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LC-MS Data set on the Malayan Deer (

机译:LC-MS数据在马来扬鹿上设置(

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摘要

Deer antler velvet (DAV) has been traditionally used in Chinese medicine, including treatment on toothache [1]. Due to its rapid and regenerative capacity, deer antlers were proposed to be the good model for bone remodelling in mammals [2]. The data presented in this work is on the liquid chromatography and mass spectrometry (LC-MS) profile and bioactive potential of Malayan deer antler velvet (DAV) on different Candida species that has clinical importance. Aqueous extraction of DAV samples was subjected to Liquid chromatography quadrupole time of flight mass spectrometry (LC-QTOF-MS) profiling. Reverse phase (RP) separation was used due to the process extraction using water as a solvent to separate polar compound. The data was interpreted using Profile Analysis 2.1V. The DAV samples were also tested for the effect on the biofilm formation of seven Candida species in a 96 well plate [3]. The biofilms were developed for 72 h in aerobic environment. Following that, the biofilms biomass was determined using crystal violet assay.
机译:鹿鹿茸Velvet(DAV)传统上用于中医,包括牙痛治疗[1]。由于其快速和再生能力,鹿鹿角被提出是哺乳动物中骨质重塑的良好模型[2]。本作作品中提出的数据是在不同念珠菌种类上的液相色谱和质谱(LC-MS)型材和生物活性潜力,在不同的念珠菌物种上具有临床重要性。将DAV样品的水性提取物进行液相色谱法,飞行量谱(LC-QTOF-MS)分析。使用水作为溶剂以分离极性化合物,使用反相(RP)分离。使用配置文件分析2.1V解释数据。还测试了DAV样品的效果对96孔板中的七种念珠菌种类的生物膜形成的影响[3​​]。生物膜在有氧环境中为72小时开发。在此之后,使用晶体紫度测定法测定生物膜生物质。

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