methods hplc results of the plants from hypericum linn. were transformed into hplc fingerprint spectrum which was used to evaluate and distinguish the different plants of hypericum linn.
方法采用hpl c方法将获得的色谱数据转化为色谱指纹谱,据此对样品进行分析鑒别。
results:there is an apparent difference in hplc fingerprint spectrum between fangfeng and its substiutes.
结果:正品防风和地区习用品高效液相图谱有明显区别。
objectiveto establish the hplc fingerprint spectrum of flavonoids in extract of dendranthema indicum.
目的建立神农香菊提取物黄酮类成分高效液相色谱(hplc)指纹图谱。
hplc fingerprint spectrum of radix glycyrrhizae was established in order to provide reference for its quality control.
建立了甘草药材hplc指纹图谱,为其质量控制提供了参考。
object to establish hplc fingerprint spectrum of plants from hypericum linn. to evaluate their chemical constituents and provide the scientific basis for identification.
目的建立金丝桃属植物的hpl c指纹谱,对该属植物中所含的化学成分进行综合评价并为该属植物鑒定提供依据。
to establish hplc fingerprint spectrum of effective components extracted from sorbus tianschanica rupr, provide evidential support for its identification character.
建立天山花楸有效部位hplc指纹图谱,为其质量鑒别提供依据。