pathogens
Coverage of pathogens in the Nexus archive.
- How Storms Can Be A Boon For Invasive Species In Hawaiʻi
Climate-fueled storms, such as Hurricane Lala, pose a threat to Hawaiʻi by potentially spreading existing invasive pests, plants, and pathogens, while also introducing new ones into the state. Experts warn that more advance planning is needed for these challenges.
- 15 of history's deadliest pandemics — and what finally stopped each one
The article examines 15 of history's deadliest pandemics, including the Antonine Plague and COVID-19, detailing the pathogens responsible, death tolls, and specific conditions that halted each outbreak.
- The next pandemic? Virus catalogue reveals the terrifying pathogens that are most likely to spark a global outbreak
A virus catalogue has identified pathogens most likely to cause a global outbreak, raising concerns about the next pandemic. The study highlights the potential for these pathogens to spark widespread health crises.
- Scientists at NIH charged with attempting to smuggle highly contagious pathogens from Africa into US
Scientists at NIH were charged with attempting to smuggle highly contagious pathogens from Africa into the US. The case involves the illegal transport of dangerous biological materials across international borders.
- Almost half of traded wildlife carry disease-causing pathogens
A study published in Nature reveals that over 40% of traded mammal species share at least one pathogen with humans, significantly higher than the 6% rate for non-traded mammals. This finding highlights the potential health risks associated with wildlife trade.
- A vaccine for everything
The article discusses a podcast exploring science and technology, focusing on immunologists developing a broad-spectrum vaccine to combat multiple pathogens. It highlights advancements in immunology research aimed at creating a universal vaccine solution.
- Scientists are working on “everything vaccines”
Scientists are developing a universal vaccine that could protect against multiple pathogens with a single dose. This breakthrough aims to provide broad immunity against various diseases, reducing the need for multiple vaccines.