Fungal Acne.

Fungal acne isn't acne at all. It's Malassezia folliculitis, an overgrowth of yeast that naturally lives on your skin. It presents as small, uniform bumps, usually clustered on the chest, back, shoulders, jawline and skin creases. People expect it to itch. Sometimes it does, sometimes it doesn't. That's one of the major reasons it gets missed. Another misconception is that fungal acne doesn't weep. It does. The inflammation it causes in the follicle produces the same weeping response. It also causes what feels like cystic lesions for the same reason. The one real clinical indicator that it's not bacterial is how it scars. Fungal acne almost never causes depressed scarring. If someone has persistent breakouts but no rolling or ice-pick scars, that should be a red flag. Malassezia thrives in oily, warm, acidic environments. Sweat, humidity, tight clothing, and oil-based skincare products all feed it. So do antibiotics, which wipe out the bacteria that normally keep yeast populations in check. The condition is massively underdiagnosed because it looks like acne, so it gets treated like acne. And that's where the real damage starts. In practice, true bacterial acne is far rarer than people think. The overwhelming majority of what walks through our door has been misdiagnosed fungal acne.

It's treated as bacterial acne because it looks like it. Antibiotics are prescribed, which eliminate the competing bacteria and give the yeast more room to grow. Benzoyl peroxide and salicylic acid are applied, but they target bacteria, not yeast. Standard clinical treatments like acid peels and exfoliants maintain the acidic pH environment that Malassezia thrives in. IPL and laser are marketed to "kill bacteria" but if the problem isn't bacteria, what is it doing? The patient cycles through treatments that fail, gets labelled "treatment-resistant," and is told their skin is just difficult. It wasn't treatment-resistant. It was misdiagnosed from the start.

Alkaline therapy. We shift the skin's pH to an environment the yeast cannot sustain itself in. Acids don't do this. They maintain the conditions Malassezia needs to survive. An alkaline approach disrupts the yeast at its foundation and supports the skin's ability to rebalance. If it's fungal, this is the only approach that addresses the actual mechanism. We don't guess. We read the skin, identify the presentation, and treat what's actually there.