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T200 pipets

Company: Tarsons
Catalog#: 030040
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Wounding Caenorhabditis elegans with Glass Wool
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Date:
2021-01-20
[Abstract]  

Research on wound healing majorly relies on rat, mice and other animal models. However, an alternative animal model ought to be brought in the field, pertaining to the stringent ethical issues owing to the use of animals in research. In this regard, Caenorhabdits elegans, a miniature model nematode gains the great attention of the researchers in wound healing. Though, the model is being explored in wound research for more than a decade, the existing protocols lack the acquisition of large wound population that in turn could enable the utility of global genomics (G), proteomics (P) and metabolomics (M) based approaches. In order to overcome the inadequacy of the existing protocols, the protocol described here affords the acquisition of voluminous wound population in C. elegans using

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[摘要]  [摘要] - [R上伤口愈合majorly esearch依赖于大鼠,小鼠和其它动物模型。但是,由于在研究中使用动物而引起的严格的伦理问题,应该在该领域引入一种替代的动物模型。在这方面,线虫微型模型线虫(Caenorhabdits elegans)在伤口愈合方面引起了研究人员的极大关注。虽然,该模型正在伤口研究中探索在过去的十多年中,现有协议缺乏获得大量伤口人口的能力,这反过来又可以使基于全球基因组学(G),蛋白质组学(P)和代谢组学(M)的方法得以实用。为了克服现有协议的不足,此处描述的协议使用截短的玻璃棉片提供了秀丽隐杆线虫中大量伤口种群的采集,以实现高通量分析技术的实用性。

图形摘要:

涉及玻璃棉缠绕方案的步骤。


[背景]的伤人线虫是由真菌感染进行Drechmeria coniospora ...

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