National Journal of Maxillofacial Surgery

: 2022  |  Volume : 13  |  Issue : 2  |  Page : 238--242

Midface fracture pattern in a tertiary care hospital – A prospective study

Satyapriya Shivakotee1, Suresh Menon2, ME Sham2, Veerendra Kumar2, S Archana2,  
1 Department of Oral and Maxillofacial Surgery, Kantipur Dental College, Kathmandu, Nepal
2 Department of Oral and Maxillofacial Surgery, Vydehi Institute of Dental Sciences, Bengaluru, Karnataka, India

Correspondence Address:
Prof. Suresh Menon
Department of Oral and Maxillofacial Surgery, Vydehi Institute of Dental Sciences, Bengaluru, Karnataka


Introduction: The midface with multiple bones and cavities is vulnerable to fractures more commonly. Midface is one of the most frequently injured areas of the body, accounting for 23%–97% of all facial fractures. The classic LeFort type of fractures are uncommon nowadays and a more common picture is more severe forms primarily due to the high-speed vehicles that are a major cause of these fractures. It, therefore, has become imperative to determine the commonly occurring patterns of fractures in this area in the present time for a better insight into diagnosis and treatment plans. The aim of this article was to determine fracture patterns in midface trauma to ease the treatment planning in such a scenario. Materials and Methods: This prospective study included 114 patients who reported to a tertiary hospital during a 4-year period and were diagnosed with suspected midface fractures. The etiology and pattern of fractures of midface were assessed based on history, clinical examination, and imaging data. The diagnosis of a fracture was based on the clinical history, signs and symptoms, manual examination, and correct interpretation of radiographs and computed tomography. Midface fractures were recorded as LeFort I, II, III, dentoalveolar, palatal, zygomatic complex fracture, nasal bones, naso-orbital-ethmoidal complex, and orbital and zygomatic arch fractures. Etiological factors were classified as road traffic accidents (RTAs), fall, assault, and sports injuries. Results: During the 4-year period, a total of 114 patients were included. Patients' ages ranged from 17 to 68 years, with 102 males and 12 females. The most common fracture in this study was found to be zygomatic complex fractures (52%), and RTA was identified as the main cause of fracture in this study (79.2%). Conclusion: The midface fractures are more common in males due to the propensity of males to use two-wheelers more than females. The prominence of the zygoma makes it more vulnerable to fractures than rest of the bones in the midface. Increased speed of vehicles and lack of discipline in following traffic rules have resulted in RTA, being the biggest etiological factor in midface injuries.

How to cite this article:
Shivakotee S, Menon S, Sham M E, Kumar V, Archana S. Midface fracture pattern in a tertiary care hospital – A prospective study.Natl J Maxillofac Surg 2022;13:238-242

How to cite this URL:
Shivakotee S, Menon S, Sham M E, Kumar V, Archana S. Midface fracture pattern in a tertiary care hospital – A prospective study. Natl J Maxillofac Surg [serial online] 2022 [cited 2022 Sep 28 ];13:238-242
Available from:

Full Text


Middle third of the facial skeleton that gives facial form is primarily made of the maxilla and zygomatic bone. The elasticity of the maxilla and the crumpling effect of the midface help to minimize the impact on the brain. Midface is one of the most frequently injured areas of the body, accounting for 23%–97% of all facial fractures.[1]

The high speed motor vehicles and changed environment with increased violence and contact sports have led to a drastic change from the conventional picture of classic LeFort type midface fractures to a more varied severe type of pattern in recent times. Therefore, epidemiological assessment of maxillofacial fractures is paramount to help the surgeon in aiding early diagnosis and plan treatment measures in a better way. The epidemiology of facial fractures varies in type, severity, and cause, depending on the population studied. The etiology of maxillofacial fractures has changed with time, and the primary causes are traffic accidents, assaults, falls, sport-related injuries, and warfare.[2]

Thorough knowledge of the biomechanics of the region and the mechanical environment after a fracture allows the surgeon to select and place the osteosynthesis material appropriately for adequate treatment with a low complication rate.[3]

The successful treatment and rehabilitation of patients with fractures of the midface require a profound knowledge of the anatomy and pattern of the fracture. The goal of treatment should be the restoration of function and appearance. The premorbid form and function should be re-established as much as possible. The knowledge in the pattern of the fracture is most helpful to establish the pretraumatic appearance.[4]

This study determined the pattern of injuries associated with trauma to the midface to emphasize diagnosis and plan the management of the patient. The aim of this study was to assess the incidence and pattern of maxillofacial injuries resulting from various etiological factors. This would help in gaining knowledge of the standard pattern of fractures one would be expected to encounter in a developing country in the present scenario.

