Multi-level behaviours in agent-based simulation: colonic crypt cell populations Chih-Chun Chen Department of Computer Science,

First Page		Document Content
Date: 2007-09-28 06:09:49 Immunology Cellular processes Scientific modeling Simulation Cell biology Clone Agent-based model Cell cycle Cellular differentiation Discrete event simulation T cell Carcinogenesis		Multi-level behaviours in agent-based simulation: colonic crypt cell populations Chih-Chun Chen Department of Computer Science, Add to Reading List Source URL: necsi.edu Download Document from Source Website File Size: 244,36 KB Share Document on Facebook

	Jansone et al.: Intrinsic Activity, 2017; 5 (Suppl.2):A1.6 doi:IA.5.S2-A1.6 published online: 16 October 2017 2nd International Conference in Pharmacology: From Cellular Processes to Drug Targets Rīga, Latvia DocID: 1vlJU - View Document
	Post-doc position Computational and experimental studies of diffusion in crowded environments inside living cells Background. Biochemistry of life, on the cellular level, is driven by two elementary physical processes DocID: 1v6Vc - View Document
	Makrecka-Kūka et al.: Intrinsic Activity, 2017; 5 (Suppl.2):A2.6 doi:IA.5.S2-A2.6 published online: 16 October 2017 2nd International Conference in Pharmacology: From Cellular Processes to Drug Targets Rīga, DocID: 1uYGY - View Document
	Chatterjee: Intrinsic Activity, 2017; 5 (Suppl.2):A1.12 doi:IA.5.S2-A1.12 published online: 16 October 2017 2nd International Conference in Pharmacology: From Cellular Processes to Drug Targets Rīga, Latvia, DocID: 1uXpq - View Document
	Zvejniece et al.: Intrinsic Activity, 2017; 5 (Suppl.2):A1.13 doi:IA.5.S2-A1.13 published online: 16 October 2017 2nd International Conference in Pharmacology: From Cellular Processes to Drug Targets Rīga, La DocID: 1uMZr - View Document