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All Technical Committee Conferences (Searched in: All Years)
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Search Results: Conference Papers |
Conference Papers (Available on Advance Programs) (Sort by: Date Descending) |
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Committee |
Date Time |
Place |
Paper Title / Authors |
Abstract |
Paper # |
NLP, CCS |
2024-06-06 15:55 |
Fukuoka |
West Japan General Exhibition Center AIM |
Effect of inhibition of Na+/Ca2+ exchanger on action potential in sinoatrial node Eri Ioka (SIT) |
(To be available after the conference date) [more] |
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NLP |
2021-12-17 13:55 |
Oita |
J:COM Horuto Hall OITA |
Analysis of interconnected cardiac pacemaker cells
-- Focusing on the Na channel -- Naoki Ushiroda, Shinji Doi (Kyoto Univ) NLP2021-50 |
The contraction and relaxation movements of the heart are controlled by electrical signals (action potentials) generated... [more] |
NLP2021-50 pp.32-37 |
NLP |
2015-11-01 14:05 |
Okinawa |
Nobumoto Ohama Memorial Hall |
On the bistability of a cardiac pacemaker cell model Takumi Nagai, Shinji Doi (Kyoto Univ.) NLP2015-123 |
The sinoatrial node plays a role of a cardiac pacemaker.
The sinoatrial node cells generate electrical signals volunta... [more] |
NLP2015-123 pp.93-98 |
NLP, CCS |
2015-06-11 11:20 |
Tokyo |
Waseda Univerisity |
Analysis of the model of coupled pacemaker cells in consideration of the heterogeneous structure Takumi Nagai, Shinji Doi (Kyoto Univ.) NLP2015-44 CCS2015-6 |
Heartbeat is controlled by the electrical signal from sinoatrial node.
The Hodgkin-Huxley type mathematical model can ... [more] |
NLP2015-44 CCS2015-6 pp.31-36 |
NLP |
2009-12-21 17:30 |
Iwate |
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On the Pacemaker Activities of Cardiac Sinoatrial Node Cells Zhenxing Pan (Osaka Univ.), Shinji Doi (Kyoto Univ.) NLP2009-139 |
A sinoatrial node (cardiac pacemaker) cell generates an electrical signal (action potential) spontaneously and periodica... [more] |
NLP2009-139 pp.71-76 |
NLP |
2009-03-10 15:20 |
Kyoto |
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Variability of Rhythms in a Cardiac Pacemaker Cell Model Zhenxing Pan, Rei Yamaguchi, Masato Senoo, Shinji Doi (Osaka Univ.) NLP2008-160 |
A heart repeats contraction and relaxation, and these motions are controlled by electrical stimuli (action potential). T... [more] |
NLP2008-160 pp.53-58 |
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