桦木白叶提取物 betula alba leaf extract
前桦树的叶子 extract of the leaves of the birch, 贝图拉 betula alba l., 菊科 betulaceae

供应商赞助商 Supplier Sponsors

  • BOC Sciences
    最好的化学品供应商 Best of Chemicals Supplier
    研究化学品和生化试剂(包括抑制剂)的优质供应商 Quality supplier of research chemicals and biochemicals including inhibitors, 建筑模块 building blocks, gmp产品 GMP Products, 杂质和代谢物 impurities and metabolites, 兽医用api APIs for Veterinary, 天然化合物 Natural Compounds, adcs ADCs, 干细胞分子和手性化合物。 Stem Cell Molecule and chiral compounds.
    卡波普® ultrez 21聚合物是我们用途最广泛的个 护理聚合物。它是一种疏水改性的交联丙烯酸酯共聚物,旨在有效地增稠 BOC Sciences provides a wide range of services to support the pharmaceutical industry through all stages of drug discovery including Custom Synthesis of those chemicals that are not in stock, 同位素标记服务 Isotope Labeling Service, 手性合成与拆分 Chiral Synthesis and Resolution, 生物共轭 Bioconjugation, 聚乙二醇化服务 PEGylation services, 分析服务。 analytical services.
    boc sciences是bocsci inc。的品牌。我们利用我们在发展领域的广泛业务 BOC Sciences is a brand of BOCSCI Inc. We leverage our wide spectrum of business in the fields of development, 制造业 manufacturing, 行销 marketing, 和分销,以帮助您根据不断变化的优质化学品需求制定最明智的决策。我们完整的cro服务套件涵盖了整个分子开发流程,包括用于目标识别的合同研究 and distribution to help you make best-informed decisions tailored to your evolving needs for premium chemicals. Our complete suite of CRO services spans the entire molecule development pipeline including contract research for target identification, 建筑模块 building blocks, 化合物合成 compound synthesis, 生化和细胞分析 biochemical and cellular analysis, 临床前动物试验 preclinical animal tests, 和临床研究。 and clinical studies.
    电子邮件 Email:行销 marketing
    我们的电子邮件 US Email:行销 marketing
    电子邮件 Email:销售量 Sales
    我们的电子邮件 US Email:销售量 Sales
    语音 Voice:
    1-631-504-6093
    传真 Fax:
    1-631-614-7828
    我们的声音 US Voice:
    1-631-504-6093
    我们传真 US Fax:
    1-631-614-7828
    欧洲 Europe44-203-286-1088
    脸书 Facebook
    推特 Twitter
    领英 Linkedin
    博客 Blog
    下载这个软件! Get the App!
    产品 Product(s):
    84012-15-7白桦叶提取物95% 84012-15-7 Birch leaves extract 95%
  • Symrise
    总是诱骗更多 Always Insiring More
    香气分子独特创新香精的化妆品成分 Symrise aroma molecules &; cosmetic ingredients for unique and innovative fragrances, 香料和化妆品。 flavors and cosmetics.
    我们是全球公认的领先香精供应商 We are globally recognized as a leading provider of fragrances, 香水的香精和活性成分以及香气化学物质 flavors and active ingredients as well as aroma chemicals for the perfume, cosmetic, 制药业 pharmaceutical, 食品和饮料行业。 food and beverage industries. 我们结合了有关消费者的知识通过创造力和突破性技术不断变化的需求。在这样做 We combine our knowledge about consumers’ ever- changing needs with creativity and ground-breaking technologies. In doing so, 我们专注于为客户提供附加值的解决方案的开发。 we concentrate on the development of solutions that provide our customers with added value. 我们允许员工和股东分享我们公司的成功,从而确保持续的价值创造。 We ensure sustained value creation by allowing our employees and shareholders to share our Company’s success.
    我们的电子邮件 US Email:生活必需品 Life Essentials
    电子邮件 Email:香气分子 Aroma Molecules
    语音 Voice:
    +49 5531 90 0
    推特 Twitter
    领英 Linkedin
    youtube Youtube
    编辑部 Newsroom
    rss RSS订阅
    产品 Product(s):
    660110 Extrapone® 桦木 Birch 生活必需品 Life Essentials - 植物药 Botanicals
    Extrapone® 桦木 Birch 包含 contains the extract of birch leaves 准备好的 prepared in propylene glycol and 水 water. 桦木 Birch leaves 用过的 used for our Extrapone® are 主要是 mainly 集 collected in 东 Eastern 欧洲 Europe and Germany. The leaves are extracted with 水 water and ethanol (浸渍 maceration/渗滤 percolation) and 过滤 filtrated. The filtrate is 集中 浓缩 concentrated by by 蒸馏 distillation. 提取物是在水的混合物中制备的 The extract is prepared in a mixture of water, 单独的熟化时间后,将丙二醇和防腐剂和透明滤料过滤掉。 propylene glycol and preservatives and clear filtered after an individual ripening time.
CAS号 CAS Number: 84012-15-7
ECHA EC 数 Number:281-660-9
类别 Category:cosmetic agents
 
