Naki Selmanpakoğlu

The last 10 years in a burn centre in Ankara, Turkey: an analysis of 5264 cases

This is a retrospective study analysing 5264 patients treated in the burn centre at Gülhane Military Medical Academy from 1 January 1986 to 31 December 1995. Our burn centre is not only the first, but one of the best established and supported in Turkey. Our present study has the largest patient group of other previously published studies from Turkey. Of the total patients studied, 4464 patients had minor burns and were treated on an outpatient basis and 800 patients had moderate to major burns. Although our centre is in a military area in Ankara, only 1047 (20 per cent) patients were military personnel and the military-related burn causes comprised only 6 per cent of the total. The remaining 4217 (80 per cent of the total patients) were civilians. Flame injuries were also more frequent in military patients than civilians. Minor burns were most common in the age group 0-10 years old (40 per cent) and moderate to major burns in the age group 21-30 years (54 per cent). Scalds were the main cause of paediatric burns. Male patients were dominant. The overall mortality among inpatients was 18.2 per cent and mean total body surface area (TBSA) was 57.6 per cent in patients who died. 134 patients demonstrated inhalation injury and 82 per cent of these patients died. The epidemiological pattern of our patients is similar to that in other studies from developed countries, although some ethnic causative factors could be found. Our study indicates that emergency measures should be taken to prevent flame injuries at military barracks and industrial workplaces and scalding accidents to children at home and throughout the country.

Reconstruction of foot defects due to mine explosion using muscle flaps

Landmine explosions bring a formidable challenge to both patients and reconstructive surgeons. Free tissue transfer is the only method of repairing such extensive soft tissue defects of the foot after serial debridements. Sixty‐five consecutive free muscle flap transfers were performed in 54 patients who had foot defects involving soft tissue and bone due to mine explosions. Although posttraumatic vessel disease had complicated most of the cases, overall flap survival rate was 83%. Each patient was ambulatory. Ulceration in long‐term period was seen in only one patient. Eighty‐five percent of patients with successful bone reconstruction and 41.6% of patients without adequate bone replacement demonstrated normal weightbearing in footprints and gait analysis. Free muscle flaps with split thickness skin graft and bone replacement are recommended for the reconstruction of such devastating wounds.

A shorter lag period of mesenchymal malignancy on Marjolin's ulcer

Marjolins ulcers generally appear on a burn scar a long time after initial burn injury. A 21-year-old man sustained a thermal burn injury to his right elbow. The ulcer appeared 3 years after and the tumour enlarged and reached a size of 11 cm in diameter in a short period of time. The tumour mass was excised and the donor site was grafted. Right axillary lymph node dissection was carried out. Immunohistochemical studies showed that the nature of the tumour was mesenchymal. Both mesenchymal malignancy and shorter lag period are rarely seen in Marjolins ulcer.

Repair of Coup de Sabre a linear form of scleroderma

A case of coup de sabre, a linear form of scleroderma, is presented. Treatment consisted of soft-tissue expansion and autologous bone grafting to the forehead, a composite graft for alar reconstruction, and a scalp graft for eyebrow reconstruction. None of the linear scleroderma cases reported in the literature consisted of bony reconstruction.

Salvage of foot amputation stumps of Chopart level by free medial plantar flap.

&NA; Blast energy‐induced traumas usually result in some type of amputations of lower extremities. It is very hard to determine the amputation level of the feet of these cases at first, and secondary amputation stump revisions by bone shortening are often necessary. Among partial foot amputation levels, Chopart level is the most critical. Four male patients (20 to 24 years old) with modified Chopart amputation due to mine explosion injury have had skingrafted amputation stumps where troublesome, recurrent unstable wounds had developed. These amputation stumps were electively reconstructed with neurosensorial free medial plantar flaps from unaffected feet without any bone shortening. All the transferred flaps survived and adapted to stumps well, and patients were ambulated at the second month by wearing on the original prosthesis after minimal adjustments. At the follow‐up period (6 months to 2 years), no skin breakdown of the stumps was evident. Monofilament (Semmes‐Weinstein) tests revealed diminished light touch in two patients and diminished protective sensation in another two patients at the sixth month. Temporary donor foot pain, which existed by walking for 3 months, may be due partly to absence of plantar fascia supporting the plantar arc. We suggest that amputation level of Chopart is the most critical of partial foot amputations in young patients and should be reconstructed with flaps if there is not sufficient soft‐tissue coverage of amputation stump; free neurosensorial medial plantar flap would be the primary choice with its advantages.

Four limb amputations due to electrical burn caused by TV antenna contact with overhead electric cables

A 22-year-old man who sustained four limb amputations due to an electrical burn caused by contact of a TV receiver antenna with overhead electric cables is presented. The indications for limb amputation and the necessary preventive measures for such injuries are discussed.

An unusual case of lightning strike: full-thickness burns of the cranial bones

An unusual full-thickness burn of the scalp and cranial bones due to a lightning strike is reported. A thick nylon cover protected the head from the direct effects of the lightning injury, but heated water over the thick nylon cover caused full-thickness burn of the scalp and cranial bones. The relevant literature has been reviewed.

Biomechanical analysis of the rigid fixation of zygoma fractures: an experimental study.

In this experimental study, the goal was to test the sufficiency of actual fixation plates in zygomatic complex fractures and the efficiency of a modified plate at the zygomaticofrontal suture in a suitable model, which was designed for biomechanical study. To address this issue, a zygomatic fracture model produced by using a cadaveric cranium was simulated and the fractures were fixed by the actual and modified fixation materials. The force simulating masseter muscle pull was applied with the Lloyd material testing apparatus, and the rotation of the zygoma was determined using displacement transducers. In this study, there were three different experimental groups. Although miniplates at the zygomaticomaxillary buttress and microplates at the infraorbital rim were used in all three groups, three different plates (miniplate, microplate, and modified plate) were used at the frontozygomatic suture in these groups. Rotational displacement of the zygoma with the effects of simulated masseter muscle force was determined. According to the results obtained, microplates are not effective in stabilizing the frontozygomatic suture when the masseter muscle forces are within physiological range. Although miniplates stabilize zygomatic complex fractures, it was shown that modified microplates, which have no ondulation along the plate border, have a higher resistance to rotation than that of the conventional plates. The rotation angle at the instant of fracture with microplates was 4.59°, and that with miniplates was 1.26°. The maximum rotation angle with modified microplates was 0.32°. Modified microplates designed for the fixation of fractures in the zygomatico-orbital region have been shown to be suitable in a well-designed experimental model and might be appropriate for clinical use.

An extraordinary cause of scalding injury in childhood

In an attempt to statistically evaluate burn injuries in childhood in terms of incidence, aetiology, mortality and morbidity, a surprising aetiological cause was noticed, not only as having a high mortality rate, but also as being preventable in most cases if simple precautions are taken. Fifteen preschool children had been severely scalded in kitchens by hot milk which was heated in a cauldron to produce cheese, a traditional custom. The clinical data relating to this aetiology and the probable underlying factors pertaining to the social characteristics are given and discussed.

Sunflower oil in the treatment of hot tar burns

Hot tar burns compose a unique class of thermal injury, because removal of this highly sticky compound may be very difficult without inflicting additional tissue damage. Early removal of tar facilitates assessment of the burn and improves patient comfort. Although the use of many substances for the painless removal of tar has been described, we used sunflower oil effectively in the treatment of four tar burn patients. This first report describes the practical and successful use of sunflower oil which was easily obtained from the hospital kitchen.