Fungal infections are becoming increasingly common and fungi’s growing resistance to antifungal treatments poses a serious threat to public health. With only four classes of antifungal medicines currently available and just a few new candidates in the clinical pipeline, it is imperative that healthcare facilities prescribe antifungal drugs appropriately, test for resistant fungi in patients who are not improving and are aware of resistance in their facilities and communities.¹

One factor that is threatening to make several infection-causing fungi more widespread is climate change. Climate change can increase the geographic range of pathogenic species or their vectors, leading to the emergence of diseases in areas where they have not previously been reported.²

The invasive forms of fungal infections often affect severely ill patients and those with significant underlying immune system related conditions. Populations at greatest risk of invasive fungal infections include those with cancer, HIV/AIDS, organ transplants, chronic respiratory disease, and post-primary tuberculosis infection.³ While the most common pathogenic yeast species is Candida albicans, it is important to consider other species including Candida auris – which the World Health Organization (WHO) has identified as a fungal pathogen of critical priority. 

The rise of Candida auris is alarming as it is a yeast that is often-multidrug resistant and can cause invasive infections and outbreaks in healthcare facilities that are difficult to mitigate.⁴

Early diagnosis of fungal infections and the implementation of appropriate treatment contribute greatly to improved outcomes for patients. Every minute counts to identify patients at high risk of a life-threatening condition. It is important to rapidly identify Candida infections in positive blood culture, alongside other potential pathogens using a syndromic approach. Septic patients with polymicrobial and fungal infections are extremely critical and often have the highest mortality rate compared to other types of bloodstream infections. It is also important to consider that joints can be impacted by fungal infections commonly in prosthetics but sometimes in native joints.⁵

We offer flexible options for identification of fungal infection pathogens. Additionally, integration of bioMérieux solutions can help to maximize efficiency in the microbiology laboratory with innovative automation and efficient use of IT solutions that will ensure the right information is in the right hands as quickly as possible.