Faculty Information - Mayumi Minamisawa

Office

Academic background

Present specialized field

E-Mail Address

Research activities

Works

（Last updated : 2025-03-24 13:43:00）

Mayumi Minamisawa
Center for Education (Faculty of Advanced Engineering), Faculty of Advanced Engineering

Master's Program in Life Science, Graduate School of Advanced Engineering

Graduate School of Engineering

Associate Professor

■ Office

Shin-Narashino Campus, No.2 Building,3rd floor chemistry 4th laboratory

■ Academic background

2006/10/19
Degree Acquisition

The University of Tokyo,

■ Present specialized field

Functional solid state chemistry, Bio chemistry, Food sciences, Nanomaterials, Gastroenterology, Metabolism and endocrinology (Key Word：Central neurodegenerative disease, Gut microbiota, Metagenome analysis, Polyamine, Gut-Pancreas-Liver-Brain Interactions, Analytical chemistry, Phytochemical)

■ E-Mail Address

■ Research activities

1.	2015/04～	The Japanese Society of Polyamine Research
2.	1999/04～	The Japan Society for Analytical Chemistry
3.	2008/10～	The Society of Inorganic Materials, Japan
4.	2012/04～	The Society of Sea Water Science, Japan
5.	1984/04～	The Chemical Society of Japan
6.	2009/04～2016/10	The Society of Separation Process Engineers, Japan
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■ Works

1.	Article	Amelioration of Alzheimer’s Disease by Gut-Pancreas-Liver-Brain Interaction in an App Knock-In Mouse Model Life (Collaboration) 2021/12/27
2.	Book	Physiological functions mediated by Yuzu (Citrus Junos) seeds-derived nutrients Citrus (ISBN 978-1-83968-724-2) (Single) 2021/04
3.	Article	Functional evaluation of yuzu (Citrus junos) extracts containing limonoids and polyamine for life extension Journal of Functional Foods 38,pp.591-600 (Collaboration) 2017/11
4.	Article	A soft environmental control effect of apatite doped with mineral traces in the fowl droppings Poultry Science 96(9),pp.3502-3509 (Collaboration) 2017/09
5.	Article	The functional evaluation of waste yuzu(Citrus junos) seeds Food and Function 5,pp.330-336 (Collaboration) 2014/02
6.	Article	The functional evaluation of polyamine-containing Yuzu(citrus Junos)extracts (Collaboration) 2016/09
7.	Article	The pyrolytic synthesis of calcium phosphate compounds from carbonized fowl droppings Powder Technology 230,pp.20-28 (Collaboration) 2012/06
8.	Book	Synergic Solutions for Sustainable Development (Collaboration) 2007
9.	Article	Preconcentration and Determination of Cadmium by GFAAS after Solid-Phase Extraction with Synthetic Zeolite ANALYTICAL SCIENCES 22(5),pp.709-713 (Collaboration) 2006/05
10.	Article	Characterization of adsorption gels prepared from plant biomaterials Green Chem. 7(8),pp.595-601 (Collaboration) 2005/08
11.	Article	Adsorption Behavior of Heavy Metals on Biomaterials J. Agric. Food Chem. 52(18),pp.5606-5611 (Collaboration) 2004/08
12.	Article	Adsorption behaviours of copper and cadmium on roasted coffee beans Chemistry in Australia, 71(4),pp.17-19 (Collaboration) 2004/05
13.	Article	Preconcentration of Gallium by Coprecipitation with Synthetic Zeolites Prior to Determination by Electrothermal Atomic Absorption Spectrometry ANALYTICAL SCIENCES 20(4),pp.683-687 (Collaboration) 2004/04
14.	Article	Determination of Biologically Active Substances in Roasted Coffees Using a Diode-Array HPLC System ANALYTICAL SCIENCES 20(2),pp.325-328 (Collaboration) 2004/02
15.	Article	Determination of Indium by Graphite Furnace Atomic Absorption Spectrometry after Coprecipitation with Chitosan ANALYTICAL SCIENCES 19(3),pp.401-404 (Collaboration) 2003/03
16.	Article	The Knoevenagel Reactions of Aldehydes with Carboxy Compounds. I. Reactions of p-Nitrobenzaldehyde with Active Methine Compounds Bull. Chem. Soc. Jpn. 61(7),pp.2473-2479 (Collaboration) 1988/07
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