The growth of populations of protocells

Roberto Serra; Timoteo Carletti; Irene Poli; Alessandro Filisetti

The growth of populations of protocells

Roberto Serra, Timoteo Carletti, Irene Poli, Alessandro Filisetti

Résultats de recherche: Livre/Rapport/Revue › Autre rapport

Résumé

the growth of protocells is discussed under different hypotheses (one or more replicators, linear and nonlinear kinetics) using a class of abstract models (Surface Reaction Models). A method to analyze the dynamics of successive protocell generations is presented, and it is applied to the problem of determining whether the duplication times of the protocell itself and of its genetic material eventually tend to a common value. The importance of the phenomenon of emergent synchronization for sustained protocell population growth and for evolvability is discussed.

langue originale	Anglais
Lieu de publication	Namur
Editeur	FUNDP, Faculté des Sciences. Département de Mathématique.
Etat de la publication	Publié - 2007

1 Terminé
1 Actif

Les systèmes dynamiques rencontrent la biologie : synchronisation de métabolisme et croissance
Carletti, T. (Responsable du Projet)
1/09/06 → …
Projet: Recherche
Programmable Artificial Cell Evolution (P.A.C.E.)
Carletti, T. (Co-investigateur)
1/04/05 → 30/08/06
Projet: Recherche

Contient cette citation

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title = "The growth of populations of protocells",

abstract = "the growth of protocells is discussed under different hypotheses (one or more replicators, linear and nonlinear kinetics) using a class of abstract models (Surface Reaction Models). A method to analyze the dynamics of successive protocell generations is presented, and it is applied to the problem of determining whether the duplication times of the protocell itself and of its genetic material eventually tend to a common value. The importance of the phenomenon of emergent synchronization for sustained protocell population growth and for evolvability is discussed.",

keywords = " non-linear dynamics, protocell models, synchronization phenomena",

author = "Roberto Serra and Timoteo Carletti and Irene Poli and Alessandro Filisetti",

note = "Publication code : FP SB010/2007/29 ; QA 0002.2/001/07/29",

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language = "English",

publisher = "FUNDP, Facult{\'e} des Sciences. D{\'e}partement de Math{\'e}matique.",

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T1 - The growth of populations of protocells

AU - Serra, Roberto

AU - Carletti, Timoteo

AU - Poli, Irene

AU - Filisetti, Alessandro

N1 - Publication code : FP SB010/2007/29 ; QA 0002.2/001/07/29

PY - 2007

Y1 - 2007

N2 - the growth of protocells is discussed under different hypotheses (one or more replicators, linear and nonlinear kinetics) using a class of abstract models (Surface Reaction Models). A method to analyze the dynamics of successive protocell generations is presented, and it is applied to the problem of determining whether the duplication times of the protocell itself and of its genetic material eventually tend to a common value. The importance of the phenomenon of emergent synchronization for sustained protocell population growth and for evolvability is discussed.

AB - the growth of protocells is discussed under different hypotheses (one or more replicators, linear and nonlinear kinetics) using a class of abstract models (Surface Reaction Models). A method to analyze the dynamics of successive protocell generations is presented, and it is applied to the problem of determining whether the duplication times of the protocell itself and of its genetic material eventually tend to a common value. The importance of the phenomenon of emergent synchronization for sustained protocell population growth and for evolvability is discussed.

KW - non-linear dynamics

KW - protocell models

KW - synchronization phenomena

M3 - Other report

BT - The growth of populations of protocells

PB - FUNDP, Faculté des Sciences. Département de Mathématique.

CY - Namur

ER -

The growth of populations of protocells

Résumé

Empreinte digitale

Projets

Les systèmes dynamiques rencontrent la biologie : synchronisation de métabolisme et croissance

Programmable Artificial Cell Evolution (P.A.C.E.)

Contient cette citation