Skin and skin structure Pseudomonas aeruginosa infection

A skin and skin structure *Pseudomonas aeruginosa* infection is an opportunistic bacterial infection of the cutaneous and underlying subcutaneous tissues caused by the Gram-negative pathogen *Pseudomonas aeruginosa* Clinically and pathophysiologically, it can range from localized folliculitis to invasive, necrotizing tissue destruction and gangrenous lesions, such as ecthyma gangrenosum Virulence is driven by extracellular enzymes, exotoxins, and biofilm formation, often producing hallmark blue-...

A skin and skin structure *Pseudomonas aeruginosa* infection is an opportunistic bacterial infection of the cutaneous and underlying subcutaneous tissues caused by the Gram-negative pathogen *Pseudomonas aeruginosa* Virulence is driven by extracellular enzymes, exotoxins, and biofilm formation, often producing hallmark blue-green pyocyanin pigmentation, a sweet grape-like odor, and a substantial propensity for antimicrobial resistance

The condition predominantly affects hospitalized, immunocompromised, or diabetic patients, as well as individuals with compromised epidermal integrity from severe burns, surgical incisions, trauma, or chronic ulcers Virulence is driven by extracellular enzymes, exotoxins, and biofilm formation, often producing hallmark blue-green pyocyanin pigmentation, a sweet grape-like odor, and a substantial propensity for antimicrobial resistance

The condition predominantly affects hospitalized, immunocompromised, or diabetic patients, as well as individuals with compromised epidermal integrity from severe burns, surgical incisions, trauma, or chronic ulcers

The condition predominantly affects hospitalized, immunocompromised, or diabetic patients, as well as individuals with compromised epidermal integrity from severe burns, surgical incisions, trauma, or chronic ulcers

Clinically and pathophysiologically, it can range from localized folliculitis to invasive, necrotizing tissue destruction and gangrenous lesions, such as ecthyma gangrenosum

Virulence is driven by extracellular enzymes, exotoxins, and biofilm formation, often producing hallmark blue-green pyocyanin pigmentation, a sweet grape-like odor, and a substantial propensity for antimicrobial resistance