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DIAGNOSIS AND TREATMENT OF ACUTE DOUBLE CERVICAL SPINAL CORD
INJURIES IN SCHOOL-AGE CHILDREN
Mamadaminova Mahfuza Abduvali qizi
Qoldashev Q.A,
Ph.D., professor
Salohiddinov K.Z,
Ph.D., professor
Abstract:
Acute double cervical spinal cord injuries (DSCI) in school-age children are rare but
pose significant challenges due to the unique anatomical and physiological characteristics of the
pediatric cervical spine. Prompt diagnosis and individualized treatment are crucial for
optimizing outcomes. This article reviews current diagnostic approaches, treatment modalities,
and prognostic factors associated with DSCI in this age group.
Keywords:
Pediatric cervical spine trauma, double cervical spinal cord injury, school-age
children, diagnosis, treatment, neurological recovery
INTRODUCTION:
Cervical spinal cord injuries (SCI) in the pediatric population,
particularly among school-age children (6–12 years), represent a rare but highly serious subset
of traumatic injuries. Although the overall incidence is lower than in adults, the consequences
of such injuries can be devastating, including permanent neurological impairment, long-term
disability, or even death. Among these cases,
acute double cervical spinal cord injuries
(DSCI)
—where trauma affects two separate cervical spine levels—are exceedingly uncommon
and pose unique diagnostic and therapeutic challenges. The cervical spine in children is
anatomically and biomechanically distinct from that of adults. Factors such as increased
ligamentous laxity, horizontally oriented facet joints, and underdeveloped musculature
contribute to a higher susceptibility to multi-level and more complex injuries. Additionally, the
larger head-to-div ratio in younger children results in greater torque forces on the neck during
high-impact trauma such as motor vehicle accidents, sports injuries, or falls. These anatomical
features also complicate the interpretation of imaging and the decision-making process for
treatment. Due to the rarity and complexity of DSCI, there is limited literature focused
specifically on this injury pattern in school-age children. Management must be prompt and
carefully planned, often requiring a multidisciplinary approach involving emergency physicians,
pediatric neurosurgeons or orthopedic spine surgeons, radiologists, and rehabilitation specialists.
Delayed or incorrect diagnosis may lead to irreversible damage, while inappropriate treatment
can result in spinal instability or complications related to growth and development. This paper
aims to review the current understanding of acute double cervical spinal cord injuries in school-
age children, including diagnostic strategies, treatment options, and clinical outcomes. By
synthesizing existing evidence and clinical practices, the article seeks to inform and improve
the management protocols for these rare but high-risk pediatric injuries.
LITERATURE REVIEW
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Pediatric cervical spine injuries are relatively rare, accounting for approximately 1–2% of
all pediatric spinal injuries. However, when they occur, they can result in significant morbidity
and long-term complications [1]. The incidence and injury mechanisms differ by age group.
Younger children typically sustain upper cervical injuries (C1–C2) due to increased
ligamentous laxity and incomplete vertebral ossification, while older children more frequently
experience lower cervical injuries (C3–C7) related to high-energy trauma such as motor vehicle
accidents and sports injuries [2]. Children's unique anatomical features—such as a
proportionally larger head, horizontally oriented facet joints, and more elastic spinal columns—
make them more susceptible to multi-level injuries and spinal cord injury without radiographic
abnormalities (SCIWORA), especially in the upper cervical region [3].
Diagnosis begins with a clinical assessment, including a detailed history and neurological
examination, followed by imaging. While plain radiographs are often the initial imaging
modality, their sensitivity in detecting complex or subtle cervical injuries in children is limited
[4]. CT scans offer superior evaluation of bony structures and are commonly used in trauma
settings for detecting fractures or dislocations [5]. MRI plays a critical role in identifying soft
tissue injuries, including spinal cord compression, ligamentous injuries, and intervertebral disc
damage—especially in cases of unexplained neurological deficits [6]. In cases of suspected
SCIWORA or double-level injuries, MRI is essential to confirm diagnosis and guide treatment
decisions [7]. Management depends on the severity, stability, and neurological status. Stable
injuries with no neurological involvement can often be managed conservatively with
immobilization (e.g., cervical collar or halo vest) and observation [8]. However, surgical
intervention is required in unstable injuries, progressive neurological deterioration, or when
anatomical alignment cannot be maintained conservatively.
ANALYSIS AND RESULTS
The analysis of acute double cervical spinal cord injuries in school-age children reveals a
complex interplay of anatomical, clinical, and treatment-related factors that significantly
influence patient outcomes. These injuries, though rare, present unique challenges in diagnosis,
management, and rehabilitation. This section delves into the multifaceted aspects of such
injuries, drawing from recent studies and clinical data to provide a comprehensive
understanding of their implications. Acute double cervical spinal cord injuries in children are
uncommon, with a reported incidence of approximately 1.36% among pediatric trauma cases.
The mechanisms leading to these injuries are diverse, with motor vehicle collisions (MVCs)
being the most prevalent cause, followed by falls and sports-related accidents. Notably, the age
group most affected ranges from 10 to 16 years, aligning with increased physical activity and
exposure to high-risk situations during this developmental stage. The anatomical location of
these injuries often involves both the upper and lower cervical spine regions. Upper cervical
injuries, particularly those affecting the C1–C2 vertebrae, are more prevalent in younger
children due to their larger head-to-div ratio and increased ligamentous laxity. Conversely,
older children tend to sustain injuries in the lower cervical spine (C3–C7), often resulting from
high-energy trauma such as MVCs and sports-related incidents.
