Researchers

OGATA Fumihiko

OGATA Fumihiko: Associate Professor

Faculty	Department of Pharmacy / Graduate School of Medicine
Researchmap	https://researchmap.jp/71362226

Education and Career

Academic & Professional Experience

Apr. 2021 - Today , 近畿大学付属高等学校・中学校学校薬剤師
Apr. 2021 - Today , Kindai University Faculty of Pharmacy Associate Professor
Apr. 2015 - Mar. 2021 , Kindai University Faculty of Pharmacy 講師
Nov. 2019 - Oct. 2020 , Chiang Mai University (Thailand) Faculty of Pharmacy Visiting Researcher
Apr. 2010 - Mar. 2015 , Kindai University Faculty of Pharmacy 助教
Apr. 2007 - Mar. 2010 , 近畿大学大学院薬学研究科薬学専攻博士後期課程
Apr. 2005 - Mar. 2007 , 近畿大学大学院薬学研究科薬学専攻博士前期課程
- Mar. 2005 , Kindai University Faculty of Pharmacy

Research Activities

Research Areas

Environmental science/Agricultural science, Environmental materials/recycling technology
Environmental science/Agricultural science, Environmental load reduction/restoration technology

Research Interests

環境技術, リン, リン酸, ベーマイト, リサイクル技術

Published Papers

Effect of Concomitant Drugs on Sodium Zirconium Cyclosilicate Hydrate in Artificial Intestinal Juice.
Yuri Mizuno; Fumihiko Ogata; Yugo Uematsu; Naohito Kawasaki
Chemical & pharmaceutical bulletin 72 (3) , 286-293, 2024
Design of an Oral Tablet Containing Furosemide Nanoparticles with Elevated Bioavailability.
Noriaki Nagai; Fumihiko Ogata; Reita Kadowaki; Saori Deguchi; Hiroko Otake; Yosuke Nakazawa; Manju Misra; Naohito Kawasaki
Journal of oleo science 73 (4) , 563-571, 2024
Synthesis of fine Na-type zeolite grains from coal fly ash and the assessment of the adsorption capability of lead ions from aqueous solutions
Fumihiko Ogata; Noriaki Nagai; Yugo Uematsu; Yuhei Kobayashi; Nanako Kitamura; Chalermpong Saenjum; Naohito Kawasaki
RSC Sustainability 2024

コンパス衛生薬学 : 健康と環境 , 鍛冶, 利幸; 佐藤, 雅彦 , 南江堂 , Apr. 2020
衛生薬学演習 (京都廣川”パザパ”薬学演習シリーズ) , 川﨑直人; 緒方文彦 , 京都廣川書店 , 1, Aug. 2018
最新公衆衛生学第6版 , 緒方文彦 , 第9章人と生態系 , 第9章人と生態系 , 廣川書店 , Mar. 2018

琵琶湖における造粒ベーマイトを用いたリン酸吸着能 , 緒方文彦; 冨永壽人; 藪谷仁志; 川﨑直人; 樺山峰明; 和田桂子 , Mar. 2011
大学生の肥満と朝食欠食およびやせ志向との関連性に関する研究 , 川﨑直人; 緒方文彦; 冨永壽人; 木下充弘; 掛樋一晃; 佐川和則 , Mar. 2011
大学生の朝食欠食と体格誤認に関する実態調査 , 冨永壽人; 緒方文彦; 掛樋一晃; 木下充弘; 川﨑直人; 佐川和則 , Mar. 2011

Adsorption Rate of Aromatic Hydrocarbons onto Activated Carbon in Gaseous Phase , KAWASAKI Naohito; YAMASHIRO Kaito; OGATA Fumihiko; NAKAMURA Takehiro , Annual Meeting of the Japanese Society of Toxicology , 49.1 , P-131 , 2022
Summary:Recently, air pollution due to volatile organic compounds has increased. It is suggested that these diffused chemical substance cause chemical substances allergies. As a result, many people have gotten the sick building syndrome due to aromatic hydrocarbons. The adsorption characterization of aromatic hydrocarbons onto activated carbon was investigated using the flow method. The removal efficiency of aromatic hydrocarbons in the gaseous phase was estimated based on the adsorption kinetic constants and the saturated amount adsorbed of aromatic hydrocarbons on the activated carbon. The saturated amount of benzene and toluene adsorbed was greater than that of xylene adsorbed because the molecular sizes of benzene and toluene are smaller than that of xylene. This result indicated that the aromatic hydrocarbons adsorbed to the pore in activated carbon, because the activated carbon has the hydrophobic surface and pore. Generally speaking, the adsorption rate in gaseous phase depends upon the surface polarity and porosity of adsorbent. The amount adsorbed of aromatic hydrocarbons onto the activated carbon with the elapsed time was measured. The adsorption kinetic constant increased in the order of xylene, toluene, and benzene. Those of the three xylene isomers were similar. These results indicated that the adsorption rate of benzene by the activated carbon was the fastest and the kinetic constant depended upon the different between the boiling point and the melting point and the molecular size of the aromatic hydrocarbons.
Novel applications of used tea leaves that contribute to reduction of environmental toxicity , NAKAMURA Takehiro; FUJIMOTO Tsukine; OGATA Fumihiko; KAWASAKI Naohito , Annual Meeting of the Japanese Society of Toxicology , 49.1 , P-19E , 2022
Summary:Environmental problems related to water pollution are also included in the SDGs as issue to be solved all over the world. Certain regions in India have reported the harmful impacts of arsenic contamination in groundwater and other water supplies on human health. Numerous industries rely on dyes to color our clothing, food, and houses, and even small amounts of dye wastewater can lead to specific types of water pollution. Wastewater regulations are not stringently enforced, thus, resulting in disorganized wastewater treatment, which leads to dye pollution of lakes or rivers. Currently, expensive and highly sophisticated equipment are used to reduce the toxicity of these contaminants, but do not address the problems mentioned above. This study aimed to explore and verify the practical feasibility of a method that involves the use of tea leaves as an adsorbent for easy implementation in terms of treatment costs, application environments, and technologies. Used tea leaves were prepared from the 21 most consumed varieties of tea worldwide. The leaves were used as an adsorbent. For the adsorbates, 1 anionic dye and 4 cationic dyes were used for dyes and 6 toxic metals. Dye and metal concentrations were analyzed. Many tea varieties displayed suitability for adsorption, with high adsorption capacities observed for cationic dyes and 3 metals. The physicochemical characterization and adsorption parameters were examined and practical knowledge for predicting adsorption mechanisms was obtained. This presentation will explain the results of detailed data analyses and describe further experiments for practical application.
特集専門医必携新外科手術書-新しい手術手技のエッセンス IV. 大腸 6.腹腔鏡下側方郭清の定型的手術手技 , 藤田文彦; 大地貴史; 合志健一; 吉田武史; 溝部智亮; 中根浩幸; 緒方傑; 福田純也; 藤吉健司; 赤木由人 , 外科 , 83 , 5 , 513 , 518 , 10, Apr. 2021