Staying engaged in class can sometimes feel like an uphill battle.
With distractions lurking around every corner and the ebb and flow of thoughts competing for attention, it’s no surprise that many students find their minds wandering.
However, there are gentle, effective ways to cultivate a more engaged mindset during those learning sessions.
Acne treatments often aim to reduce excess oil, unclog pores, and control bacterial activity within the pilosebaceous unit. However, when treatments remove too much oil or disrupt the skin barrier, the skin may become excessively dry and irritated. Overdrying can interfere with the normal balance of the stratum corneum, the outer layer of the skin responsible for maintaining hydration and protecting against environmental stressors. When this protective barrier becomes compromised, the skin may respond in ways that unintentionally worsen acne symptoms rather than improve them.
The skin barrier relies on a mixture of lipids, including ceramides, cholesterol, and fatty acids, that help retain water within the skin. Strong acne treatments such as high concentrations of benzoyl peroxide, frequent use of exfoliating acids, or repeated cleansing with harsh detergents may remove these lipids too aggressively. As the barrier becomes weakened, transepidermal water loss can increase, leaving the skin feeling tight, flaky, or irritated.
In response to this dehydration, sebaceous glands may increase sebum production in an attempt to restore surface lubrication. This compensatory oil production can create a paradoxical situation where skin appears both dry and oily at the same time. Excess sebum can mix with accumulated dead skin cells inside the follicle, contributing to the formation of clogged pores that develop into blackheads or whiteheads.
Barrier disruption may also increase inflammation, which plays a central role in acne development. Irritated skin can release inflammatory mediators that promote redness and swelling around the follicle. This inflammatory environment may make existing acne lesions more noticeable and can sometimes trigger new breakouts in individuals who are already prone to acne.
Another consequence of excessive dryness is the buildup of dead skin cells on the surface of the skin. When the barrier is damaged, the natural process of desquamation, or skin cell shedding, may become less efficient. These accumulated cells can combine with sebum inside the pore, increasing the likelihood of microcomedone formation, which is the earliest stage of acne development.
Balancing acne treatment with barrier support is therefore an important part of long-term skin management. Ingredients such as salicylic acid, benzoyl peroxide, and topical retinoids remain widely used because they help reduce pore blockage and inflammation, but they are often most effective when introduced gradually and used in appropriate concentrations. Pairing these treatments with gentle cleansers and non-comedogenic moisturizers may help maintain hydration while allowing active ingredients to work effectively.
Moisturizers containing humectants such as glycerin or hyaluronic acid can help attract water to the skin, while ingredients like ceramides and niacinamide may support barrier repair and reduce irritation. Maintaining a consistent skincare routine that avoids excessive exfoliation or overuse of drying products can help keep oil production and skin hydration in better balance.
Acne management typically requires a gradual and balanced approach rather than aggressive attempts to remove all oil from the skin. While reducing excess sebum is part of treatment, maintaining the integrity of the skin barrier is equally important. Individuals experiencing persistent dryness, irritation, or worsening breakouts during treatment may benefit from consulting a dermatology professional who can recommend adjustments to their skincare routine and ensure that acne therapies are used safely and effectively.
