Abstract

Background:Nail unit melanoma (NUM) poses a considerable treatment challenge, particularly in cases with in situ or early invasive lesions, and wide excision with phalanx amputation. For post-excisional skin defects, stump plasty and/or split-thickness skin grafting may cause persisted irritation and ulceration as a post-operative complication, because of the insufficient underlying tissue volume, vascularity, and stability.Objective:To seek out other superior management avoiding disadvantages associated with the conventional NUM surgery.Method:Three consecutive cases with NUM were treated by a novel two-phase surgical procedure using a commercially available dermal regeneration template; as the first phase, the lesional nail unit was excised and subsequently covered by a dermal regeneration template onto the phalangeal bone surface, allowing development of robust granulation with extracellular matrix and vascular network. Thereafter, the second phase employed a full-thickness skin grafting.Results:All three cases accomplished complete removal of the NUM lesion, and achieved a good cosmetic and functional outcome, maintaining physiological firmness, contour, and less contraction and atrophy of the overlying skin. They did not complain of major post-operative complications.Conclusion:Our two-phase approach using a dermal regeneration material is a satisfactory and straightforward technique, achieving a substantial benefit functionally and cosmetically in the post-operative period. We propose that the additional use of a tissue regeneration material can provide superior results for the reconstruction step of excised NUM.

Highlights

  • Nail unit melanoma (NUM) is a relatively rare clinical form of malignant melanoma

  • Three consecutive cases with NUM were treated by a novel two-phase surgical procedure using a commercially available dermal regeneration template; as the first phase, the lesional nail unit was excised and subsequently covered by a dermal regeneration template onto the phalangeal bone surface, allowing development of robust granulation with extracellular matrix and vascular network

  • We propose that the additional use of a tissue regeneration material can provide superior results for the reconstruction step of excised NUM

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Summary

Background

Nail unit melanoma (NUM) poses a considerable treatment challenge, in cases with in situ or early invasive lesions, and wide excision with phalanx amputation. For post-excisional skin defects, stump plasty and/or split-thickness skin grafting may cause persisted irritation and ulceration as a post-operative complication, because of the insufficient underlying tissue volume, vascularity, and stability

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