Crispr's Gene-Editing Tech Rewrites the Code of Life, Co-Inventor Doudna Says

The transcript discusses CRISPR technology, its potential to revolutionize biomedicine and agriculture, and its global adoption. It highlights the commercialization of CRISPR, its application in treating genetic diseases, and the ethical considerations involved. The conversation also touches on future challenges, such as delivery methods and intellectual property concerns, emphasizing the need for responsible use and regulation.

What is one of the main fields where CRISPR technology is being applied?

• Astrophysics

• Quantum Computing

• Biomedicine

• Marine Biology

Which country is mentioned as a significant player in the development and use of CRISPR technology?

• India

• Brazil

• Australia

• China

What is a potential benefit of CRISPR technology in medicine?

• Curing diseases with a single genetic cause

• Increasing agricultural yield

• Improving internet connectivity

• Enhancing renewable energy sources

What is a major ethical concern associated with CRISPR technology?

• Gene editing of babies

• Environmental impact

• Lack of scientific interest

• Cost of implementation

What is the role of the World Health Organization in the context of CRISPR technology?

• Developing new CRISPR tools

• Creating international guidelines

• Funding CRISPR research

• Marketing CRISPR products

What is a key challenge for the future impact of CRISPR technology?

• Increasing public awareness

• Finding new applications

• Reducing costs

• Developing delivery mechanisms

What is a concern related to intellectual property in CRISPR technology?

• Lack of innovation

• IP theft and protection

• High production costs

• Limited market demand