saccharide造句

• Separation of saccharides and salts by using nanofiltration membranes
  应用纳滤膜分离糖和盐的实验研究
• Soybean oligo saccharide granules
  大豆低聚糖颗粒
• Saccharide : glucose , mannose , xylose and galactose and so on are included
  糖类：包括葡萄糖、甘露糖、木糖、半乳糖等。
• A quantificational study on the relationship between saccharide content of medlar and surrounding factors
  枸杞总糖含量与环境因子的量化关系研究
• Studies on the constituents of polysaccharide and the content of saccharide from mongolian medicine jiruhen agaru
  8中多糖的组分分析和糖含量测定
• Saccharide as a substance of energy and information has strong antifungal bioactivity
  糖类物质，作为一种能量和信息的单元，具有很好的抑菌活性。
• A covalent enzyme - substrate intermediate with saccharide distortion in a mutant t4 lysozyme
  在一个群从变型t4溶菌酶中的一个带有糖变形的共价酶底物中间物。
• Analysis of honey - determination of the content of saccharides fructose , glucose , saccharose , turanose and maltose - hplc method
  蜂蜜的分析.含糖果实葡萄糖蔗糖松二糖和麦芽糖
• The mechanisms of cytokinins in retarding of senescence was discussed in relation to saccharides , lipid oxidation , as well as to other hormones
  此外，还从细胞分裂素与糖、上脂质氧化反应以及与其它植物激素的关系方面探讨了细胞分裂素在延缓植物衰老中的作用机理。
• The recent progress in the studies of saccharide - metal complex is reviewed . especially their synthesis based on saccharide ligand and application is described
  综述了近年来糖金属配合物的最新研究进展，重点从糖基配体的角度介绍了各类糖金属配合物的合成与应用研究。
• The recent progress in the studies of saccharide - metal complex is reviewed . especially their synthesis based on saccharide ligand and application is described
  摘要综述了近年来糖金属配合物的最新研究进展，重点从糖基配体的角度介绍了各类糖金属配合物的合成与应用研究。
• Saccharide : glucose , mannose , xylose and galactose and so on are included . this kind of amylose can improve human immunity , and acts on the prevention and cure of cancer and aids
  糖类：包括葡萄糖、甘露糖、木糖、半乳糖等。这类多糖对提高人体免疫功能，对癌症和艾滋病的防治有一定作用。
• The mechanism of function and application of antifungal drugs and antifungal means in the medical and mycological realms as well as the role of saccharide in the antifungal process are described in this paper
  本文主要就抗真菌药物、抗真菌方法在医学和植物真菌学领域的作用机理及应用以及糖类物质的抗真菌活性进行了综述。
• The peak time of protein and reductic saccharide were the 14th and the 16th . it showed that optimum time of collecting protein and reductic saccharide were the 14th day and the 16th day respectively
  培养液中的蛋白质及还原糖的高峰期分别出现在第14d和第16d ，表明蛋白质的收集宜在第14d进行，还原糖的收集宜在第16d进行。
• Catalyzed chemiluminescence sensors based on nanomaterials including ethanol sensors , amine sensors , hydrogen sulfide and aldehyde sensors , saccharide sensors , were reviewed with 11 references in this paper
  摘要文章综述了纳米催化化学发光传感器的研究，主要包括乙醇传感器、胺传感器、硫化氢和醛类传感器以及糖类传感器，引用文献11篇。
• Results showed that persimmon leaves contained alkaloids , saponins , amino acids , polypeptides , organic acids , phenolic compounds and tannins , saccharides , steroids , flavones , cardiac glycosides , anthraquinones , naphtha , etc
  通过系统预试，初步确定柿叶中含有生物碱、皂苷、氨基酸、多肽、有机酸、酚类和鞣质、糖类、甾体、总黄酮、强心苷、蒽醌、挥发油等物质。
• Poly - saccharides are the most active health enhancing ingredient for the body . it is claimed to be effective when used with people experiencing mental and physical exhaustion , forgetfulness , insomnia , asthma and high blood pressure and can help lower cholesterol and coughs
  灵芝是一种有病能治病无病能强身的食药双重功能，没有任何副作用和依赖性，男女老少都可饮用，久食轻身，延年益寿，是人类最理想的天然药品和保健食品。
• Lingzhi is now widely researched and scientists have discovered 252 active components beneficial and essential to the human body , including poly - saccharides , amino acids , triterpenes , ganodemic acid , adenosine , polypeptides , glycopeptides , sterols , lipids , alkaloids , organic germanium and trace minerals ge , p , fe , ca , mg and zn . it is an adaptogen which brings immense benefits to human body without any side effect . while plenty of medical terminology is used to describe various effects on the body , we can summarize in laymen s words as the effective health giving food supplement
  据现代医学研究表明和有关数据记载，灵芝除了对人类三大死因的癌症脑溢血心脏病确有显著疗效外，还可治疗肝炎肝硬化肾炎肾盂肾炎风湿性关节炎慢性支气管炎哮喘胃病十二指肠溃疡，心脑血管疾病心肌炎神经衰弱鼻炎糖尿病前列腺肥大高山病心悸手足冰冷高血压低血压湿疹汗疹寒症瘀血尿急尿频盗汗脑震荡后遗症失眠痔疮便血盆腔炎子宫内膜炎宫颈糜烂营养不良等症。
• Chitinase forming strain is a kind of special microorganisms . this strain can utilize chitin as carbon source to survive and repoduce . and it has the common biochemical ch aracteristics of secreting chitinase . chitinase can degrade chitin into chitin oligosaccharide , chitin disaccharide , and chitin monosaccharide . the application of chitinase and chitin oligo saccharide on plant resistance are extensively reported . moreover researches verified that c hitin oligosaccharide can promot the growth of plant . so chitinase froming strain is a kin d of promising fungi - resistant microorgnanism . therefore , it ' s a very meaningful work to d o more extensive and deeper researches in this respect
  而几丁质酶和几丁寡糖在植物抗病上的应用已经被广泛的报道，而且有研究证实几丁寡糖还能促进植物的生长发育。几丁质酶产生菌是一类很有前途的抗真菌的微生物，因此，在这方面作更广泛更深入的研究是很有意义的工作。