Unlocking the Future of Genome Design with AI
In an era where biological innovation meets artificial intelligence, we’ve emerged from interpreting DNA to actively designing it. Our cutting-edge research focuses on creating complete, functional genomes, with highlights including:
- Challenges Overcome: Transitioning from single gene design to complex genomes like bacteriophage ΦX174 demands advanced computational frameworks.
- Innovative Techniques: We developed custom gene annotation tools and advanced AI training methods to generate viable synthetic phage genomes.
- Experimental Validation: Testing 285 designs led to the identification of novel phage candidates with significant evolutionary diversity.
- Resistance Solutions: Our AI-driven phage cocktails successfully overcome bacterial resistance, showcasing a revolutionary approach to phage therapy.
As we push boundaries in synthetic biology, we invite AI and tech enthusiasts to join us in reshaping the future of medicine and biotechnology. Share your thoughts and insights on our journey to redefine genomic possibilities!
