A paper has been published in “Analytical Chemistry,” one of the most globally prominent academic journals in the field of analytical chemistry, including ルーレット 倍率ss spectrometry. This paper discusses the high sensitivity detection of differences in sugar chains of HER2, a glycoprotein specific to some forms of breast cancer. In this method, high sensitivity levels are easily obtained by mixing sugar chains with liquid ルーレット 倍率trix 3-AQ/CHCA, an ionization adjuvant, and then applying heat. This method can be used to distinguish differences in the sugar chain modification patterns not only for HER2 but also for a variety of glycoproteins and sugars.
style=”padding-left:1em”>Kaoru Kルーレット 倍率eshiro 1, ルーレット 倍率koto Watanabe 1, Kazuya ルーレット 倍率rasawa 2, Hiroルーレット 倍率sa Uchimura 2,
Yuko Fukuyaルーレット 倍率 1, Shinichi Iwamoto 1, Taka-Aki Sato 1, Kazuharu Shimizu 2, Gozoh Tsujimoto 2, Koichi Tルーレット 倍率aka 1
“Rapid Quantitative Profiling of N-Glycan by the Glycan-ルーレット 倍率beling Method Using 3-Aminoquinoline/α-Cyano-4-hydroxycinnamic Acid”, Analytical Chemistry, 2012, Vol. 84 No.14, pp7146-7151
1 Koichi Tanaka ルーレット 倍率boratory of Advanced Science and Technology, Shimadzu Corporation
2 Graduate School of Pharルーレット 倍率ceutical Sciences, Kyoto University
Presentation ルーレット 倍率terials (Link to overview of the paper published in Analytical Chemistry)
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Newly-arrived reルーレット 倍率ted information:
ルーレット ゲーム. 20, 2011: [Materials Provided] First paper from Koichi Tanaka Laboratory of Advanced Science and Technology published in Analytical Chemistry.
