New gold standard for invasive fungal infections

A new gold standard for identifying patients at risk of serious fungal infections has been identified by Australian and Brazilian researchers, potentially saving countless lives across both the developed and developing world.

Fungal infections invading the bloodstream, lungs or other organs can cause prolonged illness and in extreme cases can lead to permanent disability or even death. Thousands of patients suffering from invasive fungal infections in intensive care units or after organ transplantation will benefit from the latest insights into diagnostic and therapeutic interventions, published in The Lancet Infectious Diseases.

“These new insights into diagnosing and treating invasive fungal infections are significant because early and correct treatment clearly leads to better outcomes for the patient,” said senior author Professor Tania Sorrell from the Westmead Institute for Medical Research and the Marie Bashir Institute for Infectious Diseases and Biosecurity. 

“These infections are uncommon but potentially life-threatening. Blood infections such as candidaemia and lung infections such as aspergillosis have high mortality rates of up to 85% in critically ill and immune-compromised patients.”

Professor Sorrell added that invasive fungal infections overall are a major problem in both developed and developing nations, killing more than 1.5 million people annually. The cost to the global healthcare system runs into billions of dollars each year.

“This is an important problem in Australia but an even more serious issue in developing countries, where mortality is unacceptably high despite the best available therapies and care.

“The research that has informed the recommendations in this paper will play an important role in educating doctors in both developed and developing countries about these diseases and outlining available diagnostic and therapeutic options in different medical contexts.

“It will allow clinicians to tailor their approach to managing these infections in different countries or when working with specific at-risk populations.

“This is vital, because rapid and accurate diagnosis, together with the right treatment, will significantly increase the chances of recovery for a patient.

“A significant proportion of these infections are preventable. We are also working to improve capability to identify patients at high risk of contracting these infections.”

The Westmead team is now expanding their research in prevention, new diagnostic strategies and therapeutic approaches towards infectious diseases of significant public health importance.

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