DIOSynVax
DIOSynVax combines cutting-edge science and advanced computational design to develop next-generation vaccines, protecting against today’s threats and tomorrow’s challenges.
Industries
Nr. of Employees
small (1-50)
Products
Vaccine Antigen Payloads (VAPs)
Custom-designed antigens for vaccines that provide broad and deep protection against multiple virus strains and families, deployable in various vaccine vectors.
Antigen Design Platform
A platform that uses computational modeling and in vitro/in vivo validation to create antigens with broad and deep protection against viruses.
Self-Improving Algorithms
Machine learning algorithms that analyze virus data to predict mutations and improve vaccine candidate designs over time.
Vaccine Antigen Payloads (VAPs)
Custom-designed antigens for vaccines that provide broad and deep protection against multiple virus strains and families, deployable in various vaccine vectors.
Antigen Design Platform
A platform that uses computational modeling and in vitro/in vivo validation to create antigens with broad and deep protection against viruses.
Self-Improving Algorithms
Machine learning algorithms that analyze virus data to predict mutations and improve vaccine candidate designs over time.
Services
Computational vaccine antigen design
Collaborative service applying computational design, bioinformatics and domain expertise to generate and prioritize vaccine antigen candidates.
Computational vaccine antigen design
Collaborative service applying computational design, bioinformatics and domain expertise to generate and prioritize vaccine antigen candidates.
Expertise Areas
- Vaccine antigen design
- Bioinformatics and sequence analysis
- Vaccinology and immunology
- Antigen payload development
Key Technologies
- Computational antigen design
- Bioinformatics
- Machine learning / data science
- Sequence analysis