We are excited that the ASM Microbe meeting will be at the Georgia World Congress Center from June 7 to June 11. If you are interested in antibiotic resistance, you can learn about how to detect it, how to (possibly) defeat it and how the bacteria fight back.
A host of Emory microbiologists are participating. In some cases, our scientists are presenting their unpublished data for discussion with their colleagues at other universities. Accordingly, we are not going to spill the beans on those results. However, please find below some examples of who’s talking and a bit of explanatory background. ASM Microbe abstracts are available online for posters, but not for some symposiums and plenary talks.
David Weiss lab — Klebsiella
Graduate student Jessie Wozniak is presenting her research on an isolate of Klebsiella that combines alarming properties. She will describe how the bacterial colonies behave (unappetizingly) like stretchy melted cheese in a “string test.”
June 9, 11 am to 1 pm, June 11, 11 am to 1 pm
Christine Dunham – toxin-antitoxin/persistence
Dunham, a structural biologist, is giving a plenary talk June 11 on toxin-antitoxin pairs, which play a role in regulating bacterial persistence, a dormant state that facilitates antibiotic resistance. Two past papers from her lab.
Phil Rather lab – Acinetobacter baumannii
Rather’s lab recently published a Nature Microbiology paper on A. baumannii’s virulence/opacity switch. This type of bacteria is known for hospital-associated infections and for wound infections in military personnel. Poster talk by graduate student Sarah Anderson June 8.
Shonna McBride lab – Clostridium difficile
Members of her team are giving presentations on the hardy gastrointestinal scourge. Working with chemists from Wisconsin, McBride’s lab showed in 2014 that nylon copolymers can inhibit the growth of “C diff”, mimicking the action of a host defense peptide.
Cassandra Quave – ethnobotany
Quave, known for her work on antimicrobial substances in plant extracts, is holding a “Fireside Chat” event on June 10.
Elizabeth Wright – cryo-EM
We’ve recently highlighted Wright’s cryo-electron tomography work on viruses, but the technique is applicable to bacteria as well. Plenary session.
Eileen Burd + collaborators – clinical microbiology lab
Prosthetic joint infections and detection of resistance to the last-resort antibiotic colistin.