美国 US/欧盟 EU EU/ fda / jecfa / fema / Flavis / 文献 Scholar /专利 Patent :
谷歌学术 Google Scholar:搜索 Search
谷歌书 Google Books:搜索 Search
谷歌学术 Google Scholar: with 字 word "volatile"搜索 Search
谷歌学术 Google Scholar: with 字 word "flavor"搜索 Search
谷歌学术 Google Scholar: with 字 word "odor"搜索 Search
谷歌专利 Google Patents:搜索 Search
美国专利 US Patents:搜索 Search
欧盟专利 EU Patents:搜索 Search
已发布 PubMed:搜索 Search
NCBI:搜索 Search
 
物理性质 Physical Properties:
食品化学品法典列表 Food Chemicals Codex Listed: No
 
感官特性 Organoleptic Properties:
来自其他 的气味和/或风味描述(如果找到)。 Odor and/or flavor descriptions from others (if found).
 
化妆品信息 Cosmetic Information:
CosIng:化妆品数据 cosmetic data
化妆品用途 Cosmetic Uses: 收敛剂 astringents
清洁剂 cleansing agents
掩蔽剂 masking agents
皮肤调理 skin conditioning
舒缓剂 soothing agents
tonic
 
供应商 Suppliers:
Bio-Botanica®
白桦叶小叶白桦叶提取物 Birch Leaf Betula Alba Leaf Extract
BOC Sciences
仅供实验/研究使用。 For experimental / research use only.
白桦叶提取物95% Birch leaves extract 95%
香脂木豆 Carrubba
白桦提取物 silver birch extract
lipotec美国 Lipotec USA
Actiphyte® of 桦木 Birch 叶 Leaf 提取 Extract
Symrise
Extrapone® 桦木 Birch
生活必需品 Life Essentials - 植物药 Botanicals
气味 Odor: characteristic
采用 Use: Extrapone® 桦木 Birch 包含 contains the extract of birch leaves 准备好的 prepared in propylene glycol and 水 water. 桦木 Birch leaves 用过的 used for our Extrapone® are 主要是 mainly 集 collected in 东 Eastern 欧洲 Europe and Germany. The leaves are extracted with 水 water and ethanol (浸渍 maceration/渗滤 percolation) and 过滤 filtrated. The filtrate is 集中 浓缩 concentrated by by 蒸馏 distillation. 提取物是在水的混合物中制备的 The extract is prepared in a mixture of water, 单独的熟化时间后,将丙二醇和防腐剂和透明滤料过滤掉。 propylene glycol and preservatives and clear filtered after an individual ripening time.
 
