Acne Cut Editorial Team

Acne forms in and around hair follicles when oil, dead skin cells and bacteria combine to block a pore, producing blackheads, whiteheads, or inflamed red bumps. Many other bumpy skin conditions look similar at a glance but form through completely different processes, which is why so many bumps get mistakenly called acne. Telling them apart … Read more

Acne often looks worse before it improves because some treatments speed up how fast clogged pores surface, pushing existing blockages out faster than usual. This can look like a new wave of breakouts, but it is usually the product working through backlog rather than creating fresh damage. Irritation from a product reacting badly is a … Read more

The skin barrier is the outermost layer of skin, made mostly of dead skin cells and fats, that keeps water in and irritants, bacteria and pollution out. When it’s working well, skin feels comfortable. When it’s damaged, skin can sting, look red, feel tight, and become more reactive to products it usually tolerated fine. It’s … Read more

Acne tends to cluster where oil glands are largest and most active — the forehead, nose, chin and jawline — because those areas produce more sebum and shed skin cells in a way that clogs pores more easily. Cheeks, temples and areas under phone contact or masks can flare for different reasons, like friction and … Read more

A blackhead is a clogged pore that stays open at the surface, so the trapped material darkens when it meets air. A whitehead is the same kind of clog, but the pore closes over with a thin layer of skin, trapping everything underneath and keeping it pale. Same basic problem, different exposure. What exactly is … Read more

Acne forms when a hair follicle gets blocked by a mix of excess oil (sebum) and dead skin cells, then a bacteria that normally lives on everyone’s skin multiplies inside that blockage and the body’s immune system reacts, causing redness, swelling, and sometimes a visible bump. That’s the short version. But almost every part of … Read more