研究者学術情報データベース

（最終更新日 : 2025-07-11 13:43:06）　

ムガングラム　ユッタモル
ＭＵＡＮＧＫＲＡＭ　ＹＵＴＴＡＭＯＬ
MUANGKRAM YUTTAMOL

所属立命館グローバル・イノベーション研究機構

職名専門研究員

学歴
1.	～2012/01	修士課程 │ Veterinary Pathology │ The Graduate School │ Kasetsart University │ 修了 │ Master of Science (Veterinary Pathology)
2.	～2014/10	博士課程 │ Bio-Veterinary Science │ The Graduate School │ Kasetsart University │ 修了 │ Ph.D. (Bio-veterinary Science)
3.	～2018/03	立命館大学生命科学部生命情報学科博士課程修了 Doctor of Science (Advanced Life Science)

研究テーマ
1.	Mathematical model of retina diseases

研究概要
Mathematical model of retinal diseases We construct the computer simulation using mathematical model to reproduce how the pathophysiological changes associated with retinal diseases. This classical model could describe the complex pathophysiological mechanisms of retina in response to light stimuli. The benefits of current study could quantitatively provide the essential information which is necessary to more potential therapies for patients suffering from retinal diseases.

現在の専門分野
Biofunction/Bioprocess, Biophysics (キーワード：bioinformatics, biological function simulation, molecular biology, molecular genetics, molecular diagnosis, muscle physiology, ATP consumption and production, retina pathophysiology)

論文
1.	2020/05/27	Exploring the role of fatigue-related metabolite activity during high-intensity exercise using a simplified whole-body mathematical model │ Informatics in Medicine Unlocked │ 19 (100355)
2.	2017/08/02	A new myofilament contraction model with ATP consumption for ventricular cell model │ The Journal of Physiological Sciences │ 68 (5),541-554頁

学会発表
1.	2025/03/17	Modeling scotopic electroretinogram dynamics: Insights into rod and rod bipolar cell signal transduction and calcium regulation （シンポジウム・ワークショップ・パネルディスカッション等）
2.	2024/11/01	Quantitative analysis of scotopic electroretinography: Advanced modeling of rod photoreceptor to rod bipolar cell signal transduction （シンポジウム・ワークショップ・パネルディスカッション等）
3.	2024/03/28	A comparative analysis of the electrophysiological characteristics in bipolar cells across vertebrate species using a mathematical model （シンポジウム・ワークショップ・パネルディスカッション等）
4.	2024/03/28	Reconstruction of Transretinal Extracellular Current by using Mathematical Model of Rod 1D Cable, （シンポジウム・ワークショップ・パネルディスカッション等）
5.	2024/03/25	Contribution of KATP channels activated in ventricular myocytes to repolarization: a simulation study （シンポジウム・ワークショップ・パネルディスカッション等）
全件表示（8件）