安全信息 Safety Information:
 
危害识别 Hazards identification
 
物质或混合物的分类 Classification of the substance or mixture
根据29 cfr 1910(osha hcs)进行ghs分类 GHS Classification in accordance with 29 CFR 1910 (OSHA HCS)
没有找到。 None found.
ghs标签元素 GHS Label elements, 包括预防性声明 including precautionary statements
 
象形图 Pictogram
 
危险说明 Hazard statement(s)
没有找到。 None found.
防范说明 Precautionary statement(s)
没有找到。 None found.
口服/肠胃外毒性 Oral/Parenteral Toxicity:
未定 Not determined
皮肤毒性 Dermal Toxicity:
未定 Not determined
吸入毒性 Inhalation Toxicity:
未定 Not determined
 
使用安全信息 Safety in Use Information:
类别 Category: cosmetic agents
桦木叶提取物使用量推荐水平 Recommendation for betula alba leaf extract usage levels up to:
 不用于香水。 not for fragrance use.
 
桦木叶提取物风味使用水平的推荐值 Recommendation for betula alba leaf extract flavor usage levels up to:
 不用于调味料。 not for flavor use.
 
安全参考 Safety references:
每日医学 Daily Med:search
毒理学引文 Toxicology Citations:搜索 Search
EPA ACToR:毒理学资料 Toxicology Data
EPA物质注册服务(SRS) :注册表 Registry
国家过敏和传染病研究所 National Institute of Allergy and Infectious Diseases:数据 Data
贝图拉 叶提取物 betula alba l. leaf extract
chemidplus Chemidplus:0084012157
 
参考资料 References:
 贝图拉 叶提取物 betula alba l. leaf extract
加拿大国内分公司。清单 Canada Domestic Sub. List:84012-15-7
pubchem(sid) Pubchem (sid):135315650
 
其他资料 Other Information:
家庭用品 Household Products:搜索 Search
维基百科 Wikipedia:视图 View
 
潜在搅拌机 Potential Blenders and 核心组件 core components note
没找到 None Found
 
潜在用途 Potential Uses:
没找到 None Found
 
存在(自然 Occurrence (nature, 餐饮 food, 其他) other):note
 桦木 betula alba leaf
搜索 Search Trop 图片 Picture
 桦木柔软的桦木叶 birch downy birch leaf
搜索 Search Trop 图片 Picture
 
同义词 Synonyms:
 betula alba var. pubescens leaf extract
 betula odorata leaf extract
 betula pubescens leaf extract
 betula pubescens subsp. tortuosa tortuosa leaf extract
 betula pubescens var. pubescens leaf extract
 betula tortuosa tortuosa leaf extract
extrapone birch (Symrise)
柔软的 downy birch leaf extract
european 白 white birch leaf extract
moor birch leaf extract
 前桦树的叶子 extract of the leaves of the birch, 贝图拉 betula alba l., 菊科 betulaceae
 

文章 Articles:

