BACKGROUND: The ischiatric pressure sore is a common pathology in rehabilitated spinal cord injured people, despite careful prevention. Medical treatment by discharge and directed healing is not always sufficient and surgery using local musculocutaneous flaps is often essential. Unfortunately, recidivism is frequent and the availability of local flaps is limited. The scrotal flap is an excellent complement to classic flaps, gluteal flaps or hamstrings. It can be used alone or in addition to another musculocutaneous flap, in first or second intention.
METHODS: The scrotal flap is a musculocutaneous flap, using the Dartos, the platys muscle of the scrotum. It is richly vascularized, extensible and resistant. Its great plasticity makes it adaptable to any form of loss of substance, with an arc of rotation that can reach the anal margin. It can also be desepidermized and buried to fill a deep defect. Ten cases of scrotal flaps and their different indications are reviewed: some are used in first intention, others in addition to musculocutaneous flaps.
RESULTS: The removal of a scrotal flap is fast and extremely easy. The simple closure of the donor site allows the sampling of half of the scrotum due to the great local laxity. The scrotal flaps achieved quickly healed, as well as the donor sites. Only one recurrence was observed after an inappropriate treatment of underlying osteitis. No complications have occurred.
CONCLUSIONS: The scrotal musculocutaneous flap, reliable, resistant, quick and easy to remove is an excellent means of coverage of the perineal region. It can be used for the treatment of any loss of perineal substance in humans, but remains particularly useful for the treatment of ischial or perineal pressure sores.

BACKGROUND: The surgical management of pressure ulcers in the paraplegic or quadriplegic population is marked by the high risk of recurrence in the long-term. In the current era of perforator flaps, newer reconstructive options are available for the management of pressure ulcers, decreasing the need to use the classically described muscular or musculocutaneous locoregional flaps. The coverage of ischial sores described in this article by a pedicled flap based on a deep femoral artery perforator, appears to be an effective first-line reconstructive option for the management of limited size pressure ulcers.
METHODS: A number of fifteen paraplegic or quadriplegic patients having at least one ischial bed sore with underlying osteomyelitis were included in this series. The approximate location of the deep femoral artery perforator was initially identified using the \"The Atlas of the perforator arteries of the skin, the trunk and limbs\", which was confirmed, with the use of a Doppler device. A fasciocutaneous transposition flap was elevated, with the pivot point based on the cutaneous bridge centered on the perforator, and then transposed to cover the area of tissue loss. The donor site was closed primarily.
RESULTS: A total of fifteen patients were operated from November 2015 to November 2016. The series comprised of 16 first presentations of a stage 4 pressure ulcers associated with underlying osteomyelitis that were subsequently reconstructed by the pedicled deep femoral artery perforator flap. The healing rate and functional results were both satisfactory.
CONCLUSIONS: Fasciocutaneous flap reliable by deep femoral artery perforator appears to have a promising role in the treatment of ischial pressure sores. It is an attractive option to spare the use of musculocutaneous flaps in the area. Thus this flap could be used as a first-line option to cover ischial pressure ulcers of limited size.

OBJECTIVE: The coverage of ischiatic pressure ulcers is characterized by a significant recurrence rate (8-64% depending on the series). It therefore seems necessary to introduce the concept of saving in the use of muscle flaps available to avoid being in a situation of therapeutic impasse. The gluteus maximus inferior split-muscle flap allows a tailored coverage to the ischiatic pressure ulcers grade IV with skin defect less than 8cm after surgical debridement. It is associated with an advancement-rotation skin flap removed above the sub-gluteal fold.
METHODS: The surgical treatment is performed in a single-stage (care+coverage), undercovered by probabilistic antibiotic per- and postoperative then secondarily adapted. After excision of the cavity, a gluteus maximus inferior split-muscle flap was realized. The inferior gluteal artery ensures the muscular flap vascularization. Afterwards, patients follow a rehabilitation program in a specialized center.
RESULTS: Sixty-one flaps were performed in 55 patients between September 2000 and January 2015. Fifty-nine (97%) were conducted in first-line and 2 (3%) for covering recurrent pressure ulcers. After a mean duration of 4 years and 8 months follow-up, 13 pressure ulcers (21.3%) relapsed. If reoperation, a simple remobilization of the muscle flap was achieved in 54% of cases, a myocutaneous flap of biceps femoris in 23% and surgical abstention in a patient with non-compliant perioperative care.
CONCLUSIONS: The gluteus maximus inferior split-muscle flap, simple to implement, provides coverage of ischial pressure sores while sparing muscle flaps usually used for this indication. The recurrence rate associated with the gluteus maximus inferior split-muscle flap is comparable to biceps femoris and gluteus maximus muscle flaps (totally harvested). It does not sacrifice function gluteus maximus muscle and can be performed in the valid patient. This flap keeps the Superior split-muscle, mobilized in case of sacral pressure ulcer. The gluteus maximus inferior split-muscle flap is the first intention flap indicated for the cover of cover of ischiatic pressure ulcers of less than 8cm in diameter.

Ischial pressure sores, common in paraplegic patient, are the most difficult to treat, and poor prognosis associated with a high rate of postoperative recurrence. Many surgical techniques by muscular or myocutaneous flap coverage have been described. We report an original use of a fasciocutaneous pedicled anterolateral thigh (ALTp) flap for coverage of an ischial pressure sore combined with a trochanteric pressure sore, exceeded beyond any conventional therapeutic solution. A 45-year-old paraplegic patient suffered from a trochanteric and ischial pressure sore, which had already received coverage by a muscular flap of biceps femoris and gluteus maximus. At 1 year, the result is satisfactory, with good coverage without recurrence. The fasciocutaneous ALTp flap can be a solution to cover recurrent ischial pressure sores beyond conventional methods.