par Nazarea, Apolinario 
Référence Radiation and environmental biophysics, 8, 2, page (96-117)
Publication Publié, 1972-06
Référence Radiation and environmental biophysics, 8, 2, page (96-117)
Publication Publié, 1972-06
Article révisé par les pairs
| Résumé : | The results of an investigation of the formal stability behavior of equivalent classes of asymptotically stable kinetic equations (generated by well-posed stability constraint specifications), general enough so as to include non-polynomial kinetics, are presented in detail. The qualitative properties of such equivalent classes - especially with respect to physical admissibility and fluctuation regression, including bounds on generalized relaxation times-are deduced without resorting to an explicit solution. The immediate motivation for the study arose from the need for a comprehensive theory when steric interactions in biosynthetic networks are explicitly taken into account. It is known that such interactions result in non-polynomial kinetics. © 1972 Springer-Verlag. |