 Materials and Methods

With the approval of ethical committee of the institution, the prospective study was conducted on patients suspected with midface fractures who reported to the tertiary care hospital in Bangalore, India, during this period. The study was approved by the Institutional ethical committee vide Letter no VIDS/AEM/114/2016/10-11-2016. The etiology was determined based on the case records elicited from the patients/attenders. The pattern of fractures of midface was assessed by clinical examination and imaging records which included radiographs/computed tomography [CT]. Data were collected regarding etiology of injury and pattern of fracture of midface. The diagnosis of a fracture is based on the clinical history, signs and symptoms, manual examination, and correct interpretation of radiographs and CT. They were then classified as LeFort I, II, III, dentoalveolar, palatal, zygomatic complex fracture, nasal bones, naso-orbital-ethmoidal complex, orbital, zygomatic arch fractures, and combinations. Etiological factors were classified as road traffic accidents (RTAs), fall, assault, and sports injuries. Soft tissue lacerations were not recorded as associated injuries. All patients satisfying the inclusion criteria were included in this study and informed consent was obtained from all individual participants included in the study. The surgical procedures were performed in accordance with the relevant guidelines and regulations laid out by the ethical committee of the institution and Helsinki guidelines and standard surgical practice. During this period, 62 patients fulfilled the inclusion criteria and were part of the study.

The only consistent parameter in the study was the fracture location, while the others were variables. The variables included age, sex, presence of concomitant fractures elsewhere, and etiology. These were not part of the specific parameter in the study.

Statistical analysis

Descriptive statistics

It includes expression of different study variables in terms of frequency and proportions.

Inferential statistics

Chi-square test was used to compare the distribution of midface fractures based on the age group and etiology of the fracture among study patients.

Selection criteria

Inclusion criteria

All clinically and radiographically confirmed midface fracture patients including those with concomitant injuries to other parts of the craniofacial regionAll age groupsBoth genders.

Exclusion criteria

Subjects who had already undergone treatment for the midface fracturesMalunited fracturesInjuries only restricted to soft tissues of the region.


During a 4-year period, a total of 114 patients with midface fractures reported to the institution. Patients' age ranged from 17 to 68 years [Graph 1]. The age group of 21–40 years constituted the biggest group of patients (74 patients) representing 64.9% of the total population. There were 29 patients (25.4%) in the 41–60-year group, 13 (11.4%) in the below 20-year age group, and only 2 in the above 60 age group (1.75%). There were 102 males (89.47%) and 12 females (10.53%). Twenty three out of the 114 patients (20.17%) had more than one fracture.[INLINE:1]

Patterns of midface fractures

Zygomatic complex fractures constituted the largest number (51.75%) (59 cases) in terms of site of fracture. This was followed by 11 cases of isolated zygomatic arch fractures (9.64%), 9 cases of NOE (naso-orbito-ethmoidal) fractures (7.89%), 6 cases of Lefort I (5.26%), 3 cases of LeFort II, and 3 cases each of orbital floor and palate fracture (2.6% each). The other 24 cases (21.1%) were fractures involving more than one bones: LeFort I with orbital floor, LeFort I with nasal, LeFort II with NOE, lateral wall of orbit, zygomatic complex with palate, zygomatic complex with dentoalveolar, and zygomatic complex with nasal bone [Graph 2].[INLINE:2]

Etiology of midface fractures

RTAs were identified as the main cause of fracture in this study (74.5%) (85 cases). The second most common cause was fall incidents, affecting 15 cases (13.1%). This was followed by assault (7.1%) (8 cases). In addition, fractures caused by sports injury and work accidents were (2.6%) (3 case each), as shown in [Graph 3].[INLINE:3]

Using Chi-square test, the age group of the study patients and the etiology of the fractures were cross-tabulated against the type of midfacial fractures, and it was identified that the distribution of the midfacial fractures was not found to be statistically significant with the age of the participants (P = 0.73) and the etiology of fractures (P = 0.99).

However, in this study, it was identified that zygomatic complex fractures were more common in middle-aged patients (21–40 years) (n = 18) (30.5%).


Maxillofacial fractures are one of the most common injuries and can be challenging to diagnose and treat. The pattern of fractures has drastically changed from the classic LeFort pattern to comminuted varieties due to the high-speed RTAs. The cause of facial injuries depends on a variety of contributing factors, including environmental, cultural, and socioeconomic factors. Fractures of the midfacial region occur most often because of automobile collision, workplace injuries, and assaults resulting in trauma of maxilla, nose, zygoma, and mandible. These fractures may involve important adjacent structures such as nasal cavity, maxillary antrum, orbit, cranial nerves, major blood vessels, and the brain, with disastrous consequences.

These epidemiological studies are regularly required to address the needs of the local population, thus helping the specialists to get a better understanding of the type of injury to be expected. Accumulating long-term data on maxillofacial trauma provides valuable information about the dynamics of accidents, thus helping the authorities to formulate, develop, and evaluate preventive measures.

