研究者学術情報データベース

ノマ　アキノリ
野間　昭典
NOMA Akinori

所属総合科学技術研究機構

職名上席研究員

学会発表
1.	2018/08/28	Significance of cell-specific precise computer simulation using new mathematical models of human induced pluripotent stem cell derived cardiomyocyte in drug testing.
2.	2018/05/26	Cell-specific Mathematical Modeling of hiPSC-CMs and Its Potential for Prediction of Drug Testing.
3.	2017/11/07	Noradrenaline-induced automaticity in pulmonary vein cardiomyocyte
4.	2016/08/24	A Human Ventricular Excitation-Contraction Coupling Model
5.	2016/08/24	A Huxley-based contraction model to reconstruct the accompanying ATP consumption in cardiac myocytes.
6.	2016/08/24	Ionic mechanisms underlying ventricular fibrillation examined in an one-dimensional array of human ventricular myocyte model
7.	2016/08/24	The ionic mechanisms underlying the propagation of action potential and the extracellular potential changes analyzed in a one-dimensional cell array of human ventricular cell models
8.	2013/07/23	Computational Model of Cardiovascular Dynamics for Assessment of Cardiac Energetic Efficiency
9.	2011/09/21	Modelling of pancreatic β-cell and its mathematical analysis
10.	2011/03/30	Modeling pancreatic b-cell and its mathematical analysis-2 （ポスター）
11.	2011/01	Approaches using Computational Models to Quantitative Analysis of Cellular Mechanisms （ポスター）
12.	2011/01	Minor Contribution of Cytosolic Ca2+ Transients to the Pacemaker Rhythm in Sinoatrial Node Cells. （ポスター）
13.	2010/10/02	Mechanisms underlying the cardiac and pancreatic beta-cell functions analyzed by simulation analysis （ポスター）
14.	2010/09/06	Major developments in the past 3 year at 'JP1': Revival or new horizon: mathematical physiology in biosimulation. （ポスター）
15.	2010/09/06	Major developments in the past 3 year at 'JP1': Revival or new horizon: mathematical physiology in biosimulation. （ポスター）
16.	2009/12/13	「イオンチャンネルやトランスポーターの膜電位変化への定量的寄与度；リードポテンシャル解析法」、（ポスター）
17.	2009/11/06	「スポーツ・健康科学へのバイオシミュレーションの導入」（口頭発表，一般）
18.	2009/10/30	Computational Biology of the pancreatic  cells.　 Chae （ポスター）
19.	2009/10/15	ワークショップ講演；Mathematical modeling of cardiovascular system シンポジウム招待公演、Ionic mechanisms of cardiac cell swelling induced by blocking Na/K pump as revealed by experiments and simulation. （ポスター）
20.	2009/09/14	「細胞モデルによる薬物作用や病態メカニズム予測はどこまで可能か」（ポスター）
21.	2009/08/02	「A novel method to quantify contribution of cellular components to automatic changes of membrane potential in mathematical models」（ポスター）
22.	2009/07/27	A novel method to quantify contribution of cellular components to automatic changes of membrane potential in mathematical models （口頭発表，一般）
23.	2009/07/26	「Introduction to the Ritsumeikan Biosimulation Research Center」（ポスター）
24.	2009/07/20	A novel method to quantify contribution of cellular components to automatic changes of membrane potential in mathematical models （口頭発表，一般）
25.	2009/07/04	「コンピュータ不整脈学が創る未来」「心筋細胞レベルで見た不整脈メカニズム」（口頭発表，一般）
26.	2009/07/02	「心筋細胞機能シミュレータの実用化」（ポスター）
27.	2009/06/15	「心筋細胞システムバイオロジーモデルの創薬研究への応用」（ポスター）
28.	2009/01/09	心筋病態生理をシミュレーションする（ポスター）
29.	2008/10/07	A simulation study of intracellular Na+ variation during activation of Na+/H+ exchanger in cardiac myocytes （ポスター）
30.	2008/09/13	A simulation study of intracellular Na+ variation during activation of Na+/H+ exchanger in cardiac myocytes （ポスター）
31.	2008/08/07	Development of Na+/H+ exchanger model and simulation of dynamic changes of intracellular pH and Na+ in cardiac myocytes （ポスター）
32.	2005/03/29	Simulation of cardiac energy metabolism using an integrated mitochondria model.
33.	2005/03/28	A cell- hemodymaics - autoregulation coupled modeling of cardiovascular system.
34.	2005/03/28	Relationship between Na+/K+ pump activity and cell volume regulation in the cardiac cells: A simulation study.
35.	2005/03/28	Role of Cl - channels in the cardiac volume regulation and the membrane excitation.
36.	2005/03/26	心筋細胞モデル「包括的心筋細胞モデルの構築とその応用」
37.	2005/03/07	ダイナミック細胞モデルの実用性、心筋細胞（Kyoto）モデル
38.	2005/02/14	Simulation of energy metabolism in cardiac excitation-contraction coupling and contraction of cardiac mitochondria model.
39.	2004/11/15	電気生理学モデルと構造力学モデルの連成による心筋組織収縮シミュレーション
40.	2004/11/06	筋細胞におけるCl輸送と細胞容積調節
41.	2004/11/06	心虚血再灌流傷害に対するループ利尿薬の効果～細胞モデルを用いた考察～
42.	2004/11/05	心筋における興奮・収縮・エネルギー代謝シミュレーションin Silico Cardiologyの進歩
43.	2004/10/31	Developing the comprehensive cardiac cell model: A basis for future medical and industrial applications.
44.	2004/10/28	Developing the comprehensive cardiac cell model: A basis for the hypothesis-driven research in physiology.
45.	2004/10/10	Extrapolation method of the drug effects on cardiac action potential by the combination of models and experiments.
46.	2004/10/10	simBio: A java package for biological simulation.
47.	2004/10/01	Role of individual ion channels in the cardiac cell function, a model study.
48.	2004/09/14	包括的心筋細胞モデル膜興奮・収縮・エネルギー代謝・細胞容積調節‐包括的心筋細胞モデルの構築
49.	2004/09/03	Coupling of excitation-contraction modeling with energy metabolism.
50.	2004/08/19	Cell/Biodynamics simulation project.
51.	2004/07/02	細胞・生体機能シミュレーションプロジェクト
52.	2004/06/30	Modelling of cardiac excitation-contraction coupling.
53.	2004/06/28	Development of a dynamic gap junction model by including the chemical gating properties for Ca2+.
54.	2004/06/02	Responses of mitochondrial NADH and calcium in guinea-pig ventricular myocyte to increase in cell workload.
55.	2004/06/02	心筋細胞仕事量増加に対するミトコンドリアNADH・Ca2+応答
56.	2004/04/23	Application for biosimulator to drug development - Necessity of human model.