Adult ; Female ; Humans ; Replantation ; methods ; Scalp ; injuries ; surgery

PURPOSE: The purpose of this study is to evaluate the CT features and pathogenesis of the electric brain injuries. MATERIALS AND METHODS: We reviewed the CT scans of 3 patients injured by high-voltage electricity. We evaluated the findings early and delayed periods in each patients. RESULTS: The early CT findings were diffuse brain edema, scalp swelling, and focal hemorrhagic contusion. The findings of delayed period were cerebral infarction, pneumocephalus, brain abscess, and pneumatocele. CONCLUSION: CT was useful to correlate the pathogenesis and variable features of electric brain injuries.
Brain Abscess ; Brain Edema ; Brain Injuries ; Brain* ; Cerebral Infarction ; Contusions ; Electric Injuries* ; Electricity ; Humans ; Pneumocephalus ; Scalp ; Tomography, X-Ray Computed

BACKGROUND: To know the difference between single and double-layer wound closure. METHODS: The study was conducted in ten patients undergoing first session of hair restoration surgery by ‘strip method’ under local anaesthesia. Informed consent was obtained from all the patients. The length and width of the strip were marked pre-operatively. Three points were marked, one in the midline ‘O’ and one on either side, ‘A’&‘B’ at 8 cm from ‘O’. After removing the strip, five deep, interrupted, absorbable sutures were applied on left half but not on the right half. Lower edge trichophytic closure was performed with no undermining of the skin edges. A single continuous non-absorbable sutures was used to close the skin. The stitches were removed on the 10th postoperative day. The patients were assessed at 9 months interval postoperatively. RESULTS: The mean age of the patients was 33.8 years. The average width of the strip removed was 15.1 mm. The average width of the scar on single-layer closure was 1.57 mm and 1.58 mm on the double-layer closure. The mobility of the scar was 7.9 mm on single-layer closure and 6.2 mm on double-layer closure. There was no statistical significance in the scar size and mobility of single-layer vs double-layer closure. The time of surgery was more in double-layer closure and the extra cost of the suture material. CONCLUSIONS: There was no difference in scar quality. The extra time and money was saved in single-layer closure. The mobility of the scar was also found to be better in single-layer closure.
Cicatrix ; Hair ; Humans ; Informed Consent ; Scalp* ; Skin ; Suture Techniques ; Sutures ; Tissue Donors* ; Wounds and Injuries*

Adult ; Craniocerebral Trauma ; diagnosis ; surgery ; Female ; Humans ; Scalp ; injuries ; Young Adult

This paper reports a case of malignant histiocytic lymphoma mainly in the frontal region with intracranial extradural extension. Operation was performed to remove the mass but the tumor began to recur rapidly. And so under the condition that the operative wound was not fully healed, the patient received radiotheray and chemotherapy postoperatively, with remarkable regession of the tumor.
Drug Therapy ; Humans ; Lymphoma ; Lymphoma, Large B-Cell, Diffuse* ; Scalp* ; Wounds and Injuries

Hydroxyapatite is generally used as an orbital implant which is biocompatible. It is considered esthetically and functionally better than traditional measure. We performed hydroxyapatite implantation using autogenous temporalis muscle fascia for 4 eyes of 4 phthisis patients by truma. Hydroxyapatite implants wrapped with autogenous temporalis muscle fascia were inserted into all eyes after enucleation. Follow-up for 12-15 months [mean:13.4 months] showed less inflammatory reaction. There were has no wound dehiscence, implant protrusion and migration. MRI showed a goodfibrovascular proliferation at 4-5 months postoperatively, so we performed drilling. Temporalis muscle fascia is easily obtained and there is no esthetic problem because scar at scalp is covered by hair.
Cicatrix ; Durapatite* ; Fascia* ; Follow-Up Studies ; Hair ; Humans ; Magnetic Resonance Imaging ; Orbital Implants ; Scalp ; Wounds and Injuries

Pseudoaneurysms of the superficial temporal artery are rare lesions. They present as slowly growing pulsating masses of the face or scalp. The common causes are blunt head trauma, penetrating wounds or interventional procedures. We report here on a rare case of superficial temporal artery pseudoaneurysm in a 44-year-old woman who presented with a pulsating mass, and this mass occurred on the left temporal area 2 weeks after performing a skin punch biopsy.
Adult ; Aneurysm, False ; Biopsy ; Female ; Head Injuries, Penetrating ; Humans ; Scalp ; Skin ; Temporal Arteries

The authors describe a case of accidental eletrical injury from high voltage direct current in a young worker, who was struck by the electric shock in the left occipito-parietal region. This case is interesting due to the development of left ooccipito-parietal parenchymal brain lesion with transient anomic aphasia and visual disturbances. We believe that is first report on parenchymal brain injury due to high voltage electrical burn confirmed pathologically in Korea. The patient had full thickness scalp defect, skull necrosis, and parenchymal brain injury. We performed one stage brain and dural biopsy with split rib graft cranioplasty after removal of devitalized skull and scalp flap surgery. The clinical presentation, radiological, pathological finding, and outcome are reviewed.
Anomia ; Biopsy ; Brain Injuries ; Brain* ; Burns* ; Humans ; Korea ; Necrosis ; Ribs ; Scalp* ; Shock ; Skull* ; Transplants

OBJECTIVE: Postoperative subgaleal cerebrospinal fluid (CSF) collection is considered as one of the common minor surgical complication which can lead to prolonged hospitalization. We introduce "galeal tack-up suture" to prevent postoperative subgaleal CSF collection. METHODS: Galeal tack-up suture consists of various surgical techniques which aim to fix galea to cranium in order to prevent CSF pooling in subgaleal space. A total of 87 patients who underwent craniotomy were divided into two groups while closing the wound : group A with galeal tack-up suture and group B with routine wound closure without galeal tack-up suture. The patients were observed for postoperative subgaleal CSF collection. RESULTS: Among 87 cranitomy cases, galeal tack-up suture was performed in 32 cases and routine wound closure was done in 55 cases. Postoperative subgaleal CSF collection occurred in 13 cases (15%) in which 12 cases occurred in group B patients and 1 case occurred in group A patients (p=0.026). CONCLUSION: Galeal tack-up suture is an easy and effective technique in wound closure to prevent postoperative CSF collection.
Cerebrospinal Fluid Rhinorrhea ; Cerebrospinal Fluid* ; Craniotomy ; Hospitalization ; Humans ; Scalp ; Skull ; Sutures* ; Wounds and Injuries

Shotguns were developed as an alternative to single-missile rifle or handgun in order to enable gunner to spray a wide area with shot and thus kill birds and small animals too difficult to hit with single-missile weapons. As the popularity of shotguns grew, ammunition was developed for large game. The use of shotguns on humans has been markedly increasing in various manner of death. In forensic aspect, the shotgun wounds have characteristic findings due to their own characteristics and medical examiners may determine the range, distance, direction and kinds of gun. When the muzzle of the shotgun is placed tightly against the surface of the abdomen or thorax, the consequent wound of entrance will be single in number and circular in shape, and will have a diameter approximately equal to that of the bore of the weapon. However, when the wound is made over a site with underlying bone, especially in the scalp, the wound may have a different appearance, showing star shaped entrance due to tears from the sides of the wound and accompanying soot and burn effect. When the muzzle is held short to mid-range, considerable variation occurs in the appearance of the wound. We report two cases of shotgun wounds which showed typical findings of contact shots and distant shots.
Abdomen ; Animals ; Birds ; Burns ; Coroners and Medical Examiners ; Firearms ; Humans ; Scalp ; Soot ; Thorax ; Weapons ; Wounds and Injuries*