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1
Introduction
2
How do they produce this vaccine
3
Cancer vaccines
4
mRNA vaccines
5
Inactivated vaccines
6
Challenges
7
Vaccine Technology
8
Immune Response
9
The Future
10
Vaccine Adaptability
11
Vaccination
12
Antibodies
13
Vaccines
14
Efficacy
15
Technology
16
Flu vaccines
17
Influenza vaccine
18
Supply of raw materials
19
Vaccine safety
20
Highly regulated systems
21
Viewers questions
22
Therapeutic antibodies
23
Second generation vaccines
24
Conclusion
Description:
Explore the cutting-edge advancements in vaccine technology with a panel of experts in this hour-long conference talk from Aspen Ideas Health. Delve into the revolutionary mRNA science and virus vector technologies that have accelerated vaccine development, particularly in response to COVID-19. Learn about the potential applications beyond SARS-CoV-2, including targeted mRNA cancer vaccines and a universal influenza vaccine. Discover the challenges and promises of new vaccine technologies, their impact on disease prevention and treatment, and the future of vaccinology. Gain insights into vaccine production processes, immune responses, efficacy, safety regulations, and the development of second-generation vaccines. Engage with viewer questions and discussions on therapeutic antibodies, vaccine adaptability, and the highly regulated systems ensuring vaccine safety.

From mRNA Science to Virus Vectors - Prime Time for Vaccine Technology

The Aspen Institute
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