In this interview we speak to Amy Mathers about her research on the role of hospital plumbing in the evolution and exchange of genes of drug resistance.
In this interview with Trisha Peel from Monash University, she explains the issues surrounding device-related infections in addition to discussing some promising new approaches to diagnosis and treatment.
In this interview, we speak to to Keith Kaye, Principle Investigator of the RESTORE-1 trial assessing relebactam in combination with imipenem (IMI/REL), about the trial’s results and the implications these have for clinicians in ‘real world’ settings.
In this interview, take a look behind the scenes of a recent Future Microbiology paper on the emergence of antifungal resistance and what can be done in response with author, Justin Beardsley.
Genomics is increasingly being adopted into both research and clinical settings. Here, we speak to Dyann Wirth about the use of genomics in the field of malaria, from what it can uncover about the parasite to the hurdles that need to be overcome moving towards elimination.
In this interview, take a look behind the scenes of a recent Future Microbiology paper on antibiotic resistance targets for point-of-care diagnostics with author, John P. Hays.
In this interview, we speak to Ana Litvintseva, a Medical Mycologist and Team Lead at the Centers for Disease Control and Prevention (CDC; GA, USA) about Candida auris, its emergence and the challenges it presents.
Since Zika broke into the news in 2016, new research has been uncovering more information about this virus – we spoke to Dustin Farr at the recent ASM Microbe meeting where he was presenting a poster on Zika infection in corneal cells.
We speak to infectious diseases specialist, Ellie Goldstein (Santa Monica, CA, USA), about his recent publication on real world data and the challenges facing drug-resistant infections.
In line with our July focus around enteric infections, we recently spoke to Christina Faherty and Research Fellow from her lab, Alejandro Llanos-Chea, about the lab’s research on Shigella, Salmonella and E. coli and novel models for these in vitro.