜提取物，蒲公英提取物，番泻叶提取物，芦荟提取物，党参提取物，金银花提取物，槲皮素，等等

objective:to make a comparative analysis of the total saponins content in polygalaceae phloem and xylem parts to guide clinical treatment.methods:we determined the polygalaceae total saponins content at the 575 nm with oleanolic acid as a reference substance and vanillin-perchoric acid as a developer by using uv-visible spectrophotometry.results:the total saponins content of xylem parts was 3.33%,and that of polygalaceae phloem was 0.69%.conclusion:the total saponins content in polygalaceae xylem parts is much more than that of phloem parts,the total saponins in polygalaceae mainly exists in xylem parts.

目的：对远志原药材木部及皮部中总皂苷含量进行比较分析，用以指导临床用药。方法：以齐墩果酸为对照品，香草醛－高氯酸为显色剂，采用紫外－可见分光光度法在575 nm处测定远志总皂苷含量。结果：以此方法对远志木部及皮部中总皂苷含量进行比较、分析，为远志皮部总皂苷含量为3.33 %、木部总皂苷含量为0.69 %。结论：远志中皮部总皂苷含量远远大于木部，远志总皂苷主要存在于根皮中。

The result indicated that it was not easy for PNS alone to penetrating the skin of isolated nude mice, but 1% and 3% volatile oil of Ramulus Cinnamoni possessed the promoting action on percutaneous absorption of PNS.

结果：单纯的三七总皂苷难以透过裸鼠离体皮肤，1%、3%浓度桂枝挥发油对三七总皂苷的透皮吸收均有促进作用。

The effect of volatile oil of Ramulus Cinnamoni on percutaneous absorption of Panax notoginseng saponins was studied on the skin of isolated nude mice, with ginsenoside Rg1 as the index, HPLC methodand Valia-Chien horizontal diffusion cell were used.

采用离体裸鼠皮肤，以人参皂苷Rg1为指标，应用Valia-Chien水平扩散池和HPLC检测法，考察桂枝挥发油对三七总皂苷透皮吸收的影响。

RhaG hydrolyzed only the 6-C α-rhamnoside of ginsenoside Re, RhaR is able to hydrolyze the α-rhamnoside of rutin、hesperidin and naringin.

实验结果表明，RhaG只水解人参皂苷Re的C-6位末端上的一个α-鼠李糖基，而RhaR能水解芦丁、橙皮苷、柚皮苷的α-鼠李糖基。

The results show that the crude fat in corn bran is 5.99%, the protein is 4.86%, the crude fiber is 12.45%. The physico-chemical indexes of corn bran oil are as following: d(superscript 20℃ subscript 4℃) 0.9135, IV 112.4gI/l00g, SV 189.1mgKOH/g, unsaponifiable matters 3.75%. The fatty acid composition of corn bran oil is: oleic acid 30.27%, linoleic acid 54.14%, palmic acid 13.68%, stearic acid 1.14%.

结果表明，玉米皮粗脂肪含量为5.99%，粗蛋白质4.86%，粗纤维含量为12.45%；玉米皮油的相对密度0.9135，皂化值189.1mgKOH/g，碘值112.4gI/100g，不皂化物3.75%；玉米皮油脂肪酸组成中，油酸30.27%，亚油酸54.14%，棕榈酸13.68%，硬脂酸1.14%。

The surfactants used in syndet are mild and high efficiency, little skin irritation. As the pH value of syndet is neutral (7) or skin neutral (5.5), they neither alter the pH of the skin nor cause puffiness skin layer. Due to the absence of lime soap formation there is no problem of skin irritation causedby lime soap residues remaining on the skin.

合成皂所采用的表面活性剂更加温和，对皮肤的刺激性非常小，而且整体呈现中性(7)或者与健康皮肤相近的pH值（5.5），所以对皮肤pH值影响很小，同时避免了长期使用碱性皂引起的皮脂流失，由于没有钙皂形成，避免了钙皂沉积造成的刺激。

The surfactants used in syndet are mild and high efficiency, little skin irritation. As the pH value of syndet is neutral (7) or skin neutral (5.5), they neither alter the pH of the skin nor cause puffiness skin layer. Due to the absence of lime soap formation there is no problem of skin irritation caused by lime soap residues remaining on the skin.

合成皂所采用的表面活性剂更加温和，对皮肤的刺激性非常小，而且整体呈现中性(7)或者与健康皮肤相近的 pH 值（5.5），所以对皮肤 pH 值影响很小，同时避免了长期使用碱性皂引起的皮脂流失，由于没有钙皂形成，避免了钙皂沉积造成的刺激。

与皂皮相关的网络解释 [注：此内容来源于网络，仅供参考]

Camomile Soap：洋甘菊机能皂: 脆弱敏感肌肤適用.安撫過敏

Collagen Protein Soap 膠原蛋白机能皂: 促進皮膚緊實飽滿! | Camomile Soap 洋甘菊机能皂: 脆弱敏感肌肤適用.安撫過敏! | Vit. C 左旋C机能皂: 美白.幫助黑色素代謝!

Elastin Soap：彈力蛋白机能皂: 增加皮肤弾性

EGF Soap EGF 全效能復活机能皂: 全面促進肌肤更新机能.展現新生机肤光彩! | Elastin Soap 彈力蛋白机能皂: 增加皮肤弾性! | Collagen Protein Soap 膠原蛋白机能皂: 促進皮膚緊實飽滿!

QUILLAJA SAPONARIA BARK：皂樹(QUILLAJA SAPONARIA)樹皮

QUERCUS SERRATA SEED EXTRACT櫟(QUERCUS SERRATA)籽提取物 | QUILLAJA SAPONARIA BARK皂樹(QUILLAJA SAPONARIA)樹皮 | QUILLAJA SAPONARIA BARK EXTRACT皂樹(QUILLAJA SAPONARIA)樹皮提取物68990-67-0

Soapbark-tree,Quillaja saponaria：皂皮树

2.皂皮树,Soapbark-tree,Quillaja saponaria | 3.肥皂草,Soap wart,Saponaria officinalis | 4.肥皂根,Soap root,Chlorogalum pomeridinum

Quillaja Saponaria Bark Extract：皂樹(QUILLAJA SAPONARIA)樹皮提取物

QUILLAJA SAPONARIA BARK皂樹(QUILLAJA SAPONARIA)樹... | QUILLAJA SAPONARIA BARK EXTRACT皂樹(QUILLAJA SAPONARIA)樹皮提取物68990-67-0 | QUILLAJA SAPONARIA ROOT EXTRACT皂樹(QUILLAJA SAPONARIA)根提取物68990...

soapbark：皂皮树

soap-boiling 煮皂 | soapbark 皂皮树 | soapberry 无患子植物

soapbark：皂皮树/其内皮

soaking /使人湿透的/ | soapbark /皂皮树/其内皮/ | soapberry /无患子属植物/其子实/

soapbark：皂皮

soapbar皂条 | soapbark皂皮 | soapbase皂坯

soaper：皂洗机

"皂莱树,皂皮树","soap-bark tree" | "皂洗机","soaper" | "皂洗","soaping"

Quillaic acid：皂皮酸

Quercetin 槲皮素 | Quillaic acid 皂皮酸 | Quinic acid 奎尼酸,金鸡钠酸