Titlebook: Chaos in Biological Systems; H. Degn,A. V. Holden,L. F. Olsen Book 1987 Springer Science+Business Media New York 1987 Peptide.biology.enzy

fatuity

極為憤怒

CIS

M. P. Dobhal,V. Gupta,M. D. Lechner,R. Gupta(.) was exposed under normal physiological conditions; the intact axon was immersed in natural sea water at 14 ± 0.01°C, and stimulated with periodic trains of current pulses with the pulse intensity I and the period T. The firing modes were determined as a function of I/I. and T where I. stood for

ACME

騷擾

PHIL

英寸

Periodic Forcing of a Biochemical System with Multiple Modes of Oscillatory Behaviour,A two variable system that represents two enzymic reactions shows birhythmicity and multi-threshold excitability. Sinusoidal forcing of this system in the region of birhythmicity can give complex birhythmicity.

concise

Patterns of Activity in a Reduced Ionic Model of a Cell from the Rabbit Sinoatrial Node,ion and in other physical and chemical systems in which chaotic dynamics is said to exist. However, no evidence of chaotic dynamics has yet been found in the modelling work. Recent experimental results on the sinatrial node reinforce this conclusion.

谷物

美色花錢(qián)

High Sensitivity Chaotic Behaviour in Sinusoidally Driven Hodgkin-Huxley Equations, study non-thermal biological effects due to small fields applied for long time..For the situation presented a small change in amplitude can induce a chaotic behaviour. The results are presented in terms of membrane voltage and maximal Lyapunov exponents.