SILK PROTEINS FOR MORE STABLE VACCINES

The video discusses the problem of vaccine instability due to the need for refrigeration, which poses challenges in shipping and storage, especially in developing countries. Vaxes has developed a silk-derived protein stabilizer that improves vaccine stability, allowing vaccines to be shipped without refrigeration. This innovation could eliminate the need for cold storage, making vaccine distribution more efficient and cost-effective.

What percentage of vaccines require refrigeration between 2°C and 8°C?

• 85%

• 50%

• 97%

• 75%

What is the main challenge in shipping vaccines to developing countries?

• Lack of transportation

• High cost of vaccines

• Poorly established cold chain

• Limited healthcare facilities

What material is used to derive the protein that stabilizes vaccines?

• Cotton

• Wool

• Silk

• Nylon

How does the silk-derived protein help in stabilizing vaccines?

• By chemically reacting with the vaccine

• By physically entrapping the vaccine

• By cooling the vaccine

• By diluting the vaccine

What is the ultimate goal of using the silk-derived protein in vaccines?

• To increase vaccine production

• To reduce vaccine prices

• To improve vaccine taste

• To eliminate the need for cold storage