What to expect when AGEP is induced by terbinafine? Case report and critical review of the literature.

Background: Acute Generalised Exanthematous Pustulosis (AGEP) is a rash with multiple sterile intraepidermal or subcorneal non-follicular pustules on edematous papules, with a sudden development and rapid evolution, triggered by drugs, vaccination, insect bites, exposure to mercury, and allergens.

Objectives And Methods: We describe a female patient who developed extensive and abnormally prolonged AGEP following exposure to terbinafine and SARS-CoV vaccine. A detailed review of terbinafine-induced-AGEP cases was performed, with the aim of evaluating if the AGEP criteria would follow a different pattern when the disease is triggered by this drug.

Hydrocolloid dressings can be used to treat hypertrophic scars: An outpatient dermatology service devoted to treat keloids and challenging scars.

Since we first described the rationale for the use of hydrocolloid dressings to treat keloids and hypertrophic scars, this technique has been used as an occlusive therapy alternative to the use of silicone sheets in our outpatient clinic. In this paper, we describe the use of these dressings on two patients with challenging scars: a large postburn hypertrophic scar on a young patient's hand and arm, with a growing keloid on the wrist, and a progressive scar on the lower eyelid, developing after a complication of a cosmetic blepharoplasty procedure, leading to ectropium. The methods on the proper use of these dressings are reviewed here in detail.

Silicone sheets and new gels to treat hypertrophic scars and keloids: A short review.

Silicone dressings have been used to treat hypertrophic scars and keloids since 1983. This treatment modality is considered to be safe and efficacious, leading to a progressive improvement in scar color, size, erythema, pliability, pain, and itching. Its mechanism of action is due to the hydration of the skin corneal layer; and modulating the cell signaling between fibroblasts and keratinocytes, mediated by cytokines.

Growth hormone effects on hypertrophic scar formation: a randomized controlled trial of 62 burned children.

The hypercatabolism after massive pediatric burns has been effectively treated with recombinant human growth hormone, an anabolic agent that stimulates protein synthesis and abrogates growth arrest. While experimental studies have shown increased potential for fibrosis induced by growth hormone therapy, adverse effects on human scars have not been investigated. Our aim was to evaluate hypertrophic scar formation in 62 patients randomized to receive injections of 0.