Sneppen, K., Krishna, S. & Semsey, S. Simplified models of biological networks.
Bilayers and monolayers are excellent models of biological membranes.
Computational models should be deposited to community-supported model repositories when they exist (e.g. BioModels for models of biological processes).
Given mathematical models of biological networks, these tools select a set of targets for pharmaceutical drugs.
Dumont, E. R., Grosse, I. R. & Slater, G. J. Requirements for comparing the performance of finite element models of biological structures.
Initially, we propose a simple and efficient architecture that is inspired from models of biological vision.
All existing models of biological systems presuppose that they function as open systems.
Systems biology aims to develop mathematical models of biological systems by integrating experimental and theoretical techniques.
This work presents a holistic 'closed loop' approach for the development of models of biological systems.
Furthermore, abstract models of biological systems can be constructed combining computational and experimental data.
Models of biological barriers are important to study physiological functions, transport mechanisms, drug delivery and pathologies.
