Recent advances in vaccine development
With the rise in popularity of mRNA technology, DNA vaccines, viral vector vaccines, recombinant protein vaccines, and virus-like particles, vaccine development has changed dramatically in recent years. To forecast antigens and create potential vaccines, artificial intelligence and machine learning are employed. Self-amplifying RNA (saRNA) vaccines are being produced for lower doses, and universal vaccinations are being created for numerous viral strains. Hepatitis B, HIV, and cancer are among the illnesses for which therapeutic vaccinations are now being developed. Additionally being investigated are adjuvants, modular platforms, reverse vaccinology, and better vaccine delivery techniques. These patterns show a move toward vaccinations that are more intelligent, quicker, and more focused.
Related Conference of Recent advances in vaccine development
9th International Conference on Vaccines, Immunology and Clinical Trials
7th International conference on Vaccines, Vaccination and Immunization
Recent advances in vaccine development Conference Speakers
Recommended Sessions
- The COVID-19 vaccine's next-generation RNA platforms and mRNA
- Adverse reactions to the vaccination
- Antinatal vaccinations
- Conjugated and combination vaccinations
- Creation and development of vaccines
- DNA, RNA & SYNTHETIC VACCINES
- HIV , Malaria & TB vaccines
- rDNA technology in vaccine development
- Recent advances in vaccine development
- Toxoid vaccination
- Vaccine and Vaccination
- Vaccine efficiency and well-being
- Vaccine for infectious illnesses in humans
- Vaccine manufacturing technologies
- Vaccine Research and Clinical trials
- Vaccines against non-traditional illnesses
- VACCINES FOR CANCER
- Zika Virus vaccines
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