The morphological identification of HU1353 strain was also discussed.
同时，对HU 1353进行了形态学鉴定。
Method: Morphological identification and differential thermal analysis (DTA).
方法：形态鉴定及差热分析法。
Methods: Morphological identification and differential thermal analysis (DTA).
方法：形态鉴定及差动热分析法。
METHODS Morphological identification method and microscopic method were employed.
方法采用性状鉴别与显微鉴别法。
Method: The morphological identification and microscopic identification were adopted.
方法：采用性状鉴别与显微鉴别法对药材进行研究。
Methods: Morphological identification and merchandise investigation of their crude drug and yinpian were performed.
方法：药材及饮片性状鉴别及商品调查。
The results show that the morphological identification is a simple and effective method identified the roots of Adenophora.
结果表明性状鉴定是沙参类生药鉴定的简便、有效的方法。
The complete parasites were picked out under stereoscope followed by morphological identification. The rate and intensity of infection were calculated.
体视镜下挑出完整虫体，进行形态学鉴定，并计算感染率和感染度。
Method: Investigating the medicinal plant resources in the growing area and conducting morphological identification of more than 40 pieces of these two commercial drugs.
方法：到产地进行原植物调查，并对收集到的国内40余件商品药材进行性状鉴别。
However, there is often only focus on a few good lines bred varieties, so that new varieties bred smaller and smaller differences in the morphological identification of the varieties more inaccurate.
然而目前人们往往只集中少数优良品系选育品种，使选育出的新品种差异越来越小，在形态学上对品种进行鉴定越来越不准确。
Therefore, combination of AFLP techniques with morphological and enzyme techniques is essential for variety identification.
所以，AFLP技术与形态学、酶学等技术结合对研究品种鉴定是非常必要的。
In this study, primary research is Isolation and morphological and molecular identification of endophytic fungi in Dendrobium.
在试验研究方面，主要是进行石斛内生真菌的分离，形态学和分子生物学鉴定。
Result:2 kinds of counterfeit turtle shell and 3 kinds of counterfeit tortoise plastron were found, and their morphological and DTA identification features were proposed.
结果：发现鳖甲伪品2种，龟甲伪品3种，并提出鳖甲、龟甲类药材的形态和差热鉴定特征。
It is consider that the original identification accuracy of 23 cultures preserved in CICC is 95.6% by morphological recheck.
通过形态学复核鉴定，CICC保藏的23株曲霉属菌种原鉴定结果的准确性达到95.6%。
Methods: Morphological and histological identification.
方法：形态学、组织学鉴别方法。
The system was realized by morphological algorithm of image processing, which could obtain a better identification effect for some plant and weeds that are obviously different in figure.
本系统主要利用图像处理中的形态学算法来实现，对植物和杂草在形状上有明显区别情况能得到较好的识别效果。
The main seed identification method includes morphological, biochemical and DNA Molecular marker identification.
品种鉴定主要有形态学鉴定、生化鉴定和DNA分子标记技术鉴定等。
Objective: to provide anatomical evidences for the morphological and histological identification of 20 medicinal species in Hypericum.
目的：为20种药用金丝桃属植物的显微鉴定提供解剖学依据。
MethodsThe original plant identification, morphological, microscopic identification were adopted.
方法采用原植物、性状、显微鉴定方法。
Conclusion: the secretory structures may be as anatomical evidences for the morphological and histological identification of 20 medicinal species in Hypericum.
结论：该属的内部分泌结构和解剖特征可以作为这20种药用植物的显微鉴别指标。
Results showed that "bolting time" was the basic morphological index for heat resistant identification.
结果表明，抽苔时间是理想的耐热性鉴定指标。
Methods: The roots were identified by morphological and microscopic identification and TLC.
方法：采用性状鉴定、组织和粉末的显微鉴定及薄层色谱鉴定。
Conclusion: the VCS parameters of lymphocyte can reflect the morphological changes, which is an obviously rapid economic indicator in the diagnosis and identification of the virus infection.
结论：淋巴细胞VCS参数能反映淋巴细胞的形态学变化，在诊断与鉴别病毒感染时是一个经济快速的观察指标。
Results: Important morphological and DTA features for identification were found.
结果：发现形态鉴定及DTA鉴定特征。
Results There were exclusive in original plant identification, morphological, microscopic identification and thin layer chromatography(TLC).
结果儿茶在原植物、性状、显微和薄层等方面具有专属性的特征。
The morphological features of the leaf epidermis varied significantly among the accessions. The results may be valuable for the taxonomic identification and studies on origins of weedy rice.
叶表皮结构特征在各供试材料之间有一定的变异和特异性，在杂草稻分类鉴定及亲缘关系的研究中具有一定的价值。
Methods The original plant identification, morphological, microscopic identification and thin layer chromatography(TLC) were adopted.
方法采用原植物、性状、显微和薄层鉴别的方法。
Identification, morphological and histological identification, microscopic identification, thin layer chromatography (TLC) were adopted.
方法采用原植物、性状、显微、薄层鉴别方法。
MethodsThe original plant identification, morphological and histological identification, microscopic identification, thin layer chromatography (TLC) were adopted.
方法采用原植物、性状、显微、薄层鉴别方法。
MethodsThe original plant identification, morphological and histological identification, microscopic identification, thin layer chromatography (TLC) were adopted.
方法采用原植物、性状、显微、薄层鉴别方法。
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