New book chapter: Antibiotics from nature

Dr. Quave has published a chapter in the new volume by the World Alliance Against Antibiotic Resistance: Quave, C.L. Antibiotics from nature: Traditional medicine as a source of new solutions for combating antimicrobial resistance. AMR Control 2016: Overcoming Global Antimicrobial Resistance. World Alliance Against Antibiotic Resistance http://resistancecontrol.info/rd-innovation/antibiotics-from-nature-traditional-medicine-as-a-source-of-new-solutions-for-combating-antimicrobial-resistance/ Abstract: Plants have…

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Quave Lab awarded grant for cancer research

Dr. Quave (Principal investigator) in collaboration with Co-investigators Dr. Jack Arbiser (Emory Dermatology) and Dr. Yuhong Du (Emory Chemical Biology Discovery Center) have received a $50,000 grant from the Winship Invest$ award, made possible through the Melanoma Innovation Fund, a philanthropic fund established at Emory’s Winship Cancer Institute by anonymous…

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Support Research & Student Training

Would you like to support research (http://bit.ly/1MZvBcQ) directed at the discovery and development of new antibiotics to treat life-threatening superbug infections? Your tax-deductible donation to the Quave Lab could make a real difference in advancing our research efforts! Funds are needed to support student research projects and the purchase of…

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Our work on Chestnut and MRSA featured in BioTechniques

Excerpt from the piece: Cutting Off Communication Researchers have found a plant extract that halts Staphylococcus aureus infections without promoting resistance. Will this lead to a new way to treat bacterial infections? Read more… http://www.biotechniques.com/news/Cutting-Off-Communication/biotechniques-360385.html#.VfGkmfm2Vsv

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New publication on MRSA in PLOS ONE

A new publication is out on a collaborative project between the Quave Lab (Emory University) and Horswill Lab (University of Iowa). Their latest study reports on the anti-virulence activity of compounds from Chestnut leaves. The extract blocks virulence by switching off the pathways necessary for the production of toxins. The…

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