已发布 PubMed:种特有的叶片特征和减少的水分利用对树木细颗粒捕获效率的影响。 Effects of species-specific leaf characteristics and reduced water availability on fine particle capture efficiency of trees.
已发布 PubMed:模拟浏览会影响橡树和桦树树苗的叶片脱落物候和凋落物质量。 Simulated browsing affects leaf shedding phenology and litter quality of oak and birch saplings.
已发布 PubMed:紫外线 对叶片生长的时间模式的物种特异性影响。 Species-specific effect of UV-B radiation on the temporal pattern of leaf growth.
已发布 PubMed:干燥皮肤的皮肤化妆品 Dermocosmetics for dry skin: 植物提取物的新作用。 a new role for botanical extracts.
已发布 PubMed:紫外线操作下叶片酚类成分的季节性波动反映了al木和桦树的对比策略。 Seasonal fluctuations in leaf phenolic composition under UV manipulations reflect contrasting strategies of alder and birch trees.
已发布 PubMed:太阳紫外线会改变al木和桦树凋落物的化学性质,进而影响分解物和土壤呼吸。 Solar ultraviolet radiation alters alder and birch litter chemistry that in turn affects decomposers and soil respiration.
已发布 PubMed:秋蛾的幼虫寄生降低了山桦的摄食强度。 Larval parasitism of the autumnal moth reduces feeding intensity on the mountain birch.
已发布 PubMed:食草昆虫对桦树叶片酚类物质的代谢修饰 Metabolic modifications of birch leaf phenolics by an herbivorous insect: 黄酮苷元通过糖基化解毒。 detoxification of flavonoid aglycones via glycosylation.
已发布 PubMed:从植物到鸟类 From plants to birds: 响应昆虫食草的树木中更高的鸟类捕食率。 higher avian predation rates in trees responding to insect herbivory.
已发布 PubMed:两种结构和物种组成不同的混合落叶林蒸腾和冠层导水的比较测量。 Comparative measurements of transpiration and canopy conductance in two mixed deciduous woodlands differing in structure and species composition.
已发布 PubMed:零散的环境影响桦树叶片内生菌。 Fragmented environment affects birch leaf endophytes.
已发布 PubMed:四种植物(桦木)叶片中的元素含量 Element contents in leaves of four plant species (birch, 山灰 mountain ash, 蕨类植物和云杉)。 fern and spruce) along anthropogenic and geogenic concentration gradients.
已发布 PubMed:工业污染地区白桦的芽萌物物候。 Budburst phenology of white birch in industrially polluted areas.
已发布 PubMed: 夏季驯鹿在白桦林(betula pubescens 切尔帕诺韦 czerepanovii)森林中的生态作用 : 对植物防御的影响 effects on plant defense, 凋落物分解 litter decomposition, 和土壤养分循环。 and soil nutrient cycling.
已发布 PubMed: 有性 促进了桦树的秋季叶片颜色(白桦(betula pubescens 切尔帕诺韦 czerepanovii))。
已发布 PubMed:新孵化的新生幼虫可以糖基化 Newly hatched neonate larvae can glycosylate: 初生幼虫埃皮里塔 Epirrita 秋叶 秋季 autumnata的pube pubescens芽黄酮类化合物的命运。
已发布 PubMed:竞争和草食会改变桦树幼树的内部氮动力学吗? Do competition and herbivory alter the internal nitrogen dynamics of birch saplings?
已发布 PubMed:北极昆虫草食动物-山桦系统中与气候变化有关的物候和丰度。 Phenology and abundance in relation to climatic variation in a sub-arctic insect herbivore-mountain birch system.
已发布 PubMed:山桦树的耐污染性 Pollution resistance of mountain birch, 毛白桦亚种切尔帕诺韦 Betula pubescens subsp. czerepanovii, 在铜镍冶炼厂附近 near the copper-nickel smelter: 自然选择还是表型适应? natural selection or phenotypic acclimation?
已发布 PubMed:毛白桦叶表面类黄酮苷元对第一龄幼虫表皮幼虫的防御作用。 Defensive effect of surface flavonoid aglycones of Betula pubescens leaves against first instar Epirrita autumnata larvae.
已发布 PubMed:秋天的颜色表示树木状况。 Autumn coloration as a signal of tree condition.
已发布 PubMed:落叶会增加 小腿根外生菌共生中的碳限制。 Defoliation increases carbon limitation in ectomycorrhizal symbiosis of Betula pubescens.
已发布 PubMed:草食动物引起的山桦酚类和营养性化合物的快速变化及其对主要脱叶剂性能的影响 Rapid herbivore-induced changes in mountain birch phenolics and nutritive compounds and their effects on performance of the major defoliator, 埃皮里塔 Epirrita 秋叶 秋季 autumnata。
