Authors

  • Erkin Beknazarovich Khatamov
    Department Of Maxillofacial Surgery Samarkand State Medical University, Uzbekistan

DOI:

https://doi.org/10.37547/ijmscr/Volume03Issue11-02

Keywords:

Maxillofacial injuries diadynamic electroneurostimulation (DD-ENS) frequency of injuries

Abstract

According to the data of the World Health Organization (WHO), the frequency of injuries of the maxillofacial region is constantly increasing - their share in the total number of injuries is on average 6-8% per year. The purpose of the study is diagnosis of damage to nerve fibers in patients with facial bone injuries and improvement of treatment efficiency. In order to assess the frequency of nerve damage in maxillofacial injuries, in 2017-2020, archival materials and anamnesis of patients treated in the Department of Facial Injuries and Complications of Neuroinjuries of the Samarkand Branch of the Republican Specialized Traumatology and Orthopedic Scientific and Practical Medical Center (RITOIATM) were studied. 197 of them (86%) were men and 32 (14%) were women.


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ABSTRACT

According to the data of the World Health Organization (WHO), the frequency of injuries of the maxillofacial region is

constantly increasing - their share in the total number of injuries is on average 6-8% per year. The purpose of the study

is diagnosis of damage to nerve fibers in patients with facial bone injuries and improvement of treatment efficiency.

In order to assess the frequency of nerve damage in maxillofacial injuries, in 2017-2020, archival materials and

anamnesis of patients treated in the Department of Facial Injuries and Complications of Neuroinjuries of the

Samarkand Branch of the Republican Specialized Traumatology and Orthopedic Scientific and Practical Medical Center

(RITOIATM) were studied. 197 of them (86%) were men and 32 (14%) were women.

KEYWORDS

Maxillofacial injuries, diadynamic electroneurostimulation (DD-ENS), frequency of injuries,

INTRODUCTION

According to the data of the World Health

Organization (WHO), the frequency of injuries of the

maxillofacial region is constantly increasing - their

share in the total number of injuries is on average 6-8%

per year. According to statistics, the number of

maxillofacial injuries with fractures of the facial

skeleton in large cities has increased significantly and

covers 42% of hospitalizations. In the last decade, the

rate of injury to the population has increased

dramatically. This is, first of all, a change in the social

requirements of life, in particular, the stratification of

the population's income, the further expansion of

large cities, the increase in the number of vehicles and

the speed of movement; especially in private

Research Article

IMPROVING THE TREATMENT OF NERVE DAMAGE IN JAW FRACTURES

Submission Date:

November 01, 2023,

Accepted Date:

November 05, 2023,

Published Date:

November 09, 2023

Crossref doi:

https://doi.org/10.37547/ijmscr/Volume03Issue11-02


Erkin Beknazarovich Khatamov

Department Of Maxillofacial Surgery Samarkand State Medical University, Uzbekistan

Journal

Website:

https://theusajournals.
com/index.php/ijmscr

Copyright:

Original

content from this work
may be used under the
terms of the creative
commons

attributes

4.0 licence.


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enterprises, it is explained by non-observance of

simple rules of equipment safety. Due to the above

conditions, the number of facial bone injuries is

increasing along with joint injuries. Worldwide, the

incidence of facial trauma ranges from 15.5% to 59%.

Most of the total share of injuries of the facial bones

falls on the lower jaw bone, its share is 65-94%. Patients

with this type of injury make up 22.4-33% of patients

admitted to a facial surgery hospital. According to a

number of authors, deformation of facial bones after

combined craniofacial trauma is observed in 19-48%,

damage of nerve fibers in 34-57%.

Karpov S.M. according to (2015), the

bioelectrical activity of the brain changes and the

process of adaptive activity of the nervous system is

disturbed when the facial skeleton is fractured

involving trigeminal nerve networks. At the same time,

in patients with fractures of the facial bones, damage

to the peripheral departments can seriously affect the

course and prognosis of the main diseases.

Rahimov Z.K. (2022) focuses on the diagnosis

of

inflammatory

complications

and

complex

pathogenetic treatment of mandibular fractures.

However, increasing the efficiency of complex

treatment of patients with trigeminal nerve bundle

injuries in fractures of the facial and jaw bones has not

been fully elucidated, and the urgency of the problem

continues to this day. All of the above-mentioned

determine the purpose of this study, and for this

reason, it is necessary to carry out these scientific

studies.

The purpose of the study: Diagnosis of damage to

nerve fibers in patients with facial bone injuries and

improvement of treatment efficiency.

