Researcher Database

NOMA Akinori

Department / Course Research Organization of Science and Technology

Title / Position Visiting Senior Researcher

Academic conference presentation
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. (European Society of Cardiology Congress 2018 (ESC2018))
2.	2018/05/26	Cell-specific Mathematical Modeling of hiPSC-CMs and Its Potential for Prediction of Drug Testing.　 (23rd Annual Scientific Meeting of the International Society of Cardiovascular Pharmacotherapy)
3.	2017/11/07	Noradrenaline-induced automaticity in pulmonary vein cardiomyocyte (Cardiac physiome 2017)
4.	2016/08/24	A Human Ventricular Excitation-Contraction Coupling Model (Cardiac Physiome Workshop)
5.	2016/08/24	A Huxley-based contraction model to reconstruct the accompanying ATP consumption in cardiac myocytes. (Cardiac Physiome Workshop)
6.	2016/08/24	Ionic mechanisms underlying ventricular fibrillation examined in an one-dimensional array of human ventricular myocyte model (Cardiac Physiome Workshop)
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 (Cardiac Physiome Workshop)
8.	2013/07/23	Computational Model of Cardiovascular Dynamics for Assessment of Cardiac Energetic Efficiency (Takao Shimayoshi, Yukiko Himeno, Akira Amano, Tetsuya Matsuda, Akinori Noma)
9.	2011/09/21	Modelling of pancreatic β-cell and its mathematical analysis (Department of Pharmacology, University of Oxford,)
10.	2011/03/30	Modeling pancreatic b-cell and its mathematical analysis-2
11.	2011/01	Approaches using Computational Models to Quantitative Analysis of Cellular Mechanisms (International Symposium; Computational Physiology of Cardiac Myocytes and Pancreatic β-cells; Interaction between Energy Metabolism andMembrane Excitability,)
12.	2011/01	Minor Contribution of Cytosolic Ca2+ Transients to the Pacemaker Rhythm in Sinoatrial Node Cells. (International Symposium; Computational Physiology of Cardiac Myocytes and Pancreatic β-cells; Interaction between Energy Metabolism andMembrane Excitability,)
13.	2010/10/02	Mechanisms underlying the cardiac and pancreatic beta-cell functions analyzed by simulation analysis (US-Japan Brain Research Cooperative Program Workshop)
14.	2010/09/06	Major developments in the past 3 year at 'JP1': Revival or new horizon: mathematical physiology in biosimulation. (Oxford Univ. Biotechnology and Biological Sciences Research Council (BBSRC, UK))
15.	2010/09/06	Major developments in the past 3 year at 'JP1': Revival or new horizon: mathematical physiology in biosimulation. (Biotechnology and Biological Sciences Research Council)
16.	2009/10/30	Computational Biology of the pancreatic  cells.　 Chae (韓国生理学会シンポジウムイオンチャネル研究シンポジウム)
17.	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. (アルゼンチン生理学会)
18.	2009/08/02	「A novel method to quantify contribution of cellular components to automatic changes of membrane potential in mathematical models」 (Satellite symposium of IUPS 2009: Cardiac Electro-Mechanical Function)
19.	2009/07/27	A novel method to quantify contribution of cellular components to automatic changes of membrane potential in mathematical models (International Union of Physiological Sciences (IUPS)、国際生理学会)
20.	2009/07/26	「Introduction to the Ritsumeikan Biosimulation Research Center」 (国際生理学会サテライトシンポジウム Building the Virtual Physiological Human Community Satellite Symposium of IUPS 2009)
21.	2009/07/20	A novel method to quantify contribution of cellular components to automatic changes of membrane potential in mathematical models (Workshop of Isaac Newton Institute for Mathematical Sciences: The Cardiac Physiome)
22.	2008/10/07	A simulation study of intracellular Na+ variation during activation of Na+/H+ exchanger in cardiac myocytes (The 9th international congress on cell biology (ICCB))
23.	2008/09/13	A simulation study of intracellular Na+ variation during activation of Na+/H+ exchanger in cardiac myocytes
24.	2008/08/07	Development of Na+/H+ exchanger model and simulation of dynamic changes of intracellular pH and Na+ in cardiac myocytes
25.	2005/03/29	Simulation of cardiac energy metabolism using an integrated mitochondria model. (The IUPS Satellite Meeting for the Physiome Project.)
26.	2005/03/28	A cell- hemodymaics - autoregulation coupled modeling of cardiovascular system. (The IUPS Satellite Meeting for the Physiome Project.)
27.	2005/03/28	Relationship between Na+/K+ pump activity and cell volume regulation in the cardiac cells: A simulation study. (The IUPS Satellite Meeting for the Physiome Project.)
28.	2005/03/28	Role of Cl - channels in the cardiac volume regulation and the membrane excitation. (The IUPS Satellite Meeting for the Physiome Project.)
29.	2005/02/14	Simulation of energy metabolism in cardiac excitation-contraction coupling and contraction of cardiac mitochondria model. (49th Biophysical Society Annual Meeting.)
30.	2004/10/31	Developing the comprehensive cardiac cell model: A basis for future medical and industrial applications. (International Society of Bioelectromagnetism(ISBEM), International Workshop for Bioelectromagnetism- from modeling to healthcare.)
31.	2004/10/28	Developing the comprehensive cardiac cell model: A basis for the hypothesis-driven research in physiology. (Pioneers in Physiological Research and Challenges for 21st Century Physiologists.)
32.	2004/10/10	Extrapolation method of the drug effects on cardiac action potential by the combination of models and experiments. (The 5th International Conference on Systems Biology.(p381))
33.	2004/10/10	simBio: A java package for biological simulation. (The 5th International conference on Systems Biology.(p373))
34.	2004/10/01	Role of individual ion channels in the cardiac cell function, a model study. (Bicomputation and Modelling in Physiology Workshop.)
35.	2004/09/03	Coupling of excitation-contraction modeling with energy metabolism. (Cardiac Cellular Electrophysiology: From Funny Currents to the Current Physiome.)
36.	2004/08/19	Cell/Biodynamics simulation project. (AEARU International Symposium on BioSystems.)
37.	2004/06/30	Modelling of cardiac excitation-contraction coupling. (The 31nd Congress of the International Society of Electrocardiology.)
38.	2004/06/28	Development of a dynamic gap junction model by including the chemical gating properties for Ca2+. (The 31nd Congress of the International Society of Electrocardiology.)
39.	2004/06/02	Responses of mitochondrial NADH and calcium in guinea-pig ventricular myocyte to increase in cell workload. (International Society for Heart Research 24th European Section Meeting.)
40.	2004/04/23	Application for biosimulator to drug development - Necessity of human model. (Physiome and New Drug Development - present and future -.)