adulterant
OBJECTIVE：To study on herba Kushen and its adulterant Ciguogancao.
目的：对中药苦参及其混淆品刺果甘草进行鉴别研究。
The dried,roasted,ground roots of this plant,used as an adulterant of or substitute for coffee.
菊苣根，这种植物被烘干、烤熟并碾碎的根，用来作咖啡的掺杂剂或代用品。
Objective:To study the identification of Herba Hyperici Japonici and its adulterant.
目的:建立地耳草与混伪品细叶金丝桃的鉴定方法。
The dried, roasted, ground roots of this plant, used as an adulterant of or substitute for coffee.
菊苣根这种植物被烘干、烤熟并碾碎的根，用来作咖啡的掺杂剂或代用品
To identify a new adulterant of Buddleja officinalis and compare it with the Buddleja officinalis Maxim.
目的：对一种新发现的密蒙花混淆品进行调查鉴定，并与正品进行比较鉴别。
The characteristic peaks of appropriate adulterant, were identified accordingly.
比较它们的指纹图,从中鉴别出掺假物的特征峰。
Objective:To identify Radix Peucedani and its adulterant Radix Peucedani terebinthaceum.
目的鉴别前胡及其混淆品石防风。
Objective To study the identification of Folium Apocyni Veneti and its adulterant.
目的建立罗布麻叶及其易混品大花罗布麻叶的鉴定方法。
OBJECTIVE To compare and identify Zaocys dhumnades and its adulterant Elaphe dione .
目的比较鉴别乌梢蛇与白条锦蛇。
Therefore, amylase isozyme electrophoresis can be used to detect the quality of honey and adulterant.
所以,可以通过淀粉酶同工酶电泳的方法来检测蜂蜜产品质量、以及蜂蜜掺假。
This is significant for discerning the pure or adulterant diesel oil and maintaining the stability of market.
通过这种关系可以定性的判断出柴油中掺杂120#溶剂油的多少,这对于分析市场上柴油的真伪、维护市场稳定具有重要的意义。
The presence of dihydrolinalyl acetate in the lavender oil exposes the synthetic source and can be considered an adulterant.
这样的话二次产物乙酸二氢芳樟酯就作为一种掺杂物存在薰衣草油里面。
Adding aluminium salt to collosol to get the preparation of adulterant film，and do researching in respect of electricity characteristic towards it.
通过在溶胶中加入铝盐对其进行掺杂，制备掺杂的薄膜，并对铝掺杂氧化锌薄膜进行电学特性方面的研究。
Furthermore, ShiLong Forum enlarged the social influence of fighting against the adulterant drugs and attracted the whole society to attend positively.
大会扩大了药品打假的社会影响力，吸引社会各界积极参与。
On the congress, the participants exchanged the experienceof fighting against the adulterant and displayed the achievements of fighting against the adulterant technologically.
与会者在大会上交流药品打假经验，并展示药品打假信息化应用成果。
The adulterant of Co can stabilize the structure and prohibit the Jahn-Teller effect in LiMn_2O_4. The results showed that LiCo_(0.1)Mn_(1.9)O_4 had good electrochemical performances.
一、本文利用半径较Mn小、M-O键键能大,可以有效稳定LiMn_2O_4的尖晶石结构,抑制Jahn-Teller效应的Co作为掺杂元素,湿化学法合成Co元素掺杂的具有良好电化学性能的LiCo_(0.1)Mn_(1.9)O_4。
Method:To sequence P.ternata and its adulterant P.pedatisecta Schott using PCR direct sequencing and to detect the variation and restriction length polymorphism of their 18S rRNA sequences.
方法 :采用PCR直接测序技术测定半夏及其伪品的18SrRNA基因核苷酸离列并作序列变异和选择性内切酶谱 (PCR SR )分析。
Methods The nrDNA ITS sequence(including ITS1,5.8S rDNA,ITS2,and partial 18S rDNA and 26S rDNA) of L.japonicus and its 3 adulterant species were amplified and sequenced,and CLUSTRAL X and MEGA software was employed for analysis.
方法对4种益母草属植物分别进行ITS序列的PCR扩增和测序,并运用CLUSTRALX和MEGA软件进行分析。 结果测得4种植物的ITS序列,包括ITS1、5.8S和ITS2全长序列以及18S、26S部分序列;
To identify Gynostemma Pentaphyllum and its adulterant Hemsleya Chinesis,the exterior appearance,micro-structural and chemical characteristic were compared,and identifying characteristics were pointed out.
对葫芦科绞股蓝属的绞股蓝与其易混淆品雪胆属的雪胆进行了外部形态、显微结构和理化特性比较,指出两者可供鉴别的特征。
The internal transcribed spacers (ITS) including ITS1, 5.8S, ITS2, and partial 18S and 26S were determined. The range of diversity among L.artemisia and its adulterant species was 7.2%~18.8% and 14.2%~27% based on ITS1 and ITS2 respectively.
