首页> 外文OA文献 >MOLECULAR TOOLS AND FRESHWATER DIATOMS, A NOVEL APPROACH TO IDENTIFY TARGET SPECIES TO ASSESS WATER QUALITY IN AQUATIC HABITAT
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MOLECULAR TOOLS AND FRESHWATER DIATOMS, A NOVEL APPROACH TO IDENTIFY TARGET SPECIES TO ASSESS WATER QUALITY IN AQUATIC HABITAT

机译:分子工具和淡水钻石,一种新的鉴定目标物种的方法,以评估水生境的水质

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摘要

This work follows a preliminary research project started in 2001 for an MS thesis in Molecular Biology in which oligonucleotide probes were developed to assess water quality using specific freshwater diatoms considered excellent bioindicators.udThe results obtained in this initial work were promising and contributed to the success of an application for an EU-funded grant. The EU project, with the acronym MICROPADud(MICRO-arrays for the detection of the abundance and distribution of pathogenic Protozoa, flagellated Algae and freshwater Diatoms) was carried out in parallel with the research work of the present thesis. Within this EU network our laboratory applied three distinct techniques to the the identification of freshwater diatoms: PCR based technology, dot/slot blot and microarray technology, which is defined as reverse dot-blot.udThe structure of this thesis consists of the main description of the experiments performed, including a chapter dedicated to materials & methods, one to the results and finally a section in appendix where three manuscripts, one submitted, one in preparation,udand one recently published are presented.
机译:这项工作是在2001年针对分子生物学硕士论文开始的一项初步研究项目之后进行的,该研究中开发了寡核苷酸探针,使用被认为是出色的生物指示剂的特定淡水硅藻来评估水质。欧盟资助的赠款申请。与本项目的研究工作并行进行了欧盟项目,该项目的缩写为MICROPAD ud(用于检测致病性原生动物,鞭毛藻类和淡水硅藻的丰度和分布的MICRO阵列)。在这个欧盟网络中,我们的实验室将三种不同的技术应用于淡水硅藻的鉴定:基于PCR的技术,点/槽印迹和微阵列技术,其被定义为反向点印迹。 ud本论文的结构由主要描述组成进行的实验中,包括一章专门介绍材料和方法,一章涉及结果,最后是附录中的一节,其中介绍了三份手稿,一份已提交,一份正在准备中, udand最近出版了一份。

著录项

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    Berzano Marco;

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  • 年度 2007
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  • 原文格式 PDF
  • 正文语种 {"code":"en","name":"English","id":9}
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