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Synthetic Biology | CIDAR Lab

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As part of the Boston University Biological Design Center, our wetlab team conducts research into the design and construction of synthetic biological systems, with particular focus on the development of tools for engineering novel biological devices in E. coli. ​ Wetlab researchers also work closely with programmers and engineers to test and evaluate our design automation tools. These real-world applications are essential to making our software effective and relevant to creating new workflows for biological engineering, making this feedback an integral part of our development process. Modular-Cello Library for Fast Development of Sequential Logic Circuit In synthetic biology, there exists a significant demand for designing and constructing functional, complex genetic circuits in a high-throughput, cost-efficient, reproducible, and rational manner. This project is developing an improved and modular Cello library of parts and devices compatible with a multipart assembly standard for the

--> Synthetic Biology | CIDAR Lab top of page Synthetic Biology As part of the Boston University Biological Design Center, our wetlab team conducts research into the design and construction of synthetic biological systems, with particular focus on the development of tools for engineering novel biological devices in E. coli. ​ Wetlab researchers also work closely with programmers and engineers to test and evaluate our design automation tools. These real-world applications are essential to making our software effective and relevant to creating new workflows for biological engineering, making thi

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