The Center for Computational Biology is a research institute located in New York, New York, specializing in the interdisciplinary study of biological systems through computational methods. Situated at 162 5th Avenue on the seventh floor, the institute serves as a hub for scientists and researchers who focus on integrating data science, mathematics, and biology to advance the understanding of complex biological phenomena. Its location in the heart of New York City provides access to a vibrant scientific community and numerous academic collaborations.
At the Center for Computational Biology, research activities encompass a wide range of topics including genomics, molecular biology, and systems biology. The institute employs computational modeling, algorithm development, and data analysis techniques to address challenges in biology and medicine. By leveraging high-performance computing and innovative software tools, researchers at the institute work to interpret large-scale biological data and contribute to discoveries that have implications for health and disease.
Collaboration is a key element of the research environment at the Center for Computational Biology. The institute often partners with universities, medical centers, and other research organizations to foster multidisciplinary approaches. This collaborative culture supports the exchange of ideas and expertise, which is essential for tackling the complex questions that arise in computational biology. The institute’s focus on combining theoretical and experimental approaches enhances its ability to generate impactful scientific insights.
Overall, the Center for Computational Biology represents a dedicated effort to push the boundaries of biological research through computational innovation. Its presence in New York City positions it well to contribute to the growing field of computational biology, where the integration of technology and life sciences continues to open new avenues for understanding and treating biological systems.


































