Explore how systems biology is revolutionizing our understanding of life by analyzing biological systems as interconnected networks, accelerating research from lab to real-world applications.
Explore how computational models serve as digital laboratories in bioengineering, revolutionizing drug discovery, tissue engineering, and personalized medicine.
Exploring how computational power, AI, and digital tools are transforming bioprocess engineering and biotechnology manufacturing.
Exploring the evolution of biological models from conceptual sketches to predictive digital twins in systems biology.
Exploring how supercomputers and virtual patients are revealing sepsis as a landscape of possibilities, offering hope for precision treatments.