山药

The manufacturer can .affect the properties of the fabric by modifying yam count, yam form and weight, weave patterns, batt distribution and fineness, chemical treatments, overall synthetic content, and other manufacturing processes where applicable.

影响毛布性能，修改山药的数量，山药的形式和重量，编织方式，巴特分布和细度，化学处理，整体合成的含量，和其他的可用的制造工艺。

ObjectiveTo distinguish Dioscoreaeu opposita Thunb. from different geographical regions by comparing Ribosomal DNA ITS sequence.

目的分析怀山药与其它产地山药的rDNA ITS区序列的差异，为山药的基源鉴定和品质评价提供分子依据。

Growth of field trial of Bikeqi yam was introduced in Hohhot in this paper.

在呼和浩特地区对毕克齐长山药进行试种，调查毕克齐长山药的物候期并分析其主要品质指标。

In this paper,thermostable α-amylase was used to hydrolyzate yam starch and thickening agents were added to solve the delamination and precipitation of yam beverage,and to enhance the stability and sensory quality of yam beverage.

研究通过使用耐高温α-淀粉酶水解山药淀粉和食品增稠剂来解决山药饮料易发生分层和沉淀的问题，从而提高山药饮料的稳定性和感官品质。

Rates of nucleotide substitution vary greatly among plant mitochondrial, chloroplast, and nuclear DNAs. Proc Natl Acad Sci USA ［J］.1987, 84 (5):9054.［3］ Ainouche M L, Bayer R. On the origins of the tetraploid Bromus species: insights from internal transcribed spacer sequences of nuclear ribosomal DNA［J］.

而山西平遥产山药D= 0.004 76与山西太谷产山药D= 0.004 27基本没有差异，它们和河北安国产山药D= 0.004 36共同与怀山药有较大的同源性，通过ITS序列分析，这几种不同产地的山药之间碱基仅相差几个，提示它们具有同源性；野生山药与种植山药碱基数目相差较大，说明种植山药在驯化过程中产生了变移，使物种更进化。

Dioscorea tuber is a tuberous herb which belongs to the Dioscoreaceae family that grows in West Africa, East Asia, in regions of China, Japan, Taiwan. It is a traditional Chinese medicine that is commonly used to nourish, strength, antioxidant, immunostimulatory activities. The aim of the present study was to evaluate the in vivo and in vitro immunostimulatory effects of TA-05, a cultivated yam in Taiwan, and the murine innate and adaptive immunities were investigated.

山药为薯蓣科薯蓣属多年生蔓生性根茎类植物，可供食用，有滋养、强壮、止泻及降血糖等功效，自古以来，山药块茎即为著名养生滋养食品，而本研究则针对免疫调节机能方面，进行台湾栽培优质山药TA-05Dioscorea alata L。

Results were as follows: in MS basic medium+KT2mg/L or 2ip, the two varieties growed well. Appending NAA0.2 mg/L could promote radication commonly. But in MS+BAP2 mg/L there was obvious difference from the two varieties. Chinese yam rhizome axillary bud was restrainted. But feng yam was prone to form fascicular bud. When supplemented with NAA0.2 mg.L-1, NAA and BAP could accelerate Chinese yam rhizome axillary bud growth and increase the number of buds.

结果表明：两品种在MS+KT2mg/L或2ip培养基上生长情况均较好，当附加NAA0.2时，一般可促进生根；但在培养基上，两品种差异明显，淮山药表现腋芽生长受抑制，而凤山药则易形成丛生芽，而当此培养基附加NAA0.2时，NAA与BAP可协同作用促进淮山药的腋芽生长，增加芽苗数，但对凤山药的生长则基本无影响。

In order to obtain better quality of this experiment, huaiqing yam with no sulfur protect color as the breakthrough point, through the huaiqing yam without sulfur protect color and drying, thus huaiqing yam best without sulfur and drying protect color matching, the actual production for huaiqing yam application support.

为了获得更好品质的怀山药，本试验以无硫护色为切入点，通过对怀山药进行无硫护色和热风干燥的研究，从而获得怀山药最佳无硫护色配比和热风干燥规律，为怀山药的实际生产应用提供支撑。

Polyphenol Oxidase properties of fresh Yam were studied with spectrophotometer in this paper. Based on formal research results of single inhabitor anti-browning effects and orthogonal experimental, the optimum combined inhabitor and the reasonable anti-browning effects were obtained.

泛以鲜山药为试材，应用分光光度法对山药多酚氧化酶酶学特性进行研究，以单一抑制剂对山药的褐变控制效果研究为依据，采用正交试验，确定复合抑制剂在山药褐变控制过程中的最佳组合。

Mu yam plant base, all the year round to provide substantial fine quality Chinese yam and Japanese yam, yam bean, yam seedling.

拥有1000多亩山药种植基地，常年提供大量优质细毛山药、日本山药、山药豆、山药栽子。

The split between the two groups can hardly be papered over.

这两个团体间的分歧难以掩饰。

This approach not only encourages a greater number of responses, but minimizes the likelihood of stale groupthink.

这种做法不仅鼓励了更多的反应，而且减少跟风的可能性。