This clinical photograph displays a pediatric patient with classic signs of impetigo, a highly contagious bacterial skin infection commonly caused by Staphylococcus aureus or Streptococcus pyogenes. The visual focus is on the right auricular and preauricular regions, extending down toward the neck and onto the cheek. The primary lesions are characterized by thick, adherent, honey-colored (mellicerous) crusts overlying erythematous bases. Areas of active serosanguinous exudate and open erosions are visible, particularly around the earlobe and external auditory meatus. Surrounding the main confluent plaques, scattered satellite papules and small pustules are present on the facial skin, indicating local spread. The surrounding skin shows signs of inflammation and secondary irritation. This image serves as a hallmark educational example of non-bullous impetigo, emphasizing the distinctive crusting morphology and typical distribution in pediatric dermatology.

Imaging modality: Clinical photography (digital color image) of a pediatric patient's face in frontal view, focusing on the nasal and perioral regions. The image depicts honey-colored crusts and erosions centered around the nostrils and mouth with surrounding erythema and scaling, compatible with impetigo. Lesions appear superficial with crusted exudate, partial fissuring at the alar rim, and crusts coalescing into golden-brown plaques. The bilateral distribution is localized to the midface, with consented close-up representation suitable for dermatology assessment. The skin surface shows dry crusts, crusted erosions, and minimal edema; surrounding skin is mildly inflamed. The appearance is classic for non-bullous impetigo, most commonly caused by Staphylococcus aureus or Streptococcus pyogenes, though other organisms can contribute. The image helps distinguish impetigo from eczematous dermatitis, herpes simplex infection, or ecthyma by the characteristic honey crusts and focal periorificial involvement. Clinically, this finding is contagious and prompts antibiotic therapy and hygiene measures; topical agents such as mupirocin or fusidic acid may be used, with systemic antibiotics if extensive or bullous lesions are present. For education and research, this photograph serves as a reference for pattern recognition, differential diagnosis, and treatment planning in pediatric dermatology.

Clinical photography of a pediatric patient demonstrating bilateral axillary impetigo with kissing lesions. Imaging modality: dermatologic clinical photograph; technique: high-resolution color image under standardized frontal/anterolateral illumination; no staining or contrast employed. Anatomic focus: integumentary system, especially intertriginous axillary skin on both sides, extending to adjacent shoulder and upper chest. Visual features: multiple erythematous papules and vesicles with golden honey‑colored crusts along skin folds; some lesions show superficial crusting and erosions; bilateral symmetry with lesions meeting at the axillary creases, creating kissing lesions from close contact. The surrounding skin exhibits mild erythema and mild edema; distribution is intertriginous and continuous across bilateral axillae, with secondary spread to proximal medial arms. Pathology (clinical correlates): classic nonbullous impetigo caused by Staphylococcus aureus and/or Streptococcus pyogenes; contagious, transmissible in household contacts; result of minor trauma and moisture in skin folds. Diagnostic significance: recognition of kissing lesions in intertriginous areas supports impetigo diagnosis and informs antibiotic therapy and hygiene measures. Potential differential diagnoses include candidal intertrigo, contact dermatitis, eczema, varicella in atypical presentation, or fungal infection. Clinical use cases: educational dermatology imagery, triage reference for pediatric skin infections, infection control planning, and documentation of treatment response.