1.Open reduction of zygomatic fracture using frontotemporal incision.
Chul Ho JANG ; Won Ki WANG ; Ie Dong KIM ; Jung Hwan CHO ; Jung Hun LEE ; Sang Won YOON
Korean Journal of Otolaryngology - Head and Neck Surgery 1992;35(4):525-532
No abstract available.
Zygomatic Fractures*
2.Clinical forms of zygomasticomaxilary fractures at Viet Tiep Hospital five years (1997 - 2001).
Journal of Vietnamese Medicine 2004;304(11):92-95
The study of 153 patients with zygomaticomaxillary fractures was operated, from1997 to 2001 at Hai Phong Viet Tiep Hospital, males 88.24 %, females 11.76%. 21-40 years old was 67.32%. 88.24% traffic accidents, 86.27% of which were motorcycle accidents. The left zygomaticomaxillary fractures were 70.59%, right zygomaticomaxillary fractures were 28.76%, and all zygomaticomaxillary fractures were 0.65%. Complex fractures accounted were 69.93% of all fractures. Treatment outcome was good in 90.2%, average in 6.53% and poor in 3.27% cases
Zygomatic Fractures
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Diagnosis
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Epidemiology
3.Primarily study on the application of the fixation of screw Kischner in the treatment of the zygomatic fracture
Journal of Practical Medicine 2002;435(11):30-32
The facial trauma is increased in few years and the zygomatic fracture took a high incidence. There are many surgical methods for treatment this kind of fractures the fixation of screw kischner is a effective and economical method. It brings good results and shortens the duration of treatment. We can apply this method at every provincial hospital
Zygomatic Fractures
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therapeutics
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Fracture Fixation
4.A Comparative Study of the Subjective Symptoms of Bioabsorbable and Metallic Osteofixation System in Zygomatic Bone Fracture.
Woo Jin PARK ; Hye Kyoung SHIN
Journal of the Korean Society of Plastic and Reconstructive Surgeons 2005;32(2):227-230
The surgical treatment of craniofacial disorders, using metallic internal osteofixation system has inspired an evolution with advanced operative technique and fixation devices over past two decades. As any other surgical procedures, this procedure also associates problems such as infection, palpability, loosening, and restrict craniofacial skeleton growth, which lead to undue secondary operations for removal. These problems are improved by using bioabsorbable osteofixation system. We compared the patient's subjective symptoms using bioaborbable system versus metallic osteofixation system in zygomatic bone fracture. we should take the individual steps (postoperative 2 weeks, and 1 year) in treating fractured zygoma. From August, 2001 to August, 2003, we used bioabsorbable osteofixation system in 28 patients in zygomatic fracture (Biosorb(TM) FX(R)) and compared 23 patients who were treated with metallic osteofixation system. There was no significant difference in the both groups in subjective symptoms and postoperative result.
Fractures, Bone*
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Humans
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Skeleton
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Zygoma
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Zygomatic Fractures
5.3-dimensional one point foxation with x-shaped miniplate in the cases of the zygomatic fracture.
Sung Hoon JUNG ; Jong Seo KIM ; Sung Gyu PARK
Journal of the Korean Society of Plastic and Reconstructive Surgeons 1998;25(5):837-844
Recently the internal rigid fixation with plates and screws became popular procedure. In the cases of the zygomatic fracture, it is sufficient to fix more than 2 point in many studies. Therefore, the internal rigid fixation requires the aggressive incision to expose the zygoma, such as coronal incision. Since many patients are afraid of this aggressive operation, we have provided a simple and effective method which is a 3-dimensional one point fixation on the zygomaticofrontal suture with X-shaped(6-hole) miniplate for the treatment of zygomatic fractures. From March 1995 to september 1995, we treated 13 cases of zygomatic fractures by open reduction and X-shaped miniplate fixation on the zygomaticofrontal suture. The results were as follows: 1) plane to plane contact on each side of the fracture with one point X-shaped miniplate. 2) 91.8% correction on Water's views, and 93.3% correction on zygomatic arch view with one point fixation. 3) patients were satisfied with these procedures because of minimal incision, mild edema and low operation price (short operation & anesthetic time, one plate & 6 screws cost).
Edema
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Humans
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Sutures
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Zygoma
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Zygomatic Fractures*
6.Remark clinical epidemiology and treatment of zygomatic fractures in Oto-rhino-laryngologie hospital, Hanoi
Journal of Practical Medicine 2005;0(12):18-21
The research studied epidemiology and treatment of zygoma fructure in 11 years (1988 to 1998) at Oto-rhino-laryngologie hospital, Hanoi. Retrospective study on 938 patients. Method: Collect variable and deal with this according to SPSS 10.0 software. The result showed that: zygoma fructure accelerate in quantification and change in clinical epidemiology. Traffic jam is the main reason, among them due to motorbike is 86,6%. Men are more than women with rate 8,9/1. Age of 20 to 39 is 71,2%. Treatment has significant improvement.
