A novel platform has demonstrated an ability to simultaneously detect multiple pathogens in human blood samples, potentially leading to the development of multiple-assay devices for clinical use.
Researchers have demonstrated an imaging technique utilizing PET, which allows non-invasive and real-time monitoring of dengue infection in mouse models.
Researchers have quantified the burden of stigmatization and discrimination on lymphatic filariasis patients, discovering individuals are up to four times more likely to suffer depression than average.
A new assay has been developed for the faster, cheaper and less labour-intensive detection of replicating latent HIV in infected individuals.
Reporting from ECCMID17, we spoke to William Irving about his current work on hepatitis C and his thoughts on the future of this field.
A novel diagnostic test has been developed for sepsis. The TaqMan-Based Multiplex real-time PCR detection system has shown promising results in new assessments.
In this interview, Joop Arends discusses his thoughts on the future of diagnosis and management of hepatitis C, and also gives us his highlights from ECCMID.
Researchers have utilized LAMP technology to develop a new rapid and sensitive low-cost test for Zika virus; they hope it will allow more effective tracking of disease spread.
In this editorial the authors offer a perspective about issues surrounding the implementation of molecular antibiograms in the diagnostic workflow.
Host gene expression patterns could be utilized to accurately diagnose malaria according to research presented at ECCMID 2017 on World Malaria Day.
