James Crowe Jr. Archives
Long-acting antibody combo developed at VUMC reduces COVID-19 risk and symptoms
Dec. 2, 2021— by Bill Snyder The global biopharmaceutical company AstraZeneca announced more good news about its long-acting combination of two monoclonal antibodies against COVID-19 that were discovered at Vanderbilt University Medical Center. In a prevention trial, one prophylactic, intramuscular injection of the antibody combination, called AZD7442, reduced the risk of symptoms occurring after exposure to the...
Seven from VUMC among most highly cited researchers
Nov. 18, 2021—Seven Vanderbilt faculty members have made this year’s list of scientists whose papers have been cited most frequently by other researchers.
VUMC researchers a step closer to broad ebolavirus protection
Oct. 28, 2021— by Bill Snyder A combination of two broadly acting monoclonal antibodies isolated by researchers at Vanderbilt University Medical Center protected non-human primates from ebolavirus disease, which causes severe and often-fatal hemorrhagic fever in humans. Their findings, published this week in the journal Cell, bring closer to development the first clinical therapy effective against all...
Zost honored for research on COVID-19, other life-threatening viral diseases
Oct. 28, 2021—Vanderbilt's Seth Zost, PhD, has been awarded a major international prize for his research on COVID-19 and other life-threatening viral diseases.
AstraZeneca seeks emergency approval for COVID-19 antibodies isolated at VUMC
Oct. 5, 2021—Biopharmaceutical company AstraZeneca has requested emergency use authorization (EUA) from the U.S. Food and Drug Administration for a long-acting antibody combination originally developed at Vanderbilt University Medical Center to protect against COVID-19.
VUMC antibodies help neutralize two deadly viruses: study
Sep. 8, 2021—Vanderbilt researchers have isolated monoclonal antibodies that prevent severe illness and death caused by two emerging and deadly viruses called Nipah and Hendra.
‘DNA’ podcast Season 2 explores COVID, science and trust in communities
Aug. 23, 2021—Listen to Episode 1, Blueprint for a Pandemic-Ready Society, and subscribe on your favorite platform. The first episode of the second season of Vanderbilt University Medical Center’s original podcast series, Vanderbilt Health DNA: Discoveries in Action, tackles bold questions and issues pushed to the surface by COVID-19. This season, the award-winning 10-episode series delves into...
COVID-19 antibody ‘cocktail’ discovered at VUMC protects chronically ill: study
Aug. 20, 2021—A monoclonal antibody cocktail against the COVID-19 virus discovered at Vanderbilt University Medical Center and developed by AstraZeneca reduced the risk of symptoms in a study of immunocompromised and chronically ill adults later exposed to the virus by 77%, the company announced today.
Team isolates antibodies that target alphaviruses
Aug. 19, 2021—A multi-institutional team led by researchers at Vanderbilt University Medical Center has isolated monoclonal antibodies that in laboratory and animal studies prevented infection by alphaviruses, including the often-lethal Eastern equine encephalitis virus (EEEV).
Study identifies monoclonal antibodies that may neutralize many norovirus variants
Jul. 16, 2021—Researchers at Vanderbilt University Medical Center (VUMC) and the Baylor College of Medicine in Houston, Texas, have taken a big step toward developing targeted treatments and vaccines against a family of viruses that attacks the gastrointestinal tract.
Combination antibody therapies should retain effectiveness against emerging COVID-19 variants: study
Jun. 22, 2021—Five monoclonal antibody “cocktails,” including one developed at Vanderbilt University Medical Center (VUMC), are protective in animal studies against several variant strains of COVID-19, according to a report this week in the journal Nature.
Therapeutic antibodies for hantavirus
May. 24, 2021—Vanderbilt Vaccine Center researchers have isolated monoclonal antibodies against hantaviruses, an emerging source of human disease with pandemic potential.
