Diseases rely on living organisms to survive ... Every organism has six “links” upon which the chain of infection can be broken; breaking any link helps to ensure microbial safety.

Genetic epidemiology of infectious disease transmission focuses on understanding how diseases spread through populations by analyzing genetic data from pathogens. This field combines genomic ...

The new year is certain to bring the spread of infectious diseases – both new and old. And several factors make 2025 ripe for transmission in the U.S., including declining childhood vaccination ...

How do climate, evolution, and free-living hosts interact to determine the dynamics of pathogens and the burden of disease ... short the infectious period of parasite transmission (see below ...

She worked extensively on solving problems with COVID-19 in the supply chain ... systems biology and multiomics modeling. “Infectious disease transmission is expected to happen,” Dass ...

Scientists discovered that repetitive HIV vaccinations can lead the body to produce antibodies targeting the immune complexes ...

As well as demonstrating that human skin specimens actively support EBOV infection ... contributing to person-to-person transmission.” Ebola is hemorrhagic disease caused by the Ebola virus ...

These two factors contribute to the risk for sexual transmission ... transmitted infection among the adult female population of the United States. The Centers for Disease Control and Prevention ...

Intervention models checked against electronic medical record data show ways to help improve infection control practices and ...

The H5N1 bird flu—widespread in wild birds worldwide and the cause of outbreaks in poultry, US cows and several human ...