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ISSN: 2167-1222
Journal of Trauma & Treatment
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Pellet Gunfire Injuries in Head- Neck and Maxillo-Facial Region-An Experience in Kashmir Valley

Showkat Ahmad Showkat, Aamir Yousuf*, Ifthkhar Ali and Nadia Bhaghat

Department of ENT, Shri Maharaja Hari Singh (SMHS) Hospital, Srinagar, Kashmir, India

*Corresponding Author:
Aamir Yousuf
Senior Resident, Department of ENT
Shri Maharaja Hari Singh (SMHS) Hospital
Karan Nagar, Srinagar, Kashmir, India
Tel: 09906522032
E-mail: [email protected]

Received date: December 15, 2016; Accepted date: February 11, 2017; Published date: February 13, 2017

Citation: Showkat SA, Yousuf A, Ali I, Bhaghat N (2017) Pellet Gunfire Injuries in Head- Neck and Maxillo-Facial Region-An Experience in Kashmir Valley. J Trauma Treat 6:357. doi:10.4172/2167-1222.1000357

Copyright: © 2017 Showkat SA, et al. This is an open-access article distributed under the terms of the creative commons attribution license, which permits unrestricted use, distribution, and reproduction in any medium, provided the original author and source are credited.

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Abstract

Pellet gun injuries is quite commonly faced emergency nowadays in Kashmir because of recent turmoil in valley and has invited a different challenges in modern day to day practice of surgeons mostly otolaryngologists and ophthalmologists . For this reason a study was conducted in an only tertiary care of Otolaryngology Head and Neck Referral Center, ENT, SMHS, Srinagar between July 2016 to September 2016. The pattern, severity and outcome of injuries in head and neck and maxilla-facial region among pellets gun victims in Kashmir region was studied and their management was categorized based on demand and need.

Keywords

Kashmir; Pellet gun; Injuries; Otolaryngologists; Victims; Weapons

Introduction

Air-guns have been considered potentially lethal weapons since historical times. They are capable of causing life threatening injuries. Ktesbias II of Egypt first used compressed air to propel a projectile around 250 BC [1]. Air-guns were known as wind chambers, and used an air reservoir connected to a cannon barrel was used. These weapons were used in the Napoleonic wars in the late 17th and early 18th centuries [1].

The modern high-powered rifles can propel a pellet beyond 1100 ft/s (330 m/s), approximately the speed of sound, and produce a noise similar to a 22-calibre rim fire rifle [1,2]. They can generate muzzle velocities of 350 ft/s or more. Pellet guns - a form of shotgun -were first used by the police as a non-lethal weapon to quell protests in Indianadministered Kashmir in 2010. They are usually used for hunting animals. The gun fires a cluster of small, round-shaped pellets, which resemble iron balls, with high velocity. The typical projectile used in rifled airguns is the lead diabolo pellet but in Kashmir iron pellets were used [2].

These relatively low-energy missiles produce direct effects on tissues such as laceration and crushing within the missile tract as was also seen in our cases. A majority of these injuries has occurred in children and young adolescents. The risks involved with these injuries increases because it is mostly the head and neck region that was seen affected. There are vital neurovascular bundles, major vessels, trachea, esophagus, and spinal cord in this region that prompts for an early diagnosis and immediate management (Figure 1).

trauma-treatment-pellets-impacted-head-neck-maxillofacial

Figure 1(A-C): showing radiographs of various patients with pellets impacted in head neck and maxillofacial region..

Material and Methods

All the patients who came directly as primary head and neck/ maxillofacial injury by pellets or were referred to ENT emergency due to multiple injuries including head and neck/ maxillofacial region between July 2016 to September 2016 (100 days) were registered for study.

All the patients with severe injuries with vital organ involvement who needed life-saving interventions were excluded from study.

The study was conducted in the department of Otolaryngology SMHS Srinagar. In all cases, primary management was done in emergency (Table 1).

Age Range No of Patients
0-10 5
11-20 18
21-30 16
31-40 11
41-50 6
51-60 4

Table 1: Age distribution of patients.

After proper evaluation and investigations, the patients were shifted to the ward or emergency operation theater as necessary.

Radiographic image was advised in all and in cases were neck was involved ultrasonography and in some cases computerized tomography was done (Figure 2).

trauma-treatment-symptoms-hoarseness-voice-neuralgias

Figure 2(A-C): Showing patients who were operated and pallets were removed in purpose of nerve compression with symptoms of hoarseness of voice and neuralgias, late intervention done.

The pattern of injuries, position of the pellet in head and neck region were distributed as maxillofacial, head and neck isolated or combined injuries and was tabulated. The management was categorized as early intervention, late intervention and/or no intervention based on degree of injury and demand of symptom management and overall outcome of the patient was considered in the study.

