Vax AI

Our tools

Utilizing advanced AI technology, the tools for vaccine development at our research facility encompass a wide array of innovative techniques and methodologies. Our AI system integrates genomic sequencing data, structural biology analysis, and immunological modeling to identify potential vaccine candidates. By leveraging machine learning algorithms, our system can rapidly screen and analyze vast amounts of data to predict antigenic epitopes and assess immunogenicity. Additionally, our AI-driven tools enable the design of novel adjuvants and delivery systems, optimizing vaccine efficacy and safety. With the ability to streamline the vaccine development process, our advanced tools aim to expedite the identification and production of effective vaccines for various infectious diseases.

Vaxi-DL

Vaxi-DL is a web-based deep learning (DL) tool designed for rapid and accurate prediction of vaccine candidates. It assesses individual protein sequences for bacterial, protozoan, fungal, and viral models associated with human infectious diseases. Utilizing 18 biological and 9154 physicochemical properties, Vaxi-DL combines deep learning and immunoinformatics, demonstrating high speed, sensitivity, and accuracy. It addresses the complex and time-consuming process of vaccine development by expediting the identification of potential antigens.

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