E-Cell System

The E-Cell System is an innovative software suite designed to construct virtual cells on computers. Created by Kouichi Takahashi and a talented team of developers, this object-oriented system is perfect for simulating, modeling, and analyzing complex systems like biological cells.

One of its core components is the E-Cell Simulation Environment version 3, which enables many components driven by multiple algorithms with different timescales to coexist. The developers of E-Cell are part of an international research project that seeks to create the necessary theoretical supports, technologies, and software platforms for precise whole cell simulation.

The E-Cell System is made up of three major parts: the E-Cell Simulation Environment (E-Cell SE), the E-Cell Modeling Environment (E-Cell ME), and the E-Cell Analysis Toolkit. With all three parts, users can gain insights into how cells and other complex systems operate, allowing for better understanding and improved control.

Overall, the E-Cell System is an excellent choice for researchers and developers looking for a powerful simulation tool for studying complex systems. The system's object-oriented approach, wide range of components, and advanced algorithms make it an essential tool for anyone seeking to understand the intricacies of biological cells and other complex systems.