Development of lectin microarray, an advanced system for glycan profiling

Q4 Social Sciences Synthesiology Pub Date : 2014-01-01 DOI:10.5571/SYNTHENG.7.105
J. Hirabayashi
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引用次数: 3

Abstract

Although it is extremely diff icult to analyze glycans, fortunately, glycan research has been active in Japan, and many analysis technologies and glycosidase essential for glycomic research were created in Japan. 1) On the other hand, at the beginning of the 21st century, it was thought that structural glycomics would be done well by “mass spectrometry.” While mass spectrometry is highly effective for detailed structural analysis, the disadvantage is that it is very difficult to handle biological samples with this technique. On this point, the glycan profiling technology, which is the subject of this paper, has the possibility of overcoming some of the disadvantages of mass spectrometry. Described in a few words, glycan profiling is to obtain structural characteristics of glycans quickly and easily, and although precise structural identification may not be possible, major characteristics (type of glycan, presence of epitope, 2) degree of branching, degree of glycosylation, etc.), as well as differences or similarities between the compared samples can be shown.
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凝集素微阵列的开发,一种先进的多糖分析系统
虽然分析多糖的难度极高,但好在日本的多糖研究一直很活跃,许多糖组学研究所必需的分析技术和糖苷酶都是在日本创造出来的。1)另一方面,在21世纪初,人们认为“质谱法”可以很好地完成结构糖组学。虽然质谱法对详细的结构分析非常有效,但缺点是这种技术很难处理生物样品。在这一点上,作为本文主题的聚糖分析技术有可能克服质谱法的一些缺点。简而言之,聚糖谱分析就是快速方便地获得聚糖的结构特征,虽然可能无法进行精确的结构鉴定,但可以显示比较样品之间的主要特征(聚糖类型,表位的存在,2)分支度,糖基化程度等)以及差异或相似之处。
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Synthesiology
Synthesiology Social Sciences-Social Sciences (all)
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