See also miliary TB. Airborne particles resulting from a potentially infectious (microorganism-bearing) droplet from which most of the liquid has evaporated, allowing the particle to remain suspended ...

How these bacteria survive their airborne journey is key to ... the physics of fluids and the ways in which droplet dynamics can spread particles and pathogens. She teamed up with Nathan, who studies ...

Coughed up, they fell quickly to the ground — like “soggy raisins,” to use the vivid if disgusting terminology of a 1990s health official speaking about tuberculosis ... airborne contagion, and the ...

How these bacteria survive their airborne journey ... and the ways in which droplet dynamics can spread particles and pathogens. She teamed up with Nathan, who studies tuberculosis, and the ...

How these bacteria survive their airborne journey ... and the ways in which droplet dynamics can spread particles and pathogens. She teamed up with Nathan, who studies tuberculosis, and the ...

How these bacteria survive their airborne journey is key to ... the physics of fluids and the ways in which droplet dynamics can spread particles and pathogens. She teamed up with Nathan, who studies ...

It is similar in composition, viscosity, surface tension and droplet size to what ... seem to become important only when the tuberculosis bacteria face airborne conditions. The genes help them ...

It is similar in composition, viscosity, surface tension and droplet size to what ... seem to become important only when the tuberculosis bacteria face airborne conditions. The genes help them ...

was rigorous in its attempt to create conditions mimicking the airborne travel of tuberculosis. They focused on crafting a droplet medium that closely matched the chemical composition, size ...

Starting in the 1870s, Robert Koch identified the bacterium that caused anthrax, then tuberculosis ... in weaponizing airborne contagion, and the Wellses had shown how droplet nuclei could spread ...