The video discusses the potential uses of magnets and introduces groundbreaking research from the Wyss Institute at Harvard. The research focuses on engineering a gene for mannose binding lectin, a protein crucial for immune response, and using it in a biospleen to filter pathogens from blood. This innovative treatment has shown promising results in rats, significantly increasing survival rates without additional therapies. The video highlights the potential of this technology in combating antimicrobial resistance and improving future therapies.

What is the primary function of the mannose binding lectin in the immune response?

Describe the process of how the engineered gene is utilized in the biospleen technology.

Explain the significance of using magnets in the biospleen technology.

What were the survival rates of untreated versus treated rats in the study conducted by The Wyss Institute?

What potential does the biospleen technology hold for future therapies in the context of antimicrobial resistance?