Results

Total of 60 patients were documented 48 males 12 females. The most common region involved being maxillofacial (52), head (22) and neck (14) (Table 2). The most common immediate presentation seen was bleeding from open wounds and epistaxis (36), facial bone fractures most commonly seen was nasal bone in 14, ethmoid bone in 3, maxillary and inferior orbital wall fractures in 7 patients because of direct impact of pellet shell, impaired hearing in 11 due to tympanic membrane perforation, haemotympanum, or inner ear damage, breathlessness in 6 due to direct laryngeal penetrating of pellet (Table 3). In Late presentation group secondary infections was seen in 3 patients only, neuralgic pains in 16 mostly maxillofacial region and scalp region, disfigurement due to maxillofacial bony fractures and bad traumatic scars on face was seen in 11 patients.

    Site of injury  Isolated site     Multiple sites    Total
Maxillo-facial (face, nose, ears) 06 46 52
Head 05 17 22
Neck 03 11 14

Table 2: Distribution of site of pellet hit injuries.

  Immediate Presenting Complaints No.
Bleeding from nose and penetrating  wound site 36
Fractures of maxillofacial bones 24
Hearing impairment due to tympanic membrane perforation or other causes   11
Breathlessness due to laryngeal  trauma 6
Change in voice 3
 
Delayed Presentation No.
Neuralgic pains 16
Secondary infections 3
Facial deformity 11

Table 3: Presenting complaints of patients in emergency.

Discussion

Over the past few years security forces in Kashmir valley have been using pump action shot gun or pellet gun to disperse mobs. To curb agitated mobs, the security forces fire pellet gun cartridges, considered to be a non-lethal weapon. A single pellet gun cartridge upon fire from pellet gun breaks into more than 500 small iron/lead pellets which can penetrate any soft tissue including eyes [2,3].

A body can thus receive one or multiple pellets and depending upon its velocity and distance from which fired can cause both penetrating and non-penetrating injury to the whole body with predominance including head-neck and maxillofacial region. Injuries in head-neck and maxillofacial region were seen with frightful deformity in the recent turmoil.

In the present study the pattern of pellet gun injures in head-neck and maxillofacial region have been elucidated with clinic-radiological documentation of various facial bony fractures and localization of metallic pellets were done. The management categorization was based on type of emergency whether being mild, moderate or severe type. In the mild type like the patients with multiple penetrating injuries with pellets in maxillofacial region and head – neck region without involvement of vitals structures and without any acute presentation like bleeding, breathlessness, change in voice, facial deformity, no intervention thus avoiding more tissue loss with exploration of deep wounds in search of pellets (Figure 3).

trauma-treatment-carotid-bifurcation-clinically

Figure 3: Showing CT scan of the patient who had pellet impacted just lateral and between the carotid bifurcation clinically patient was stable and no intervention was done.

As explained in Table 4 majority of injuries about 42% of maxilofacial injuries, 72% of pellets in head region and 78% of pellet injuries in neck region were kept as such without any intervention. These patients were followed up for about 6 weeks for delayed complication. In 23% of pellet in maxillofacial region and 18% of pellets in head region had to be managed lately as non-resolving neuralgic pain based on patients demand or need and for secondary infections. According to these findings, it could be suggested that pellets can retain for long years without appreciable symptoms and signs, and may be left in situ without any surgical intervention.

             Site Early intervention Late intervention No intervention
Maxillo-facial 18 12 22
Head 2 4 16
Neck 3 0 11

Table 4: Distributionon basis of mode of intervention.

In the moderate and severe forms like the patients with open burst wounds (non-penetrating injuries) presenting with bleeding profusely and fractures of maxillofacial bones and with other changes like bleeding, breathlessness, change in voice, facial deformity, early intervention was done. The symptoms of breathlessness and change in voice was attributed to acute laryngeal injury with glottis edema due to direct penetration of pellet into the larynx (Figure 4).

trauma-treatment-soft-tissues-oral-cavity

Figure 4: Showing pellets in soft tissues of oral cavity (palate and tongue) for which early intervention was done.

The proper homodynamic resuscitation, airway management followed by proper evaluation of primary and concomitant injuries with its management has later on improved the functional outcome of patients decreases the mortality and morbidity of pellet injuries in head-neck and maxillofacial region. The overall outcome couldn’t not be justified in our group of patients related to handicaps due to permanent hearing impairment, facial deformities as the period of study was short and all the patients are under regular follow-up, unlike ocular injuries that permanently disabled scores of persons.

Holland et al. have reported three cases of penetrating air-gun injuries to the neck [3]: Two had the pellet removed and one was managed conservatively. David also published a case involving penetrating injury to the neck in a young adult who had the pellet removed from the posterior esophageal wall. An estimated 32,000 injuries attributable to non-powder firearms (i.e., BB gun, pellet gun, and air rifle) occur each year in the USA, most of which are seen in the pediatric population [1,3]. Many case reports of serious and even fatal non-powder firearm injuries and /or shot gun injuries have been published describing ocular, intracranial, abdominal, and thoracic wounds [4,5] but there is no single data regarding the pattern, severity and outcome of pellet injuries inflicted while controlling agitated crowds in a defined population. In our study such issues have been highlighted and all the managements were done based on need and demand and were categorized based on time of intervention.

Conclusion

Maxillofacial and head-neck pellet injuries are increasing with unrest in valley now. As very less data is available in literature relating to such injuries, a collaborative cohort study needs to be done to study severity, pattern and long term outcome in such patients.

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