Vaccines

By Amy Wolf Today’s fight against infectious diseases is being waged in the computer lab as much as the wet lab. Using artificial intelligence and machine learning, Vanderbilt researchers and students like School of Engineering undergraduate Karen Pu are expanding the power of computer modeling to identify mutating viruses—and potentially improve vaccines. Karen Pu, class... Read More

By Amy Wolf Today’s fight against infectious diseases is being waged in the computer lab as much as the wet lab. Using artificial intelligence and machine learning, Vanderbilt researchers and students like School of Engineering undergraduate Karen Pu are expanding the power of computer modeling to identify mutating viruses—and potentially improve vaccines. Karen Pu, class... Read More

Widespread trust in vaccines often leads to higher vaccination rates, but vaccine shortages can deter even those with confidence in vaccines. Furthermore, while vaccine mandates can create an appearance of universal vaccination, people may remain hesitant, resulting in lower compliance than anticipated. Read More

Vanderbilt biologists Nicole Creanza and Kerri-Ann Anderson have developed a new mathematical model, rooted in cultural evolution, that represents vaccine hesitancy as a belief that can influence, but not perfectly predict, whether parents will decide to vaccinate their children. Read More

The lasting impact of the historic partnership between the federal government and America's research universities is the topic of this week's column from Chancellor Nicholas S. Zeppos. Read More