👉 Vaccine computing refers to the application of computational methods and technologies in the development, design, optimization, and deployment of vaccines. It encompasses a range of activities from predicting antigenic targets and simulating immune responses to optimizing vaccine formulations and manufacturing processes. Advanced algorithms, machine learning, and bioinformatics tools are utilized to analyze vast datasets, such as genomic sequences of pathogens and immune system responses, to identify potential vaccine candidates more efficiently. Additionally, computational models help in predicting the efficacy and safety of vaccines, streamlining clinical trials, and accelerating the overall vaccine development timeline, ultimately contributing to faster responses to emerging infectious diseases.
