Elucidating novel immune evasion strategies of Candida albicans

The fungus *Candida albicans* rewrites its outer surface to hide from the immune system, and researchers have now found it uses at least one more trick beyond the two already known. This matters because *Candida* is a common, normally harmless resident of the human body that can turn deadly in people with weakened immunity—causing bloodstream infections that kill roughly half of those affected. The immune system’s first line of defence, innate immunity, constantly pressures the fungus to evolve new ways to evade detection. The team has discovered that certain conditions inside the host trigger immune evasion that does not rely on the two known mechanisms (cell-wall glucan masking and Factor H complement inactivation), meaning the fungus has additional, unidentified strategies. If this research succeeds, it will map those hidden evasion tactics and reveal the host niches where they operate. By engineering fungal mutants with enhanced or reduced evasion, the team can test how these strategies shape the microbiome and drive infection in realistic clinical scenarios. The work is fundamental science—understanding how a pathogen outruns immunity—but it directly points to new therapeutic targets. Restoring immune recognition could prevent infections without relying on antifungals, offering a way to disarm the fungus rather than kill it.