Material and research methods: In order to assess the

frequency of nerve damage in maxillofacial injuries, in

2017-2020, archival materials and anamnesis of patients

treated in the Department of Facial Injuries and

Complications of Neuroinjuries of the Samarkand

Branch of the Republican Specialized Traumatology

and Orthopedic Scientific and Practical Medical Center

(RITOIATM) were studied. 197 of them (86%) were men

and 32 (14%) were women. By age, 145 (63.3%) patients

were 18-30 years old and 84 (36.7%) were 31-50 years

old.

The information of medical documents was studied,

the general condition of patients at the time of arrival

at the hospital, the presence or absence of symptoms

of damage to peripheral nerve fibers, the nature of

symptoms, the course and scope of diagnosis, the

tactics and duration of treatment, the participation of

medical specialists with other specialties in the

treatment process were evaluated.

Based on the tasks set before the research being

carried out, 60 patients with fractures of the middle

and lower third of the face due to injury and damage to

the trigeminal nerve networks as a result of this were


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assigned to 3 groups based on the essence of complex

treatment measures, based on the method of random

selection. distributed:

Group 1 included 20 patients undergoing surgical

treatment

(reposition

of

bone

fragments,

osteosynthesis immobilization) and traditional drug

therapy.

The 2nd group was formed from 20 patients who

received the local treatment complex - surgery and as

an addition to traditional drug therapy, the drug

"Neuromidin".

Group 3 was composed of 20 patients undergoing

percutaneous diadynamic electroneurostimulation

(DD-ENS) in order to restore the sensitivity and

mobility of the peripheral branches of the trigeminal

nerve to the treatment regimen consisting of surgery

and traditional drug therapy and the addition of

"Neuromidin" .

A control group was formed from 20 somatically

healthy individuals with no injuries to the face-jaw area,

no central and peripheral nervous system pathologies

detected, in order to comparatively evaluate the

physiological indicators of the research participants in

the dynamics of the treatment and recovery process.

The results of scientific research were subjected to

statistical analysis using the generally accepted

method of variational statistics, using programs

designed for medical and biological research. The data

were entered into specially created tables for the

Microsoft Office Excel 2010 program of the Windows

XP operating system, as well as in the Stat Soft

Statistica v6.0 statistical program. The obtained data

were statistically processed using non-parametric

methods (Mann-Whitney test) and correlation analysis

(Pearson test). The results were presented as medians,

the significance of differences between mean values

was determined by Student's t-test. The principles of

evidence-based

medicine

were

used

in

the

organization and conduct of research. Student's t-test

was used (significance level 95%). Differences were

considered reasonable in cases with a significance level

of r<0.05.

Research results and discussions: 35 (58.3%) of

hospitalized patients had an isolated fracture of the

lower jaw, 15 (25%) had a fracture of the cheek bone

and upper jaw, 10 (16.7%) had a fracture of the cheek

bone and/or an isolated fracture of the cheekbone was

diagnosed. 41 (68.3%) patients had displacement

fractures, 19 (34.7%) had non-displacement fractures.

Most of the patients - 38 (63.3%) were admitted to the

hospital on the first day of injury, 11 (18.3%) - on the 2nd

day, 7 (11.7%) - on the 3rd day, 4 (6.7%)

brought on the

4th day.

The analysis of the rehabilitation periods of patients,

the speed of reparative processes in nerve tissue, and

the degree of restoration of motor and sensory activity


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of damaged nerves showed the following. In 22 (31.4%)

of 70 patients with sensory impairments, sensitivity in

the innervated zone of the damaged nerve was

restored in 3-3.5 months without additional drug

therapy and physiotherapy. At the same time, patients

who received injections and vitamin therapy achieved

full recovery after an average of 1.5-2 months. Of the 87

patients with symptoms of nerve fiber damage, 15

(17.2%) had persistent peripheral nerve dysfunction,

and 7 (8%) had muscle atrophy on the corresponding

side of the face, indicating poor or no efficacy of the

selected drug therapy.

In objective and X-ray examinations, it was found that

23 of 60 patients with fractures of the maxillofacial

area did not have bone displacements (0.5-0.7 cm).

Although the patients mainly complain of pain in the

area where the fracture is located, the pricus disorder

was not detected. 37 (61.7%) patients with

displacement fractures complained of loss of skin

sensation in the projection of the innervation zone of

the peripheral branches of the trigeminal nerve (Fig. 1-

2).

