BIOL 027. Systems Biology

Can we describe complex biological networks (e.g. transcription regulation, signal transduction, neuronal networks) in terms of basic building block circuits? Are there simple rules that allow us to understand fundamental biological processes such as cell-environment interactions, embryonic development, organismal patterning, and neuronal control of behavior? Systems Biology is an innovative, cross-disciplinary approach that will train students in the basic skills to tackle these fundamental biological questions and predict the dynamics of complex biological systems. This will be achieved through hands-on training in biological, computational, and quantitative methods, and through reading of primary literature. In the laboratory, students will work with diverse biological systems, including one or more of these: bacteria, eukaryotic cells, Hydra, and planarians. Students will read and discuss primary literature, design and execute independent research projects, and learn how to present their work. The laboratory component has 2 tracks: Lab Section A is for students with prior programming experience in MATLAB or Python; Lab Section B is aimed at students with no prior programming experience.
Prerequisite: BIOL 001, Stat 11, Math 15, or permission of instructor.
Natural sciences and engineering practicum.
1 credit.
Spring 2026. Collins.
Spring 2027. Collins.
Catalog chapter: Biology
Department website: https://www.swarthmore.edu/biology

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