In a period of 51/2 years, the use of 43 free flaps in the treatment of severe lower leg trauma was reviewed. The majority of the patients had severe tibial fractures with extensive soft tissue loss and severe contamination. One flap failed in the early group, 3 in the delayed group. There were no f
The use of free microvascular flaps in the leg
β Scribed by P. Santoni-Rugiu; G. Salimbeni-Ughi; P. J. Sykes; A. Massei
- Publisher
- Springer
- Year
- 1979
- Tongue
- English
- Weight
- 504 KB
- Volume
- 93
- Category
- Article
- ISSN
- 1434-3916
No coin nor oath required. For personal study only.
β¦ Synopsis
After discussing the conventional techniques available for covering skin defects in the leg with associated complex orthopaedic problems the value of the free flap is empahsised. The technique is discussed briefly and six cases are presented. The advantages of this method are outlined and the improvement in healing afforded by the extra blood supply in cases where there is infection and exposure of bone or plate is stressed. Where large complicated skin defects can be predicted, early co-operation between orthopaedic and plastic surgeons is advised.
π SIMILAR VOLUMES
## Abstract Reconstruction of the foot using microvascular flaps has been widely performed in the last 15 years but the choice of flap to repair some areas in the foot remains controversial. We present a series of 128 free flaps to the foot performed during the period of 1975β1990. One hundred and
Prolonged ischemia may result in tissue death because of the no-reflow phenomenon. By raising a flap 24 hours prior to subjecting it to ischemia, the authors have been able to significantly lengthen the ischemia interval prior to the onset of tissue death. These effects are believed to be the result
## Abstract Free groin flaps taken from rats were preserved by refrigeration at 4Β°C in either lactated Ringers solution or tissue culture medium for various periods of time. The results indicate that a high survival rate can be expected at periods up to 72 hours, but there was no success in preserv
For optimal reconstruction of large defects after tumor surgery of the head and neck, composite flaps may be necessary. We describe the design of microsurgically reanastomosed composite skin flaps, using porous polyethylene or titanium implants as a "back side" in an animal model. The epigastric ski