What does systems biology typically combine?

Systems biology is an interdisciplinary field that aims to understand complex biological systems by integrating multiple approaches. The correct response highlights the combination of computational, mathematical, and experimental techniques, which are essential for analyzing and modeling biological processes.

Computational techniques are used to handle vast amounts of biological data and to simulate biological systems. Mathematical modeling helps in understanding the relationships and dynamics within these systems. Experimental techniques provide empirical data that validates and informs these models. By combining these three elements, systems biology enables researchers to gain a more comprehensive understanding of how various biological components interact and contribute to the functioning of living organisms. This holistic view is critical for addressing the complexities found in biological systems, which cannot be fully understood through isolated experimental or theoretical approaches alone.