958: Alison Young | Lab Leaks, Pandemics, and a World at Risk

Gain of Function

The debate over gain-of-function research is a contentious one, with significant risks and potential benefits. Alison Young explains that this research involves making pathogens more infectious or deadly to study their evolution and develop countermeasures like vaccines 1. However, many scientists question its merit, arguing that the risks outweigh the theoretical benefits 2. Jordan Harbinger expresses skepticism about the necessity of such experiments, likening them to creating a "giant nuclear bomb" in one's backyard 2.

It's like making a giant nuclear bomb in your backyard and you're just like, hey guys, look what I made. Don't worry, I'm not going to use it.

--- Jordan Harbinger

The discussion highlights the need for strict safety protocols and thorough risk assessments to prevent potential disasters.

   

Biohazard Concerns

Bacteria and biohazard concerns are critical issues in pathogen research. Alison Young discusses the dangers of bacteria like Burkholderia pseudomallei, known as the "Vietnamese time bomb," which can remain dormant for decades before causing deadly infections 3. She highlights a concerning incident at a Louisiana lab where this pathogen infected monkeys due to sloppy biosafety practices, raising fears of environmental contamination 4. Additionally, the handling of lab wastewater, often containing dangerous microbes, poses significant risks if not properly managed 5.

The fact that it can exist outside, I mean, it's one thing if you're doing it in Michigan, and it's like, oh, this can never survive out here. There's not enough humidity, there's not enough the temperature change. It freezes the ground.

--- Jordan Harbinger

These examples underscore the importance of stringent safety measures to prevent biohazard threats.