已发布 PubMed:工业污染区桦木对重金属根系和冠层的吸收 Root versus canopy uptake of heavy metals by birch in an industrially polluted area: 镍和铜的对比行为。 contrasting behaviour of nickel and copper.
已发布 PubMed:样品干燥和储存的影响 Effects of sample drying and storage, 提取溶剂的选择及桦木叶可水解单宁得率的分析方法 and choice of extraction solvent and analysis method on the yield of birch leaf hydrolyzable tannins.
已发布 PubMed:将昆虫放入桦木与昆虫的互动中。 Putting the insect into the birch-insect interaction.
已发布 PubMed:两个草食动物群对桦树上的几何幼虫的空间响应。 Spatial responses of two herbivore groups to a geometrid larva on mountain birch.
已发布 PubMed:植物受到各种营养因子的物候学修饰。 Phenological modifications in plants by various edaphic factors.
已发布 PubMed:桦树叶片中酚类化合物含量沿强污染梯度分布规律 Patterns in content of phenolic compounds in leaves of mountain birches along a strong pollution gradient.
已发布 PubMed: 内蒙古ips 重复的 duplicatus的嗅觉反应 , 中国对非寄主叶和皮挥发物的影响。 China to nonhost leaf and bark volatiles.
已发布 PubMed:毛白桦叶片中可水解单宁含量的季节性变化。 Seasonal variation in the content of hydrolysable tannins in leaves of Betula pubescens.
已发布 PubMed:酚和酚相关的因素决定了山桦叶对草食性昆虫的适宜性。 Phenolic and phenolic-related factors as determinants of suitability of mountain birch leaves to an herbivorous insect.
已发布 PubMed:高效液相色谱-质谱联用技术检测短毛小叶中可水解单宁的特性 Characterisation of hydrolysable tannins from leaves of Betula pubescens by high-performance liquid chromatography-mass spectrometry.
已发布 PubMed:可获得性对克隆桦树幼苗碳分配和发育不稳定性的影响 Effects of Resource Availability on Carbon Allocation and Developmental Instability in Cloned Birch Seedlings.
已发布 PubMed:挪威三个铝冶炼厂附近的空气污染物扩散模式和植被破坏。 Air-pollutant dispersal patterns and vegetation damage in the vicinity of three aluminium smelters in Norway.
已发布 PubMed:短枝小夜蛾和短毛小夜蛾之间臭氧敏感性的变化 Variation in ozone sensitivity among clones of Betula pendula and Betula pubescens.
已发布 PubMed:螨的密度模式 Density patterns of gall mites (Acarina:eriophyidae)。 Eriophyidae) in a polluted area.
已发布 PubMed:白桦树种内和叶内酚的变化 Variation among and within mountain birch trees in foliage phenols, 碳水化合物 carbohydrates, 和氨基酸 and amino acids, 并在秋虫中的幼虫生长。 and in growth ofEpirrita autumnata larvae.
已发布 PubMed:浓度对毛白杨生物量生产和分配的影响不同臭氧和温度条件下的幼苗。 Effect of carbon dioxide concentration on biomass production and partitioning in Betula pubescens Ehrh. seedlings at different ozone and temperature regimes.
已发布 PubMed:芽休眠与芽形态的季节性变化 Seasonal changes in bud dormancy in relation to bud morphology, 水和淀粉含量 water and starch content, 毛桦的成年树中的脱落酸和脱落酸浓度 and abscisic acid concentration in adult trees of Betula pubescens.
已发布 PubMed:模拟的酸雨影响桦木叶片内生菌种群。 Simulated acid rain affects birch leaf endophyte populations.
已发布 PubMed:二氧化硫和二氧化氮的影响 Effects of sulphur dioxide and nitrogen dioxide, 单独和混合 singly and in mixture, 三个桦木无性系的宏观生长 on the macroscopic growth of three birch clones.
已发布 PubMed:自然条件下叶水中的(18)o富集。 The enrichment of (18)O in leaf water under natural conditions.
已发布 PubMed:研究脱落酸在谷仓鼠和 小菜芽萌发中的作用。 Studies on the role of abscisic acid in the initiation of bud dormancy in Alnus glutinosa and Betula pubescens.
已发布 PubMed:对d的一些生理反应 Some physiological responses to d, l脱落素(dormin dormin)。
 
笔记 Notes:
没找到 None Found
请分享您的评论。 Please share your Comments.
电子邮件地址 Email Address: