Introducing xyna.bio
In order to explore the power of our xyna.ai saturn program for neuro-symbolic-AI driven hyperautomation, we have started the first on-site XOLLX Lab project: xyna.bio - the Neurosymbolic AI pipeline set to automate bioinformatics analytics.
Xyna.bio aims to demonstrate the practical application of our platform on publicly available datasets within various application environments. This project is part of an internship, by Julian Borbeck, a bioinformatics student at the University of Tübingen, supported by the saturn team of xyna.ai.
Julian Borbeck presents his first results using the xyna.ai saturn programm, copyright GIP AG.
Xyna.bio introduces an intuitive platform that simplifies the creation of bioinformatics pipelines. By integrating Large Language Models (LLMs), users can generate pipelines and perform analytics through natural language prompts, eliminating the complexity traditionally associated with such tasks. This serves as both an automation tool and an innovative platform for exploring the capabilities of the xyna.ai environment.
The goal is to develop a proof of concept for protein design that combines homology modeling, molecular simulation, and machine learning analytics. The user should be able to assemble such workflows from scratch using a graphical web interface.
With the increasing demand for automation in computational biological research and the promise of GenAI applications, we are committed to developing advanced and intuitive tools.
We are excited for the achievements ahead of this innovative project!