Zygomatic Fractures
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Epidemiology
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Diagnosis
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Therapeutics
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Zygoma
7.Zygomaticomaxillary complex fractures with infraorbital nerve damage.
West China Journal of Stomatology 2016;34(5):531-533
Zygomaticomaxillary complex (ZMC) fracture is a common type of maxillofacial fracture. In addition to facial depression and diplopia, paresthesia of the lower eyelid, malar regions, nose skin, upper lip skin, and mucous membranes occurs because of infraorbital nerve injury. This article reviewed the anatomy, diagnosis, assessment, treatment, and prognosis of ZMC fracture-related infraorbital nerve injury.
Cheek
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Humans
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Male
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Nose
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Skin
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Zygomatic Fractures
8.Zygomaticomaxillary buttress and its dilemma.
Pallavi MALAVIYA ; Sandeep CHOUDHARY
Journal of the Korean Association of Oral and Maxillofacial Surgeons 2018;44(4):151-158
Zygomatic fractures are the second most common fractures of the facial skeleton, after nasal bone fractures. Due to its uniqueness, the malar bone plays a very important role in maintaining appropriate facial contours. Zygomatic fractures can cause ocular and mandibular functional impairment, along with cosmetic defects. With the help of advanced imaging techniques and various treatment options, the management of zygomatic fractures has become more sophisticated and less invasive. This article discusses zygomatic fractures in detail: their clinical and radiographic features, and the various treatment options available.
Nasal Bone
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Skeleton
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Zygoma
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Zygomatic Fractures
9.The Measurement of the Sensory Recovery Period in Zygoma and Blow-Out Fractures with Neurometer Current Perception Threshold.
Daemyung OH ; Taebin YUN ; Junhyung KIM ; Jaehoon CHOI ; Woonhyeok JEONG ; Hojun CHU ; Soyoung LEE
Archives of Plastic Surgery 2016;43(5):411-417
BACKGROUND: Facial hypoesthesia is one of the most troublesome complaints in the management of facial bone fractures. However, there is a lack of literature on facial sensory recovery after facial trauma. The purpose of this study was to evaluate the facial sensory recovery period for facial bone fractures using Neurometer. METHODS: Sixty-three patients who underwent open reduction of zygomatic and blowout fractures between December 2013 and July 2015 were included in the study. The facial sensory status of the patients was repeatedly examined preoperatively and postoperatively by Neurometer current perception threshold (CPT) until the results were normalized. RESULTS: Among the 63 subjects, 30 patients had normal Neurometer results preoperatively and postoperatively. According to fracture types, 17 patients with blowout fracture had a median recovery period of 0.25 months. Twelve patients with zygomatic fracture had a median recovery period of 1.00 month. Four patients with both fracture types had a median recovery period of 0.625 months. The median recovery period of all 33 patients was 0.25 months. There was no statistically significant difference in the sensory recovery period between types and subgroups of zygomatic and blowout fractures. In addition, there was no statistically significant difference in the sensory recovery period according to Neurometer results and the patients' own subjective reports. CONCLUSIONS: Neurometer CPT is effective for evaluating and comparing preoperative and postoperative facial sensory status and evaluating the sensory recovery period in facial bone fracture patients.
Facial Bones
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Humans
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Hypesthesia
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Orbital Fractures*
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Zygoma*
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Zygomatic Fractures
10.Complications of supratemporalis approach with scalp coronal incision for orbital-zygomatic fracture.
West China Journal of Stomatology 2017;35(1):73-76
OBJECTIVEThis study aimed to examine the complications of supratemporalis approach with scalp coronal incision for the treatment of orbital-zygomatic fractures.
METHODSA total of 206 patients with orbital-zygomatic fractures were treated with scalp coronal incision through the supratemporalis approach. The effects and complications of the treatment were analyzed.
RESULTSThe degree of fracture of the 206 patients was successfully reduced. The facial morphologies and functions were improved. No facial nerve injury was observed in all of the cases. However, the following complications were noted: fossa introcession in 1 case, forehead scalp pain or paresthesia in 11 cases, incision infection in 1 case, subcutaneous hematoma in 1 case, incision scar in 5 cases, and alopecia in 3 cases.
CONCLUSIONSThe supratemporalis approach prevents facial nerve injury and does not increase the frequency of other complications. Therefore, this approach can be applied as a routine and safe procedure in clinical settings. .
Face ; Hematoma ; Humans ; Orbital Fractures ; Scalp ; Surgical Wound ; Zygomatic Fractures