code2fold: A New Generation in Structural Bioinformatics

code2fold is a pioneering initiative in Turkey, focused on the intersection of structural biology, computational science, and molecular biology. It was founded by researchers with advanced academic backgrounds from Boğaziçi University and Koç University, with the vision of integrating cutting-edge computational tools into the study of biomolecular structures.

Where Biology Meets Technology

Today’s advances in artificial intelligence, high-performance computing, and data visualization have opened new frontiers in molecular sciences. At code2fold, we leverage these technologies to support research in structural bioinformatics—offering insights into the form, function, and interactions of biological macromolecules.

From protein modeling and mutation analysis to molecular dynamics simulations and structure-based interpretation, our goal is to bridge raw data with meaningful biological understanding.

What We Offer

We provide scientific support for academic research groups, R&D teams, and early-stage biotech projects by developing custom analysis pipelines, offering training, and delivering insightful structural evaluations. Our services are designed not just to run computations, but to guide biological reasoning.

We also design and deliver in-depth educational programs and hands-on workshops for students and researchers who want to build real expertise in structural bioinformatics. Our content is built around real-world data and research problems, with a strong emphasis on bridging theory and practice.

Our Vision

At code2fold, we believe structural bioinformatics is more than a technical niche—it’s a powerful framework for understanding the molecular foundations of life. Our mission is to contribute to scientific discovery by helping others see more clearly into the structures that underlie biological function.

Whether you’re a student, a research scientist, or an innovator in biotechnology, we are here to support your journey from sequence to structure—and from structure to impact.