PDF(Pubmed)
Abstract：
UNASSIGNED: Efficient treatment of extensive skin defects by using skin grafting is a significant challenge because the skin available to use is limited. A mesh graft is usually used; however, the expansion ratio is small (up to 1:6) and inaccurate. The Meek technique is a method of skin grafting that processes the skin into micrografts by cutting. The advantage of the Meek technique is its efficient use of available skin, expanding its area by up to 9 times. In 2020, Japanese insurance companies began to cover treatment using the Meek technique. This report aimed to show the usefulness of the Meek technique for treating left leg necrotizing fasciitis.
UNASSIGNED: A 55-year-old male was referred to our hospital for treating necrotizing fasciitis of the left leg. Debridement was performed, and antibiotics were administered immediately. After 1 month, Meek micrografts were applied to the left knee wound. The expansion ratio of the Meek micrografts was 1:9.
UNASSIGNED: The skin was processed 9 times using the Meek technique, enabling effective use of a small amount of skin. Epithelialization of the Meek micrograft area was completed 1 month after skin grafting. The scar after Meek micrografting was soft and not reddish. The range of motion of the knee joint was >90 degrees.
UNASSIGNED: The Meek technique allows expansion of limited skin efficiently. Meek micrografts can cover a larger wound with smaller skin grafts than is possible with mesh grafts. After healing with Meek micrografts, the scar was soft, and the knee joint flexed smoothly. The Meek technique is useful for treating large wounds requiring skin grafts.
UNASSIGNED: A 55-year-old male was referred to our hospital for treating necrotizing fasciitis of the left leg. Debridement was performed, and antibiotics were administered immediately. After 1 month, Meek micrografts were applied to the left knee wound. The expansion ratio of the Meek micrografts was 1:9.
UNASSIGNED: The skin was processed 9 times using the Meek technique, enabling effective use of a small amount of skin. Epithelialization of the Meek micrograft area was completed 1 month after skin grafting. The scar after Meek micrografting was soft and not reddish. The range of motion of the knee joint was >90 degrees.
UNASSIGNED: The Meek technique allows expansion of limited skin efficiently. Meek micrografts can cover a larger wound with smaller skin grafts than is possible with mesh grafts. After healing with Meek micrografts, the scar was soft, and the knee joint flexed smoothly. The Meek technique is useful for treating large wounds requiring skin grafts.
摘要：
UASSIGNED：通过使用皮肤移植有效治疗广泛的皮肤缺陷是一个重大挑战，因为可使用的皮肤有限。通常使用网状移植物；然而，膨胀比很小（高达1:6）和不准确。Meek技术是一种通过切割将皮肤加工成微移植物的皮肤移植方法。Meek技术的优点是有效利用可用的皮肤，将其面积扩大多达9倍。2020年，日本保险公司开始使用Meek技术进行治疗。本报告旨在显示Meek技术治疗左腿坏死性筋膜炎的有用性。
未经证实：一名55岁男性因治疗左腿坏死性筋膜炎被转诊至我院。进行了清创术，并立即给予抗生素。一个月后,将Meek微型移植物应用于左膝盖伤口。Meek微型移植物的膨胀比为1:9。
未经评估：使用Meek技术对皮肤进行了9次处理，能够有效利用少量的皮肤。在皮肤移植后1个月完成Meek微移植物区域的上皮化。Meek微移植后的疤痕柔软且不带红色。膝关节的活动范围>90度。
UNASSIGNED：Meek技术可以有效地扩展有限的皮肤。Meek微型移植物可以用比网状移植物更小的皮肤移植物覆盖更大的伤口。用Meek微型移植物愈合后，疤痕是柔软的，膝关节平稳弯曲。Meek技术可用于治疗需要皮肤移植的大伤口。
未经证实：一名55岁男性因治疗左腿坏死性筋膜炎被转诊至我院。进行了清创术，并立即给予抗生素。一个月后,将Meek微型移植物应用于左膝盖伤口。Meek微型移植物的膨胀比为1:9。
未经评估：使用Meek技术对皮肤进行了9次处理，能够有效利用少量的皮肤。在皮肤移植后1个月完成Meek微移植物区域的上皮化。Meek微移植后的疤痕柔软且不带红色。膝关节的活动范围>90度。
UNASSIGNED：Meek技术可以有效地扩展有限的皮肤。Meek微型移植物可以用比网状移植物更小的皮肤移植物覆盖更大的伤口。用Meek微型移植物愈合后，疤痕是柔软的，膝关节平稳弯曲。Meek技术可用于治疗需要皮肤移植的大伤口。
