Eric Skaar Archive — Page 3 of 4
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June 28, 2018
New staph virulence factor
Jun. 28, 2018—The new factor, an enzyme involved in host-pathogen interactions, may be a viable target for treating staph infections. -
March 15, 2018
New imaging approach offers unprecedented views of staph infection
A new integrated imaging approach makes it possible to probe the molecules involved in invasive infections and can be broadly applied to any health or disease state. -
January 11, 2018
Lighting up iron levels
A new probe enables iron imaging in living animals, providing a unique tool for studying iron’s contributions to health and disease. -
November 20, 2017
15 faculty members elected as AAAS fellows
Fifteen Vanderbilt faculty members conducting a range of biomedical and clinical research have been elected fellows of the American Association for the Advancement of Science. Six of the 15 have received funding through the university’s Trans-Institutional Programs initiative, which facilitates research and teaching collaborations across disciplines and are a core pillar of the university’s Academic Strategic Plan. -
September 21, 2017
Excess dietary manganese increases risk of staph infection in heart
Too much dietary manganese — an essential trace mineral found in leafy green vegetables, fruits and nuts — promotes infection of the heart by the bacterium Staphylococcus aureus (“staph”). -
July 27, 2017
Investigators use light to kill microbial ‘vampires’
On July 24 Vanderbilt scientist Eric Skaar, Ph.D., MPH, summarized his group’s latest paper in a tweet: “If S. aureus is going to drink our blood like a vampire, let's kill it with sunlight.” -
November 3, 2016
VUMC investigators find pathogens work together to infect host
Pseudomonas aeruginosa and Staphylococcus aureus — two pathogens that frequently co-infect the lungs of patients with cystic fibrosis — appear to cooperate with each other, Vanderbilt investigators have discovered. When pseudomonas is starved for metal by the host, it shuts down the production of factors that would normally kill staph, promoting a co-infection.