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Coronavirus Research

How unflagged, factual content drives vaccine hesitancy
Many hands holding smartphones and other sources of information about COVID-19.

Image: iStock/zubada

How unflagged, factual content drives vaccine hesitancy

A new paper from computational social scientist Duncan Watts examines how factual, vaccine-skeptical content on Facebook has a greater overall effect than “fake news,” discouraging millions from the COVID-19 shot.

From Penn Engineering Today

The mRNA miracle workers
CBS News

The mRNA miracle workers

Nobel laureates Katalin Karikó and Drew Weissman of the Perelman School of Medicine appear on “Sunday Morning” to discuss their careers, their mRNA research, and the COVID-19 vaccines.

‘Natural’ deaths likely COVID-19 related
White flags honoring lives lost to the COVID-19 virus on the National Mall in Washington, D.C.

Many deaths during the pandemic which were not listed as /COVID-related may have, in fact, been as a result of COVID. In a collaborative study, researchers in the School of Arts & Sciences found that increases in non-COVID excess deaths occurred at the same time or in the month prior to increases in reported COVID-19 deaths in most U.S. counties, indicating that many COVID deaths went uncounted as such.

(Image: iStock/BriVisu)

‘Natural’ deaths likely COVID-19 related

New study led by Penn and Boston University provides the most compelling data yet to suggest excess mortality rates from chronic illnesses and other natural causes were driven by COVID-19 infections.
FactCheck.org and the fight against misinformation
Eugene Kiely and Kathleen Hall Jamieson.

Eugene Kiely is the director of FactCheck.org, which Kathleen Hall Jamieson co-founded in 2003.

nocred

FactCheck.org and the fight against misinformation

Across two decades, the Annenberg Public Policy Center project expanded by adding scientific fact checking, translating content into Spanish, and addressing viral social media misinformation.
Researchers breathe new life into lung repair
Artist's interpretation of human lungs and a virus.

Respiratory diseases like influenza and COVID-19 drive inflammatory responses that can cause long-term damage to the lungs and can be difficult to treat. Now, by using techniques that deliver mRNA via lipid nanoparticles, researchers led by Andrew Vaughan of the School of Veterinary Medicine were able to greatly enhance modes of repair for damaged blood vessels in the lung, leading to improved oxygen saturation.

(Image: iStock/Mohammed Haneefa Nizamudeen)

Researchers breathe new life into lung repair

A collaborative effort from teams across Penn culminates in new techniques to repair lung tissue after damage from flu and COVID-19.