蛛丝毛蓝耳草提取物

Cyanotis Arachnoidea Extract  露水草提取物珍珠露水草、换肺散、鸡冠参、蓝耳草、蛛毛蓝耳草、蛛丝毛蓝耳草。提取来源：为鸭跖草科植物珍珠露水草CyanotisarachnoideaCB.Clarke的根部。临床研究证明具有直接降血糖作用，对II型糖尿病总有效率为84%，对改善糖尿病患者“三多一少”症状尤为明显。露水草提取物具有显著的通过增加氨基酸装配成蛋白链，从而刺激肌肉细胞蛋白质生长的转译和迁移过程。露水草提取物不仅有益于健康而且安全，其用助于稳定在受到皮质醇伤害而且安全，其有助于在受到皮质醇伤害时的细胞，使能量合成步骤正常花(ATP和肌氨酸)和改善肝功能从而使有机体能迅速地适应环境和压力变化。
 

规格：HPLC方法测定≥50%、95% ;  UV法测定≥ 80%、90%、95%

性状：以不同纯度呈白色、灰白色、淡黄色及淡棕色结晶状粉末。

来源：蜕皮激素由自鸭拓草科植物—珍珠露水草中提取得到的一种活性物质。

质量标准：企业标准

应用

具有药理功用、运动保健品应用、化妆品应用、养殖应用等。

化妆品应用

化妆品中一般使用经特殊加工的高纯度蜕皮激素，也称“蜕皮甾酮”，为纯白色粉末或无色透明结晶体，成分单一，无过敏反应，具有强渗透性，液态状态下能快速被皮肤吸收。

 

目前，露水草提取物已被使用于知名品牌（迪奥、娇兰）的多款化妆品中
 

养殖应用

水生甲壳类—虾、蟹；地憋虫；蜕皮激素是虾蟹类生长发育、脱壳变态所必须的物质，是“脱壳素”的主要原料，添加本品后可使虾蟹顺利脱壳，促进虾蟹类脱壳的一致性，有效避免个体间的互相残杀，显著提高养殖成活率和商品质量。

蚕业养殖

蜕皮激素可使桑蚕龄期缩短，上簇整齐，促进吐丝结茧。

安全性

超过50次的研究显示蜕皮激素没有副作用，没有与荷尔蒙的相互作用，毒性水平也极低。1998年ICN生化实验对其进行测试，数据显示蜕皮激素要显示出毒性必须达到6400mg/kg的超高剂量。而且，在生长激素和黄体生成激素的内分泌测试中，没有任何蜕皮激素对哺乳动物荷尔蒙系统作用的报导。广泛接受的剂量为每天按5mg/kg的剂量服用。对于高速生活节奏而饱受压力和疲劳困扰的人群，蜕皮激素的推荐剂量是每天300-400mg。更高的剂量如每天400-600mg对运动更为适宜。

说明
本品属于半成品原料，仅面向有相关资质的厂家或相关流通企业销售，不对个人销售，也不建议直接食用，产品介绍所涉及的潜在功效和应用均来自于公开发表的文献。

 

Latin Name: Cyanotis Arachnoidea CB.Clarke 

Part of the Plant Used: Grass

Active Ingredients:

• ECdysterone 85%,90%,95%by UV;
•  
• Beta-Ecdysone(20-Hydroxy-ecdysone) 50%~98% by HPLC

Product Appearance: White Powder

Extract Method: Alcohol

CAS No.: 5289-74-7

Molecular formula : C27H44O7

 

Total Ecdysterones is extracted from natural plant Cyanotis vaga. The main composition is 20-Hydroxyecdysone and Total Ecdysterones.

20-Hydroxyecdysterone (referred to here as ecdysterone) is a member of a family of insect and plant derived steroid hormone, known as ecdysteroids. There are more than 300 known ecdysteroids, but 20-hydroxyecdysterone has been the most extensively researched ecdysteroid that has anabolic properties without the androgenic side effects. Ecdysterone is known to increase wound healing and protein synthesis. Many people have tried ecdysterone orally with little or no results even at very high doses.It is proven that ecdysterone is rapidly cleared by the body, which is why it is perfect for transdermal delivery. By using this compound in a transdermal matrix, both of these obstacles are overcome, allowing you to get the maximum anabolic benefit from this compound. The first use of ecdysterone was by Russian Olympians who were vague on how they administered the compound. It was wrongly assumed that ecdysterone was take orally, but new research suggests that the Russians injected a synthetic analog of ecdysterone to increase performance. Now, there is no way you would want to inject the 95% pure plant extracts that are currently available, but they are perfect for transdermal delivery, which gives you the benefits that the Russians derived without the danger of injections.