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Featured researches published by Amano Akira.


international conference of the ieee engineering in medicine and biology society | 2006

Computer support for physiological cell modelling using an ontology on cell physiology.

Shimayoshi Takao; Komurasaki Kazuhiro; Amano Akira; Iwashita Takeshi; Kanazawa Masanori; Matsuda Tetsuya

The development of electrophysiological whole cell models to support the understanding of biological mechanisms is increasing rapidly. Due to the complexity of biological systems, comprehensive cell models, which are composed of many imported sub-models of functional elements, can get quite complicated as well, making computer modification difficult. Here, we propose a computer support to enhance structural changes of cell models, employing the markup languages CellML and our original PMSML (physiological model structure markup language), in addition to a new ontology for cell physiological modelling. In particular, a method to make references from CellML files to the ontology and a method to assist manipulation of model structures using markup languages together with the ontology are reported. Using these methods three software utilities, including a graphical model editor, are implemented. Experimental results proved that these methods are effective for the modification of electrophysiological models


Archive | 2017

CALCULATION CODE GENERATION DEVICE, METHOD AND PROGRAM

Shimayoshi Takao; Amano Akira


Journal of Physiological Sciences | 2017

Human circulation model using a human ventricular myocyte model

Utaki Hiromasa; Himeno Yukiko; Noma Akinori; Amano Akira


Journal of Physiological Sciences | 2017

Mathematical modeling and analysis of electrophysiological characteristics of the ventricular, atrial, and nodal-like hiPSC-CMs

Kohjitani Hirohiko; Kouda Shigeya; Himeno Yukiko; Yamamoto Natsuki; Makiyama Takeru; Harita Takeshi; Kimura Takeshi; Noma Akinori; Amano Akira


Journal of Physiological Sciences | 2017

A new myofilament contraction model to calculate ATP consumption of the ventricular myocyte

Muangkram Yuttamol; Noma Akinori; Amano Akira


計測自動制御学会ライフエンジニアリング部門シンポジウム論文集(CD-ROM) | 2016

Development of the photoreceptor model considering ion concentration homeostasis

Ito Saya; Sato Kazuma; Himeno Yukiko; Takeda Yukari; Amano Akira


Journal of Physiological Sciences | 2016

Development of a couplon model based on data from experimental and simulated Ca2+ sparks

Himeno Yukiko; Trevor Powell; Amano Akira; Noma Akinori


Journal of Physiological Sciences | 2016

A Teaching Material for Cardiac Physiology-systematic compilation of biophysical simulation models of cardiac cellular function (e-Heart project)

Noma Akinori; Himeno Yukiko; Trevor Powell; Amano Akira


Journal of Physiological Sciences | 2015

心室筋細胞におけるCa2+誘発Ca2+遊離の数学的モデル

Himeno Yukiko; Asakura Keiichi; Cha Chae Young; Memida Hiraku; Powell Trevor; Amano Akira; Noma Akinori


IEICE Technical Report; IEICE Tech. Rep. | 2011

Improvement of Convergence Speed using Prediction in a Cardiovascular Strong-coupling Simulation

Hasegawa Yuki; Shimayoshi Takao; Amano Akira; Matsuda Tetsuya

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