Electrical and Computer Simulations upon the Nervous Activities of Squid Giant Axons at and around the State of Spontaneous Repetitive Firing of Action Potentials

スポンサーリンク

概要

• 論文の詳細を見る

• It was foutad that some electrophysiological events observed at azad around thestate of spontaneous repetitive firizag of a.ctioma potezttials were well simulated bythe modified and/or reduced Hodgkin-Huxley equatio?as. The events tested were;(1) the frequency deperadence of threshold to evoke action potentials wheua themixture ratio of natural sea water (NSW) and 550 mM Nail as external fluidmedium was a paran'meter, (2) linear dependence of tlae threshold upon the externalsodium concentration, (3) the power spectra of fluctuating membrane potentialswhen the mixture ratio of NSW and 550 mM Nail was changed, and (4) effectof external sinusoidal current LIDOII soontaneous rer>etjtive soikes.

• 社団法人日本物理学会の論文
• 1980-09-15

著者

• SHIMADA Junichi

  Electrotechnical Laboratory

• Uehara Takeshi

  Electrotechnical Laboratory Optoelectronics Section:sanei-sokki Co. Ltd.

• MATSUMOTO Gen

  Electrotechnical Laboratory

• Shimada Junichi

  Electrotechnical Laboratory Optoelectronics Section

• Kyung-shik KIM

  Electrotechnical Laboratory,Optoelectronics Section

• Kyung-shik Kim

  Electrotechnical Laboratory Optoelectronics Section:faculty Of Technology Tokyo University Of Agricu

• Matsumoto Gen

  Electrotechnical Laboratory Optoelectronics Section

関連論文

• A Novel Integrated Optical Bistable Device : B-3: NOVEL DEVICES
• Type-III Bifurcation to Chaos in Self-Oscillating States of Squid Giant Axons
• PRIMARY STRUCTURE AND PROPOSED TERTIARY STRUCTURE MODEL OF THE SQUID SODIUM CHANNEL.(Biochemistry)Proceedings of the Sixty-Third Annual Meeting of the Zoologiacal Socistry of Japan
• A Photoelectron Counting System Using a Mini-Computer : Very Weak Light
• Electrical and Computer Simulations upon the Nervous Activities of Squid Giant Axons at and around the State of Spontaneous Repetitive Firing of Action Potentials
• Critical Slowing-Down near the Transition Region from the Resting to Time-Ordered States in Squid Giant Axons
• A Spatially Organized Structure Observed in the Time-Ordered State of Squid Giant Axons
• A Spatially-Ordered Pacemaker Observed in Squid Giant Axons
• Current Fluctuation Observed in Squid Ginat Axons

スポンサーリンク