Dyschromia

Dyschromia refers to any abnormal alteration or irregularity in the pigmentation of the skin, hair, or nails, primarily affecting the integumentary system It encompasses hyperpigmentation, hypopigmentation, complete depigmentation, or mottled patterns characterized by concurrent hyper- and hypopigmented macules

Dyschromia refers to any abnormal alteration or irregularity in the pigmentation of the skin, hair, or nails, primarily affecting the integumentary system

It encompasses hyperpigmentation, hypopigmentation, complete depigmentation, or mottled patterns characterized by concurrent hyper- and hypopigmented macules Although dyschromia can manifest across all demographic groups, it is especially common, prominent, and persistent in individuals with darker skin phototypes

It encompasses hyperpigmentation, hypopigmentation, complete depigmentation, or mottled patterns characterized by concurrent hyper- and hypopigmented macules Pathophysiologically, the condition arises from disturbances in melanocyte density, melanin synthesis, or melanosome transfer, which may be triggered by ultraviolet radiation, hormonal fluctuations, cutaneous inflammation, genetic anomalies, or exogenous chemical exposures

Pathophysiologically, the condition arises from disturbances in melanocyte density, melanin synthesis, or melanosome transfer, which may be triggered by ultraviolet radiation, hormonal fluctuations, cutaneous inflammation, genetic anomalies, or exogenous chemical exposures

Pathophysiologically, the condition arises from disturbances in melanocyte density, melanin synthesis, or melanosome transfer, which may be triggered by ultraviolet radiation, hormonal fluctuations, cutaneous inflammation, genetic anomalies, or exogenous chemical exposures Although dyschromia can manifest across all demographic groups, it is especially common, prominent, and persistent in individuals with darker skin phototypes

Although dyschromia can manifest across all demographic groups, it is especially common, prominent, and persistent in individuals with darker skin phototypes