Out of 35 patients with mandibular fractures, 22 (62.9%)

had open, deep and transverse fractures of the pricus,

13 (37.1%) had no pricus problems. It was found that 44

(73.3%) patients suffer from painful and limited

opening of the mouth to one degree or another.

Figure 1. CT scan of fractures: on the left - image of the mandibular div taken from the right side; on the right - the

image of the upper jaw and cheekbone taken from the left side


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Figure 2. Orthopantomography of the angle of the lower jaw fractured on the left side

It was found that all the patients included in the

research had varying degrees of conduction

disturbances along the nerve fibers, and this condition

was proven during electrophysiological examinations.

Axonal and demyelination changes of trigeminal motor

fibers in hypoesthetic diseases were clarified

(prolongation of initial and subsequent reflex response

components by 51.7% and 23.3%, respectively), 31 A

decrease of 7% was noted.

Research of evoked trigeminal somatosensory (ETS)

potentials during hyperesthetic changes showed the

presence of structural peripheral damage, which was

expressed in the prolongation of the latency period of

the initial and subsequent ETS components, and their

amplitude reduction.

In 11.7% of patients with hypoesthetic disorders, the

initial components were lost, and the subsequent

oscillations were characterized by low amplitude.

Trigeminal nerve damage was noted in 56.7% of

patients with fractured cranial nerves and during

electrophysiological

examination

sensory

and

paresthetic disorders were not detected by objective

methods, in others, ENMG results of healthy and

damaged sides and indicators of trigeminal ETS did not

differ. Electrophysiological examinations conducted in

patients with hypoesthetic changes made it possible to

identify signs of axonal and demyelination damage of

the motor fibers of the trigeminal nerve. In the ETS

curve, it was observed that the latency period was

lengthened, the amplitude of the initial components

was reduced, the primary threshold for sensing electric


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stimulation was expanded, in 18.3% of cases it was

found that the first components were missing, which

indicates a serious structural defect.

Thus, in 100% of all patients with fractures of the face-

jaw area examined in clinical conditions and by

instrumental methods, it was found that nerve fibers

were damaged. Trigeminal nerve involvement was

found in 53.3% of cases with severe fracture, sensory

and paresthetic disorders detected in clinical

conditions. With the help of electrophysiological

methods, in the absence of sensory-paresthetic

changes, the interest of the trigeminal nerve was

noted in 26.7% of cases. To sum up, the overall rate of

trigeminal nerve damage in the fractures of the UJS

was 78.3%.

By determining the zones of hypesthesia and

hyperesthesia in the patients of the studied groups, by

evaluating the condition and tone of the chewing

muscles, disorders of one or another sensory and

motor function of the peripheral branches of the

trigeminal nerve were noted. All patients who were

brought to the hospital as a result of fractures of the

bones of the facial skeleton underwent electro-

odontodiagnosis on the same day. But during the

examination, the teeth in the fracture hole were not

covered and they were removed according to the

instructions. During EOD, no obvious disturbance of

the sensitivity of the maxillary teeth was detected, the

indicators were noted to be within the normal range,

which is explained by the specific characteristics of the

innervation of the maxillary teeth row (back, middle

and anterior upper alveolar branches).

CONCLUSIONS

The low effectiveness of treatment measures aimed at

restoring the activity of damaged nerves in patients, as

well as the quality and efficiency of the specialized

assistance provided by our algorithm in diagnosis,

treatment and rehabilitation have been increased.

Early and late complications of orthopedic and surgical

operations in facial bone fractures, depending on the

level and severity of damage to the fibers of the

trigeminal nerve, were studied. disturbances of one or

another sensory and motor functions were noted, in

particular, a severe level of nerve damage was noted in

13 (21.7%) cases where the bone fragments were

displaced more than 1.0 cm. 29 (48.3%) cases with

displacement of 0.5-1.0 centimeters were recognized

as moderate, and cases with displacement up to 0.5

centimeters were recognized as mild displacement.

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Абрамов Н.В., Шарахова Е.Ф. Динамика основных показателей травматизма населения Кемеровской области // Сибирское мед. обозрение. 2019. - №2. -С. 41-44.

Байриков И.М., Логинов О.А., Савельев А.Л. и др. Сравнительный математический анализ применения накостных пластин для остеосинтеза отломков нижней челюсти //Вестник Вестник Российской Военно-Медицинской Академии. Приложение, 2019. - №1.- С. 65-66.

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Жартыбаев Р.Н. Профилактика посттравматических осложнений при переломах нижней челюсти: / Дис. ... - Алма-Ата, 2008. 158 с.

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