302 articles – 345 references  [version française]
HAL: hal-00692416, version 1

Detailed view  Export this paper
SASB 2011, Venice : Italie (2011)
Formal Cellular Machinery
Troels C. Damgaard 1, Espen Hojsgaard 1, Jean Krivine ( ) 2
(2012)

Various calculi have been proposed to model diff erent levels of abstraction of cell signaling and molecular interactions. In this paper we propose a framework inspired by some of these calculi that structures interactions and agents from the most basic elements of the cell (protein interaction sites) to higher order ones (compartments and molecular species).
1:  IT university (PLS)
IT University of Copenhagen
2:  Preuves, Programmes et Systèmes (PPS)
CNRS : UMR7126 – Université Paris VII - Paris Diderot
Computer Science/Bioinformatics

Life Sciences/Quantitative Methods

Computer Science/Modeling and Simulation

Computer Science/Symbolic Computation
systems biology – compartment – rule-based modeling – kappa – bigraphs – projectivity – membrane – term rewriting
Attached file list to this document: 
PDF
fcm.pdf(948.7 KB)