July 2018

Rapid molecular methods in clinical microbiology

Microbiologist Mark Wilks highlights the potential rapid molecular methods presented in the recent conference of the British Society for Microbial Technology.

Fast molecular diagnostics for tight turnaround times

Turnaround times for diagnostic tests can be an obstacle to effectively controlling healthcare associated infections (HAI), such as methicillin-resistant Staphylococcus aureus (MRSA) and carbapenemase producing Enterobacteriaceae (CPE), with delayed results leading to ward closures and cancelled operations.

Biomedical Science Day 2018

Biomedical Science Day takes place on July 19 and the IBMS is calling on its members to join this celebration of the profession #AtTheHeartOfHealthcare, and the incredible hard work and dedication of biomedical scientists.

Clinical chemistry classics: tumour markers

This short series continues with a brief review of pioneering work in the development and clinical application of two important tumour markers – serum alpha fetoprotein and urine and serum human chorionic gonadotropin.

The progress of histopathology reporting

Jo Horne, Andrew Usher and Gerry van Schalkwyk discuss the progress of the histopathology reporting programme and look to the future.

The new dawn of immunotherapy

Steven Rosenberg made headlines around the globe for a breakthrough that could make immunotherapy a frontline cancer treatment.

The Big Question: "Does healthcare really need a 24/7 pathology service?"

Does healthcare really need a 24/7 pathology service?

Viral suppression helps to prevent AIDS-defining cancers

Early, sustained antiretroviral therapy that results in long-term viral suppression, helps to prevent AIDS-defining cancers and, to a lesser degree, non-AIDS-defining cancers, it is claimed.

IBMS AGM members awarded prizes

Each year the IBMS AGM sees a number of awards and Company Members’ prizes given to promising scientists.

"Mind-boggling" conversion to neurons

Human immune cells in blood can be converted directly into functional neurons in the laboratory in about three weeks, say scientists.

Molecular mechanisms of parkinson's

Detailed brain cell analysis has helped researchers uncover new mechanisms thought to underlie Parkinson’s disease.

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