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- Tremella frondosan. 叶银耳(黄耳)
- When taking, water boiling water, feed tremella. 服用时，饮汤、食银耳。
- Determination of Mating Type Factor A of Tremella fuciformis Berk. 银耳交配型A因子的测定。
- Often eat honey tremella soup to you can be gotten diabetic? 经常吃蜂蜜银耳汤会不会得糖尿病？
- The most important thing is Tremella, lotus seed drink some soup! 最主要是银耳，莲子汤多喝些！
- Polysaccharide was isolated from Tremella fuciformis Berk, growing in China. 银耳(Tremella fuciformis Berk.;)
- Ingredients: Collagen, essence from chamomile, honey, HA from tremella, etc. 成份：胶原蛋白、洋甘菊提取物、蜂蜜、银耳透明质酸等。
- Ingredients: Cerasomes, coenzyme Q10, collagen, and HA from tremella, etc. 成份：神经酰胺脂质体、辅酶Q10、胶原蛋白、银耳透明质酸等。
- At present, there is a lot of fake Tongjiang basswood tremella in the market. 目前,在市场上假冒通江椴木银耳现象比较多。
- In this paper a health drink is made from Tremella fuciformis and honey. 以银耳和蜂蜜为原料,研制出银耳保健饮料。
- Ingredients: HA from tremella, coenzyme Q10, cerasomes, and rosemary, etc. 成份：银耳透明质酸、辅酶Q10、神经酰胺脂质体、迷迭香等。
- Objective:To study on the stability of Tremella Polysaccharide Capsule. 目的:研究金耳多糖胶囊的稳定性。
- A deciduous shrub(Gaylussacia frondosa) of the eastern United States, having dark blue fruits. 黑果木美国东部的一种落叶灌木（越桔类黑果木），结有深蓝色果实
- Purpose To establish determination method of grifola frondosa beta-glucan for injection (GFGI). 摘要目的建立注射用灰树花倍他葡聚糖的含量测定方法。
- Song Airong Polysaccharide of the fungus, from the beginning of Grifola frondosa. 宋爱荣对真菌多糖的研究，是从灰树花开始的。
- Recent pharmacological studies on polysaccharide from Grifola frondosa were reviewed in this paper. 本文综述了国内外灰树花多糖药理研究的进展情况。
- This is the growth in a chestnut tree fungus, as food, fresh in Japan, the Grifola frondosa 100 grams to 10,000 yen. 这是生长在板栗树下的一种真菌，作为食品，在日本鲜的灰树花100克就要1万日元。
- This has paved way for the cloning of other Grifola frondosa genes and molecular biology studies. 本研究为下一步克隆灰树花中的基因以及进行其他分子生物学研究奠定了基础。
- There are well-known portfolio of Grifola frondosa, mushrooms town of reputation? 还有闻名远扬的灰树花、香菇之乡的美称呢！
- As a special biological response modifier,polysaccharide from Grifola frondosa has shown well perspective of utilization. 作为一种独特的生物反应调节剂,灰树花多糖具有极大的开发利用前景。