Trauma is the leading cause of death in the first four decades of life and also contributes to a large extent to lost productivity, causing more loss of man-hours than cardiac diseases and cancer combined.[5],[6] The large percent of the cases were in the second and third decades of life because this group is the most mobile and tends to use motorcycles and scooters more than cars making them vulnerable to injuries. This is similar to those in the study by Mohammed Al Bokhamseen et al.,[7] Mabrouk et al.,[8] and Ziyad AlHammad et al.[9]

The overwhelming number of males (102 out of 114) in the study can be explained by the fact that they are more involved in physical activities such as driving and more prone to be involved in interpersonal violence. This is a common finding in Asian countries as mentioned in the study by Mohammed Al Bokhamseen et al.[7]

In our study, highest rate of incidence of fractures was caused by RTAs which was very similar to other studies.[7],[9] Lack of road safety awareness, bad road conditions without expansion of the motorway network, violation of speed limit, old vehicles which lack safety features, not adhering to safety measures such as wearing seat belts or helmets, violation of highway code, and use of alcohol or other intoxicating agents have all contributed to RTA, being the most common cause.

In contrast, EU countries have seen a drop in fractures due to RTA due to strict compliance of preventive measures, such as the obligatory wearing helmets and seat belts and the more aggressive enforcement of the law regarding drinking under influence. A contrasting evidence has been given in the study by Sam Thomas Kuriadom et al. who found maximum incidence of fractures in RTAs in Dubai in pedestrians and the mandible was the most involved bone.[10]

The high prevalence of zygomatic complex fractures in our study can be explained by the prominent position of the zygomatic bone on the face, and therefore being more vulnerable to trauma followed by LeFort fractures. The significant number of cases showing multiple bone involvement can be attributed to the predominant etiology, RTA where high speeds have led to more severe injury. This is similar to studies by Mohammed Al Bokhamseen et al.[7] and Mesgarzadeh et al.[11] This is in contrast to midface fractures among military casualties where mandible was more commonly involved and in the midface, nasal fractures were predominant.[12]


Midface fractures were more common in males with the highest percentage in 21–40 years age group. It was observed that zygomatic complex was the most common site. RTAs were the biggest etiological factor of midface injuries. Considering a large number of cases with RTA as the cause, there is a need to reinforce legislation regarding safety traffic rules strictly to minimize injuries. Preventive programs, strict enforcement of rules regarding protective gear, and punitive punishment for lawbreakers can result in a substantial reduction in incidence of these fractures.

Financial support and sponsorship


Conflicts of interest

There are no conflicts of interest.


1Bakardjiev A, Pechalova P. Maxillofacial fractures in Southern Bulgaria-A retrospective study of 1706 cases. J Craniomaxillofac Surg 2007;35:147-50.
2Assiri ZA, Salma RE, Almajid EA, Alfadhel AK. Retrospective radiological evaluation to study the prevalence and pattern of maxillofacial fracture among Military personal at Prince Sultan Military Medical City [PSMMC], Riyadh: An institutional study. Saudi Dent J 2020;32:242-9.
3Reinoso PC, Robalino JJ, de Santiago MG. Biomechanics of midface trauma: A review of concepts. J Oral Maxillofac Surg Med Pathol 2021;33:389-93. [doi: 2021.01.010].
4Ward Booth P, Schendel SA, Hausamen J. Maxillofacial Surgery. Vol. 1. Edinburgh: Churchill Livingstone; 1999.
5Hogg NJ, Stewart TC, Armstrong JE, Girotti MJ. Epidemiology of maxillofacial injuries at trauma hospitals in Ontario, Canada, between 1992 and 1997. J Trauma 2000;49:425-32.
6Abdullah WA, Al-Mutairi K, Al-Ali Y, Al-Soghier A, Al-Shnwani A. Patterns and etiology of maxillofacial fractures in Riyadh City, Saudi Arabia. Saudi Dent J 2013;25:33-8.
7Al-Bokhamseen M, Salma R, Al-Bodbaij M. Patterns of maxillofacial fractures in Hofuf, Saudi Arabia: A 10-year retrospective case series. Saudi Dent J 2019;31:129-36.
8Mabrouk A, Helal H, Mohamed AR, Mahmoud N. Incidence, etiology, and patterns of maxillofacial fractures in ain-shams university, cairo, egypt: A 4-year retrospective study. Craniomaxillofac Trauma Reconstr 2014;7:224-32.
9AlHammad Z, Nusair Y, Alotaibi S, Ababtain R, Alsulami S, Aljumah G. A cross-sectional study of the prevalence and severity of maxillofacial fractures resulting from motor vehicle accidents in Riyadh, Saudi Arabia. Saudi Dent J 2020;32:314-20.
10Kuriadom ST, Dar S, Saffari F, Jaber M. Incidence of maxillofacial fractures in motor vehicle accidents treated in Dubai. Saudi Dent J 2021;33:348-54.
11Mesgarzadeh AH, Shahamfar M, Azar SF, Shahamfar J. Analysis of the pattern of maxillofacial fractures in north western of Iran: A retrospective study. J Emerg Trauma Shock 2011;4:48-52.
12Norozy A, Kalantar Motamedi MH, Ebrahimi A, Khoshmohabat H. Maxillofacial fracture patterns in military casualties. J Oral Maxillofac Surg 2020;78:611.e1-6.