Linked from

The 17 pages that link to Skin microbiome, each with the reason it gives.

• Skin barrierCompared with: Resident microbes can support defense, while the barrier itself limits entry.

• Staphylococcus aureusRelated: S. aureus can coexist with other skin microbes or exploit disrupted microbial balance.

• Sebaceous glandRelated: Sebum provides nutrients that favor particular microbes on oily skin.

• EmollientRelated: How repeated use of different emollient formulations affects this community remains under study.

• DermatologyRelated: Microbial balance can affect infection risk and inflammatory skin conditions.

• HandwashingNarrower topic: Washing changes transient contamination while resident skin microbes often remain.

• AntisepsisRelated: Antiseptics can reduce harmful microbes while also affecting resident skin communities.

• FolliculitisRelated: Changes in this community can allow resident bacteria or yeast to contribute to follicular disease.

• Personal hygieneRelated: Ordinary washing removes some microbes while leaving much of the skin’s resident community intact.

• DermatitisRelated: Microbial imbalance can aggravate inflammation in some dermatitis, especially atopic disease.

• Skin careRelated: Cleansing and topical products can affect this living skin ecosystem.

• DeodorantRelated: Underarm microbes transform mostly odorless sweat components into volatile compounds that smell.

• Body odorRelated: Its composition helps determine which odor-producing reactions occur on skin.

• Staphylococcal infectionRelated: Some staphylococci colonize skin harmlessly before entering damaged tissue.

• Human skinRelated: Its effects on barrier health and disease remain an active research area.

• Integumentary System Physiological PhenomenaRelated: Resident microbes are part of the skin’s ecological defense against pathogens.

• Skin conditionRelated: Changes in microbial communities can influence infection risk and inflammatory disease.