Acne is driven by sebum production, follicular congestion, bacterial load, and inflammation. Clearing it requires addressing all four — not just the most visible symptom.
get startedActive acne is a chronic inflammatory skin condition affecting the pilosebaceous unit — the hair follicle and attached sebaceous gland. It presents on a spectrum from non-inflammatory comedones to severe nodulocystic lesions. It's driven by hormonal influence on sebum production, abnormal follicular cell shedding, bacterial colonization, and an inflammatory response that can cause lasting structural damage to the dermis when severe.
Patients come in when acne has persisted despite their own attempts to address it, or when it's significantly affecting their confidence or quality of life. The sooner active acne is treated properly, the smaller the risk of the permanent scarring that makes the concern much more difficult to address.
Acne develops from four processes occurring simultaneously in and around the hair follicle.
Excess sebum production: Androgens stimulate the sebaceous glands to produce more oil than the follicle can clear. This creates the environment in which the other three factors take hold.
Abnormal follicular keratinization: Dead skin cells inside the follicle don't shed normally — they accumulate and combine with sebum to form the plug that becomes a comedone.
C. acnes colonization: C. acnes bacteria thrive in the anaerobic, sebum-rich environment of the plugged follicle and produce byproducts that trigger the inflammatory response.
Inflammation: The immune response to C. acnes byproducts produces the redness, swelling, and pain of inflammatory acne. When the inflammatory response is severe or deep, it destroys collagen — producing the scarring that persists after the acne itself resolves.
Active acne patients typically present with some combination of:
Acne in adolescence is primarily androgen-driven as hormone levels surge. For many patients it resolves or significantly improves in the early 20s as hormone levels stabilize. For a significant subset — particularly women — acne persists into adulthood or recurs in the 30s and 40s as hormonal fluctuation continues through the menstrual cycle and perimenopause.
Adult acne tends to present differently than adolescent acne: more concentrated along the jawline and lower face, often more cystic, and more directly tied to hormonal fluctuation rather than the diffuse sebaceous overactivity of adolescent acne.
Effective acne treatment requires addressing all drivers simultaneously.
At CAMI, acne treatment starts with identifying the type. Comedonal acne, inflammatory acne, cystic acne, and hormonal acne each have different drivers and different protocols. A 26-year-old with hormonal cystic acne along the jawline needs a fundamentally different treatment plan than a 16-year-old with mixed comedonal and inflammatory acne across the T-zone.
We build the protocol around the cause. We set realistic expectations. And we address scarring prevention proactively — because the time to prevent acne scars is during active acne, not after.

Care guided by experience, precision, and a deep understanding of natural beauty.
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