您要查找的是不是：
- Biology and Chemistry of Jerusalem Artichoke: Helianthus tuberosus L. 洋姜的生物学与化学:菊芋。
- Use the Jerusalem artichoke (or chicory) as the material, dip in the hot water to get the inulin liquid. 以菊芋(或菊苣)为原料,热水浸提获得提取液。
- The main components of Jerusalem artichoke powder, more dietary fiber and sugar. 其主要成分为菊芋粉、膳食纤维和多糖类。
- Thin layer chromatography(TLC) was applied to the separation of oligosaccharides in juice of Jerusalem Artichoke. 采用薄层层析法(TLC)分离菊芋汁中的低聚糖成分。
- Jerusalem artichoke powder mainly composed of protein, sugar and inulin and trace elements. 菊芋粉主要成分为蛋白质、糖和菊粉及微量元素。
- Then we offered a scitific basis that Jerusalem artichoke as a developable sand industry in Chai Da-mu basin. [英文摘要]： Through analyzed Jerusalem artichoke moisture demand in the desert; cultivations ways experiment and the foliar fertilization effects.
- Jerusalem artichoke is cultivated widely in the northern part of China for environment protection. 中国北方干旱少雨,菊芋适应环境能力强而得到了广泛种植。
- Jerusalem Artichoke is a new-style perennial species, which has high yield, alkali-resistance, the ability against drought, cold and extensive adaptability. 摘要菊芋是一种多年生、高产、抗寒、抗旱、耐一定盐碱，并具有广泛适应性的新型物种。
- Jerusalem artichoke powder , soybean oligosaccharide and FOS were used as probiotics to promote the quantity of Bifidobacteria. 采用添加菊粉、大豆低聚糖和低聚果糖等益生素,可以促进双歧杆菌的活菌数目提高。
- Comparing Jerusalem artichoke, potato, soybean, compositions from Jerusalem artichoke can propagate Bifidobacterium Longum better. 菊芋、马铃薯、大豆三种抽提液均对长双歧杆菌有增殖作用，菊芋抽提液有较好的增殖作用。
- Several formula of seed mediums were compared, milk+20% tomato juice+2%extractions from Jerusalem artichoke can accelerate to produce acid, attain higher Bifidobacterium Longum number. 脱脂乳+20%25番茄汁+2%25菊芋抽提液作为种子培养基产酸速度快，双歧杆菌活菌数高。
- The optimal conditions were obtained by central composite designs and response surface analysis as follows: peptone 22.14 g/L, Jerusalem artichoke 117.28mL, (NH4)2HPO43.94 g/L, NaCl5.0 g/L, MgSO40.50 g/L, MnSO40.10 g/L. 采用中心组合设计和响应法对宇佐美曲霉培养条件进行优化;得到优化培养基为:蛋白胨22.;14 g/L;菊芋汁117
- Jerusalem artichoke juice was the sole carbon source. The peptone and (NH4)2HPO4 as nitrogen sources were found to be most suitable ones for inulinase production by single factor experiment. 通过单因素实验初步确定了菊芋汁为碳源,蛋白胨为有机氮源,(NH4)2HPO4为无机氮源。
- Jerusalem artichoke(Nanyu 2) was used to study the effect of calcium ion on superoxide dismutase(SOD) activity,malondialdehyde(MDA) content,net photosynthetic rate,fluorescent parameters and fresh weight under NaCl stress. 以南芋2号为材料,研究了C a2+对N aC l胁迫下菊芋叶片中超氧化物歧化酶(SOD)活性、丙二醛(M DA)含量、净光合速率(Pn)和荧光参数及菊芋鲜重的影响,探讨了C a2+在盐胁迫中的可能作用。
- Objective:The effects of Jerusalem artichoke(JA)on the growth of Bifidobacterium in vitro was studied in order to provide theoritical foundation for the utilization of JA resource and the producing of bifidobacteria products. 目的:研究菊芋在体外对双歧杆菌生长的影响,为进一步开发菊芋资源和生产双歧杆菌制品提供理论依据。
- Rf values of POD isoenzymes were as followed: jerusalem artichoke leave(0.85) > cane leave(0.70)> bamboo shell(0.61)> soybean hull(0.57)> horseradish(0.55). jerusalem artichoke peroxidase isoenzyme is of negative ion. POD同工酶电泳最大迁移率(Rf)大小顺序是:菊芋叶(0.;85)>甘蔗叶(0
- The excellent features and multifunctional traits of Jerusalem Artichoke are not only essential qualification for the development of herbivores, but also important to water and soil conservation and environmental protection. 菊芋的许多优良特性和多功能特点，不但是发展草食畜禽的必要条件，而且对水土保持、环境保护有重要作用。
- In this paper,it is reviewed that the studies on extraction,isolation and purification,determination,structural analysis,biological activity of inulin from Jerusalem artichoke tubers. 综述了近年来国内外有关菊芋菊糖的提取、分离纯化、含量测定、结构分析和生物活性等方面的研究概况。
- Contrast Test on Seed Tuber of Jerusalem artichoke 菊芋种用块茎对比试验
- Saccharified jerusalem artichoke juice (SJAJ) 糖化菊芋汁
