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Section: Testing > Microbiology

Young woman with acne.

Topical Antioxidant and Silymarin Serum Improves Facial Acne

After four weeks of product use, subjects showed statistically significant improvement in skin clarity, skin tone evenness and PIH/PIE which continued to improve through week 12.

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Omni Antioxidant: Acetyl Zingerone Scavenges/Quenches Reactive Species, Selectively Chelates Iron

Daily exposure to environmental stress keeps skin under a persistent burden from excess ROS. This drives premature skin aging. The present article explores the multiple effects of a single ingredient, acetyl zingerone, to proactively manage excess ROS production via chemical and physical paths.

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Securing Skin: Polysaccharides Deliver Anti-pollution Protection

The present work tests the antioxidant and anti-inflammatory effects of cosmetic polysaccharides for anti-pollution benefits. Air pollution is rising and can negatively impact skin. As such, anti-pollution cosmetics are trending.

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Mitigating 'Maskne:' Boldo to Balance Sebum, Bacteria and Redness in Acneic Skin

Peumus boldus (boldo) extract was tested for effects on sebum production, S. aureus growth and C. acnes lipase activity in vitro, as well as on skin redness in vivo. This work aimed to develop a natural ingredient to control sebum, inhibit microbes and their activity, and reduce redness in acne-αfflicted skin.

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Fighting AGEs Formation: Upcycled Artichoke Inhibits Glycation, Increases Skin Firmness

Upcycling organic waste into cosmetics has been of interest for the growing sustainability trend—and artichoke, in particular, demonstrates anti-aging activities. Described herein is the development of an upcycled artichoke byproduct, which was tested for effects on skin glycation and elasticity.

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When Acne Attacks, Hexylresorcinol and Ethyl Linoleate Fight Back (part I)

Although P. acnes is a commensal bacterium of normal skin, together with the sebaceous gland, it clearly is implicated in acne. Here, P. acnes and other possible causes are reviewed, and a hexylresorcinol and ethyl linoleate anti-acne treatment to target them is described.

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When Acne Attacks, Hexylresorcinol and Ethyl Linoleate Fight Back: Experimental (part II)

Although P. acnes is a commensal bacterium of normal skin, together with the sebaceous gland, it clearly is implicated in acne. Here, P. acnes and other possible causes are reviewed, and a hexylresorcinol and ethyl linoleate anti-acne treatment to target them is described.

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