Discrete models for biological dynamics

Supervisor
Giuditta Franco - Università degli Studi di Verona
Date and time
Wednesday, September 29, 2010 at 4:45 PM - 16.45 caffe' e pasticcini, ore 17 inizio seminario
Place
Ca' Vignal - Piramide, Floor 0, Hall Verde
Programme Director
External reference
Publication date
September 27, 2010
Department
Computer Science  

Summary

 My work with others of last three years is outlined in this seminar, by means of a brief description of three main approaches to model biological systems by computational methods. MP systems are realized by means of algebraic and algorithmic procedures applied to a symbolic representation of biochemical systems. They model metabolic dynamics quantitatively, meaning that a given temporal dynamics may be reproduced by an MP grammar, which is regulated by state functions. MP systems originate from membrane computing. In this framework, a P model is introduced as a non-deterministic qualitative model of a specific cellular dynamics. A few results about algorithmic models of DNA computing and some research in progress conclude the talk.






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