Diagnostic Challenges
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Diagnosing double cervical spinal cord injuries in children poses significant challenges.
Initial clinical assessment, including a thorough history and physical examination, is crucial.
However, the subtle presentation of neurological deficits, especially in younger children who
may have difficulty articulating symptoms, complicates early detection. Imaging studies play a
pivotal role in diagnosis. Computed tomography (CT) scans are effective in identifying bony
abnormalities and fractures, while magnetic resonance imaging (MRI) provides detailed
visualization of soft tissue structures, including the spinal cord and ligaments. The combination
of these imaging modalities enhances diagnostic accuracy, enabling clinicians to assess the
extent of injury comprehensively. In cases where neurological deficits are present without clear
radiographic abnormalities, the phenomenon known as spinal cord injury without radiographic
abnormality (SCIWORA) must be considered. SCIWORA is more commonly observed in
younger children and requires a high index of suspicion, as initial imaging may not reveal the
extent of spinal cord damage.
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Figure.1
Management Strategies
The management of acute double cervical spinal cord injuries in children is multifaceted,
encompassing immediate stabilization, surgical intervention, and long-term rehabilitation. The
approach is tailored to the individual patient's condition, considering factors such as the severity
of neurological impairment, the specific vertebral levels involved, and the presence of
associated injuries. Immediate stabilization is paramount to prevent further neurological
deterioration. This typically involves cervical spine immobilization using a rigid collar or halo
vest, along with careful monitoring of respiratory and cardiovascular status. In cases where
there is evidence of spinal cord compression or instability, surgical intervention may be
necessary. Surgical options include anterior or posterior decompression and fusion, depending
on the location and nature of the injury. The goal of surgery is to relieve pressure on the spinal
cord, stabilize the spine, and restore alignment. The decision to proceed with surgery is
influenced by factors such as the patient's age, the level of injury, and the potential for
neurological recovery. Postoperative care focuses on preventing complications, managing pain,
and initiating early rehabilitation. Physical and occupational therapy are integral components of
the rehabilitation process, aiming to improve motor function, enhance independence, and
promote overall quality of life.
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Figure.2
Prognosis and Outcomes
The prognosis for children with acute double cervical spinal cord injuries varies widely,
influenced by factors such as the severity of the injury, the level of the spinal cord involved, the
timeliness of treatment, and the presence of associated injuries. In general, children have a
greater potential for neurological recovery compared to adults, owing to the plasticity of the
developing nervous system. However, the extent of recovery can be limited, and many children
experience residual deficits, including motor impairments, sensory loss, and autonomic
dysfunction. Long-term follow-up is essential to monitor progress, address complications, and
provide ongoing support. Psychosocial aspects also play a critical role in the overall outcome.
The impact of a spinal cord injury on a child's emotional and social development can be
profound, necessitating comprehensive care that includes psychological support for both the
patient and their family.
CONCLUSION
Acute double cervical spinal cord injuries in school-age children represent a rare but
highly complex and life-altering form of trauma. Due to the unique anatomical and
developmental characteristics of the pediatric cervical spine, such injuries present distinct
diagnostic and therapeutic challenges. Prompt recognition, accurate imaging, and a well-
coordinated multidisciplinary approach are essential to minimize neurological damage and
optimize recovery. The analysis highlights the importance of early diagnosis through the
combined use of CT and MRI, especially in cases where conventional radiographs fail to reveal
the full extent of the injury. Management strategies must be individualized based on the
stability of the injury and the presence of neurological deficits, with surgical intervention
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playing a vital role in unstable or multi-level injuries. Post-treatment rehabilitation and long-
term follow-up are crucial to improving functional outcomes and quality of life. Despite
advances in imaging and surgical techniques, children with double cervical spinal cord injuries
are at high risk for long-term complications, including motor and sensory deficits, spinal
deformities, and psychosocial challenges. These injuries not only affect physical functioning
but also have profound emotional and developmental impacts.
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pathophysiology of acute spinal cord injury. Spine, 26(24S), S2–S12.
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diagnosis. The Journal of Pediatric Surgery, 36(2), 279–282.
3. Pang, D., & Wilberger, J. E. (1982). Spinal cord injury without radiographic abnormalities
in children. The Journal of Neurosurgery, 57(1), 114–129.
4. Platzer, P., et al. (2007). Evaluation of the posterior ligamentous complex in thoracolumbar
spine injuries using MRI. European Spine Journal, 16(11), 1739–1745.
5. Tracy, E. T., et al. (2010). Pediatric cervical spine injury: current management strategies.
Current Opinion in Pediatrics, 22(3), 339–345.
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7. Nguyen, H. S., et al. (2016). SCIWORA: A Review. Neurosurgical Focus, 40(6), E4.
8. Campbell, R. M., et al. (2004). Management of pediatric cervical spine injuries. Journal of
Pediatric Orthopaedics, 24(1), 1–6.
