Fat embolism cerebral and ophthalmic artery following fronto-temporal autologous fat transplantation: a case report / 中华整形外科杂志

To introduce the diagnosis and treatment, as well as the result of a patient with fat embolism at cerebral and ophthalmic artery, following fronto-temporal autologous fat transplantation. The patient, a 39-year-old woman, who received fronto-temporal autologous fat transplantation in other hospital in May 2018. Hemiplegia and right eye blindness happened right after autologous fat transplantation. The patient was transferred to the 940th Hospital of PLA Joint Service Support Force 5 hours after operation, but the function of the limbs and the right eye were not well restored after intensive treatment. Fat embolism is the most serious complication in fat transplantation. Once it occurs, the prognosis is poor. Therefore, the process of autologous fat transplantation should be standard to prevent related complications.

Demographic profile of head injury cases in Agra region.

Head injury is a serious health problem throughout the world. Increasing vehicles on roads work as catalyst for high incidence of casualties especially of Cranio-cerebral injuries. This is an autopsy based study of head injury cases, conducted in the Department of Forensic Medicine, S.N. Medical College Agra in year 2009-2010 for their demographic and etiological profile. Majority of the victims of head injury are male (76%) and of 3rd – 4th decade of life (54.4%). 66.4% head injury cases due to accident, Road traffic accident is the single largest cause i.e. 59.2%; out of which two wheelers are responsible for one-third (33%) of the casualties. Most common external injury is laceration of the scalp with or without contusion. Fracture of skull bones (97.2% cases; mostly fissured and comminuted fracture of parietal & temporal) and intracranial hemorrhages (96.4%) are seen in almost all the cases. Contre-coup injuries seen in about 2.8% cases, contre-coup haemorrhage observe mostly fronto-temporal area. Majority of the victim died on the spot or in the way to hospital without any medical assistance where the Cause of death mostly haemorrhage and shock.

Comparison of clinical effects between the outside and under temporal muscle method in frontal-temporal cranioplasty by digital forming titanium mesh / 中国基层医药

ObjectiveTo compare the clinical effects of the outside and under temporal muscle titanium cranioplasty in mass frontal-temporal skull defect.MethodsClinical data of forty-two frontal-temporal skull defect pa tients who had cranioplasty with digital forming titanium nets were analyzed retrospectively.Two groups were divided according to the surgical method.Twenty-two cases underwent outside temporal and twenty cases under went temporal muscle titanium mesh.Compared with two groups of surgery condition( operation time,blood loss,titanium nail dos age) and postoperative complications( wound infection,subcutaneous effusion,epilepsy,intracranial hematoma,chew limited,facial paralysis) and the satisfaction rate of appearance discharged after one month.ResultsThe operation time of outside temporal muscle group was obviously less than under temporal muscle group( t =2.42,P ＜ 0.05 ),but the under temporal muscle group patients were more satisfied with the postoperative appearance ( x2 =36.31,P ＜0.05 ).There was no obvious difference of the postoperative complication between the two groups ( x2 =1.80,P ＞0.05 ).ConclusionBoth the outside and under temporal muscle method had its advantages and disadvantages.Operation methods selection should comprehensively and individually according to the specific condition of patients,surgi cal doctor's clinical experience.

Treatment of concave temporal area by fat granule auto-transplantation / 中华医学美学美容杂志

Objective To summarize the clinical experience of fat granule injection for auto-trans-plantation in the treatment of concave temporal area. Methods The fat granule was extracted with injec-tor and injected into temporal area after washing and purging, but it might be necessany for patient to be injected extra 20 % fat autograft due to his absorptive effect. Results Satisfactory results were obtained in all patients. Transplantation was carried out one time in 139 cases, two times in 9 cases, and three times in 4 cases. 6 - 28 ml fat granule was injected in one site at each time. Conclusion Fat granule injec-tion for auto-transplantation is a safe and ideal method to treat concave temporal area.

Reconstruction of the Cone-shaped Defect in the Temporal Area with Rectus Abdominis Free Flap

Defect on the temporal area caused by, surgical ablation of a tumor or an infection should be reconstructed immediately to prevent potentially life-threatening complications such as meningitis and cerebrospinal fluid leakage. The defect on the temporal area usually presents as a typical 'cone-shape'. Successful reconstruction requires sufficient volume of well-vascularized soft tissue to cover the exposed bone and dura. From 1994 through 2003, the authors applied rectus abdominis free flap for the reconstruction of the temporal defect from 1994 through 2003. There were 10 patients with a mean age of 52.1 years. Of these 10 patients, external auditory canal cancer was present in four patients, temporal bone cancer in two, parotid gland cancer in one and three patients were reconstructed after debridement of infection(destructive chronic otitis media). All the free flaps survived, and flap-related complications did not occur. Compared to a local flap, the rectus abdominis free flap can provide sufficient volume of well-vascularized tissue to cover the large defect and can be well-tolerated during an adjuvant radiation therapy. The long and flat muscle can be easily molded to fit in to the 'cone-shape' temporal defect without dead space. It is also preferred because of the low donor site morbidity, a large skin island and an excellent vascular pedicle. Two-team approach without position change is possible. In conclusion, the authors think that rectus abdominis free flap should be considered as one of the most useful method for the reconstruction of a cone-shaped temporal defect.