分析化学演習
　分析化学II
　分析化学特論I（MC）

　1996年　東北大学工学部分子化学工学科卒業
　1998年　東北大学大学院工学研究科博士前期課程応用化学専攻修了
　2001年　東北大学大学院工学研究科博士後期課程応用化学専攻修了
　2001年　北見工業大学工学部化学システム工学科　助手

　電気泳動法（キャピラリー電気泳動法やゲル電気泳動法）を用いる特殊な分離法によって，新規機能性分子を発見したり，創り出すことを行っている。近年は，タンパク質結合型金属イオンのスペシエーション（化学種同定）を可能とするゲル電気泳動法や，細菌類や分子を認識可能な核酸（DNAアプタマー）の発見法の開発を行っている。
　その他，環境腐植高分子の金属錯体のスペシエーション法の開発や，糖分子や超微量アクチノイドイオン検出プローブの開発も進めている。

Sumika Nakano, Shingo Saito* et al., "Stoichiometry between Humate Unit Molecules and Metal ions in Supramolecular Assembly Induced by Cu2+ and Tb3+ Measured by Gel Electrophoresis Techniques," Environmental Science & Technology, 55, 15172-15180 (2021).

Shingo Saito* et al., "Single-Round DNA Aptamer Selection by Combined Use of Capillary Electrophoresis and Next Generation Sequencing: An Aptaomics Approach for Identifying Unique Functional Protein-Binding DNA Aptamers,"
Chemistry - A European Journal, 27, 10058-10067 (2021).

K. Marumo, S. Saito* et al., "Advanced Gel Electrophoresis Techniques Reveal Heterogeneity of Humic Acids Based on Molecular Weight Distributions of Kinetically Inert Cu2+-Humate Complexes," Environmental Science & Technology, 53 (24), 14507-14515 (2019).

J. Ishikawa, S. Saito* et al., "Two-dimensional Polyacrylamide Gel Electrophoresis for Metalloprotein Analysis Based on Differential Chemical Structure Recognition by CBB Dye," Scientific Reports, 9,10566 (2019).

T. Haraga, S. Saito* et al., "Safe and rapid development of capillary electrophoresis for ultratrace uranyl ions in radioactive samples from nuclear power facilities by way of fluorescent probe selection for actinide ions from a chemical library," Analytica Chimica Acta, 1032, 188-196 (2018).

K. Hirose, S. Saito* et al., "A single-round selection of selective DNA aptamers for mammalian cells by polymer-enhanced capillary transient isotachophoresis,"  Analyst, 142(21), 4030-4038 (2017).

S. Saito* et al., "Rapid Acquisition of High-Affinity DNA Aptamer Motifs Recognizing Microbial Cell Surfaces Using Polymer-Enhanced Capillary Transient Isotachophoresis," Chemical Communications, 52, 461-464 (2016).

K. Ouchi, S. Saito* et al.,Molecular Design of Boronic Acid-Functionalized Squarylium Cyanine Dyes for Multiple Discriminant Analysis of Sialic Acid in Biological Samples: Selectivity Toward Monosaccharides Controlled by Different Alkyl Side Chain Lengths," Analytical Chemistry, 87, 1933-1940 (2015).

S. Saito* et al., “Separation of Metalloproteins Using Novel Metal Ion Contaminant Sweeping Technique
and Detection of Protein-Bound Copper by A Metal Ion Probe in Polyacrylamide Gel Electrophoresis: Distribution of Copper in Human Serum,” Analyst, 138, 6097-6105 (2013).

K. Ouchi, S. Saito,* M. Shibukawa, “A New Molecular Motif for Recognizing Sialic Acid Using Emissive Lanthanide-Macrocyclic Polyazacarboxylate Complexes: Acid-Dissociation of A Coordinated Water Molecule Controls Selectivity,” Inorganic Chemistry, 52(11), 6239-6241 (2013).

S. Saito et al., “On-Column Labeling of Gram-Positive bacteria with a Novel Boronic Acid Functionalized Squarylium Cyanine Dye for Analysis by Polymer-Enhanced Capillary Transient Isotachophoresis,” Analytical Chemistry, 84, 2454-2458 (2012).

　分析化学会
　日本化学会

　日本電気泳動学会
　日本腐植物質学会