Frequency encoding in excitable systems with application to calcium oscillations.
The development of a general theory of frequency encoding in excitable systems by hormonal stimuli allowed the study of intracellular calcium dynamics.
A theory of rotating scroll waves in excitable media.
Apparently, the simulation of excitable biological systems demands careful treatment regarding the interplay between deterministic and stochastic components of the system.
Stable particle-like solutions to the nonlinear wave equations of three-dimensional excitable media.
Collision of rotating waves leads to annihilation of waves analogous to other excitable systems.
The pairing of trophic factors and membrane depolarization may be an important mechanism for selection and survival of excitable neurons that have formed viable synapses.
Instabilities of autowaves in excitable media associated with critical curvature phenomena.