测得这4种植物的片段包括ITS1、5.8S和ITS2全长序列以及18S、26S部分序列,益母草及其易混淆的3种植物ITS1、ITS2序列的差异性分别为7.2%~18.8%和14.2%~27%。
METHODS 4 species of Sanguisorbae and a adulterant were analysed by molecule biological technique random amplified polymorphic DNA(RAPD)and HPLC fingerprinting technique respectively.
方法采用分子生物学技术随机扩增多态性DNA(RAPD)技术和HPLC技术对地榆属的4个品种及其混淆品进行分析。
Results There were some differences between Radix Peucedani and its adulterant Radix Peucedani terebinthaceum in histological,morphological characters and physicochemical properties.
结果前胡与其混淆品石防风的性状、显微特征、薄层色谱、液相色谱均有差异。
The congress held a forum called “Co-fighting against the adulterant, Managing Scientifically and Developing Harmoniously” and a seminar called “The Community without the Adulterant”.
大会上举行了“合作打假,科学管理,和谐发展”主题论坛，并开展了“无假药社区”主题研讨会。
OBJECTIVE:To study on herba Kushen and its adulterant Ciguogancao.METHODS:The charateristics were compared and identified morphologically and histologically,physicochemical,TLC and UV analysis.
目的:对中药苦参及其混淆品刺果甘草进行鉴别研究。
STUDY ON KUSHEN AND ITS ADULTERANT CIGUOGANCAO
苦参及其混淆品刺果甘草的鉴别
Determination of adulterant in fish meal
鱼粉中掺假物质的检验
Keywords anti-burn on;substitute;adulterant;
抗粘砂;代用品;掺用品;
The Identification Methods in Laboratory for Adulterant in Milk
牛奶中掺假物的实验室鉴别法
Identification of Zaoys dhumnades and its adulterant Eiaphe dione
乌梢蛇与其混淆品白条锦蛇的鉴别
The Identification of Rhizoma Kaempferiae and Its Adulterant
山柰及其伪品的鉴别
Identification of Celosia argentea L. From Its Adulterant C. Cristata L. By SEM
青葙子、鸡冠子的扫描电子显微镜观察
Identification of Cornus officinalis from adulterant of Vitis vinifera
山茱萸掺伪品葡萄果肉的鉴定
A study on identifying the decocting pieces of Radix scrophulariae from those of adulterant Radix aconiti kusnezoffii
饮片玄参中混淆草乌的鉴别研究
Comparative identification of sliced antelope horn and its adulterant sliced goat horn
羚羊角片及伪品山羊角片的比较鉴别
Pharmacognostical Identification of Flos Magnoliae Officinalis and Its Adulterant
厚朴花及其伪品的生药鉴定
Pharmacognostical Identification of Radix Aristolochiae Heterophyllae-An Adulterant of Radix Stephaniae Tatrandrae
粉防己伪品异叶马兜铃的生药鉴别
Keywords Alisma orientale （Sam.） Juzep;hygienical food;adulterant;PCR-RFLP;molecular authentication;
关键词建泽泻;保健食品;混淆品;PCR-RFLP;分子鉴别;
5.To identify a new adulterant of Buddleja officinalis and compare it with the Buddleja officinalis Maxim.
目的：对一种新发现的密蒙花混淆品进行调查鉴定，并与正品进行比较鉴别。
5. very leafy malodorous tropical weedy shrub whose seeds have been used as an adulterant for coffee;
一种热带杂草，具有腥臭味的叶和种子，用作咖啡的掺杂物；
very leafy malodorous tropical weedy shrub whose seeds have been used as an adulterant for coffee; sometimes classified in genus Cassia
一种热带杂草，具有腥臭味的叶和种子，用作咖啡的掺杂物；有时归入决明属
Quality analysis had checked out the adulterant was magnesium sulfate, average recovery rate was 99.31% by quality analysis, RSD=0.2%;
定性分析检出掺假物为硫酸镁,定量分析平均回收率为99.31%,RSD=0.2%;
Result: Quality analysis had checked out the adulterant was magnesium sulfate, average recovery rate was 99.31% by quality analysis, RSD=0.2%;
结果:定性分析检出掺假物为硫酸镁,定量分析平均回收率为99.31%,RSD=0.2%;
5. very leafy malodorous tropical weedy shrub whose seeds have been used as an adulterant for coffee; sometimes classified in genus Cassia.
一种热带杂草，具有腥臭味的叶和种子，用作咖啡的掺杂物；有时归入决明属。收藏指正
Keywords Solide phase extraction;High performance liquid chromatography;Mass specctrometry;Illegal adulterant;Dietary supplements;
固相萃取;液相色谱/质谱法;减肥保健品;化学药物;
very leafy malodorous tropical weedy shrub whose seeds have been used as an adulterant for coffee; sometimes classified in genus Cassia.
一种热带杂草，具有腥臭味的叶和种子，用作咖啡的掺杂物；有时归入决明属。
rosin oil adulterant
松香油的代用品
host-guest adulterant
主客体掺杂
adulterant
adj. 搀杂用的 n. 搀杂物
Dendrobium adulterant
石斛混淆品