The transcript discusses the significance of RNA in scientific advancements, particularly in vaccine development. It highlights the role of scientists like Jennifer Doudna in RNA research and the ethical implications of gene editing. The conversation also touches on the future of RNA technology and the importance of STEM education and funding to foster innovation.

What is the primary function of RNA in biological systems?

• To store genetic information

• To build proteins

• To replicate cells

• To destroy viruses

Why is RNA considered adaptable in scientific applications?

• It can be easily destroyed

• It can be recoded like a microchip

• It is resistant to mutations

• It is similar to DNA in structure

What is a major concern for people hesitant about vaccines?

• The complexity of the science behind them

• The ingredients in vaccines

• The cost of vaccines

• The effectiveness of vaccines

What ethical concern arises from genetic editing for enhancements?

• It could cause environmental damage

• It might be too expensive

• It could result in inheritable changes

• It may lead to increased disease resistance

What is a potential benefit of genetic editing mentioned in the transcript?

• Curing diseases like sickle cell anemia

• Enhancing physical appearance

• Creating new species

• Increasing human lifespan

Which companies are predicted to be significant in the RNA revolution?

• Traditional tech giants

• New biotech companies

• Pharmaceutical companies

• Agricultural firms

What educational focus is emphasized for future innovation in RNA technology?

• STEM programs

• Political science

• Arts and humanities

• Business and economics