Spinal injury

Help the person to keep as still as possible to prevent further damage to their spine.

[dkpdf-button]

Spinal injuries can be caused by falling or diving from a height, being crushed by machinery or a heavy object, or being involved in road traffic collisions or sporting accidents. Spinal injuries can result in damage that can be permanent and may include disability such as the loss of use of the arms or legs. As with all first aid emergencies, the safety of the first aid provider should be paramount. Ensuring or maintaining normal breathing and blood circulation of the person with a suspected spinal injury remain vital to their survival.

Guidelines

  • First aid providers should not apply a cervical collar. *

Good practice points

  • The person may have a suspected spinal injury if they have been involved in a traumatic incident such as they were a driver, passenger or pedestrian in a motor vehicle or bicycle collision, or they have fallen from a height greater than standing.
  • A person experiencing the following signs or symptoms following a traumatic incident may have a spinal injury:
    >  tingling sensation in the extremities or other parts of the body
    >  pain or tenderness in the neck or back
    >  an obvious deformity to the head, neck or spine
    >  other painful injuries, especially at the head or neck
    >  sensory deficit or muscle weakness in the torso or upper extremities.
  • First aid providers should always access EMS when suspecting a spinal injury.
  • A person with a suspected spinal injury who is alert and awake should be advised to keep as still as possible and may not require manual stabilisation.
  • A person with a suspected spinal injury who is not sufficiently alert or awake may benefit from gentle support of the head (manual stabilisation) to prevent inadvertent movement. First aid providers should not strap their head or neck.
  • A person with a suspected spinal injury who is unresponsive but breathing normally should not be moved unless absolutely necessary. The first aid provider should open their airway and monitor their breathing.
  • In cases of suspected spinal injury, a head injury should also be considered.
  • Where the injury includes a suspected pelvic fracture, the first aid provider may apply a pelvic binder and avoid rotating the pelvis. 

Guideline classifications explained

Chain of survival behaviours

Prevent and prepare
  • Promote and practise safe behaviours, such as wearing a seatbelt and using a headrest when travelling by car or wearing back protection when travelling by motorcycle or horse.
  • Players should not play sports if they experience spinal pain.
  • Junior sports coaches should consider when the introduction of tackling is appropriate and should endeavour to teach the correct technique (Harmon et al., 2019).
  • Remove trip hazards from places of work and home, particularly where elderly people or people with a disability live, to reduce the chance of trips and falls.
  • Always ensure ladders are stabilised before climbing them.
  • Supervise children who are climbing on frames or furniture.
  • Never dive into shallow water, or water with an obstructed view or high flow (e.g. rivers) and take particular care when diving in the dark.
Early recognition

You may suspect a spinal injury if the injured person has:

  • fallen from a height greater than standing
  • been involved in a road traffic collision
  • bumped their head while diving head-first into shallow water
  • been involved in a traumatic event (e.g., explosion, mechanical incident).

Older adults (over the age of 65) and people with an underlying bone condition may be more susceptible to spinal injuries following minor traumas such as a slip, trip or fall. 

The person may also have:

  • a tingling sensation in their arms or legs or other parts of the body
  • pain or tenderness in their neck or back
  • obvious deformity to their head, neck or spine
  • other painful injuries, especially at the head or neck
  • sensory deficit (e.g., numbness) or muscle weakness (e.g., paralysis) in the torso or upper extremities. This may be accompanied by loss of urine or stool.

However, some people with a spinal injury may not experience any symptoms.

Be alert as babies and young children may be unable to recognise they have a spinal injury. Likewise, someone with an altered mental status (under the influence of alcohol or drugs) may be less likely to be able to recognise they have a spinal injury.

Pelvic fracture

First aid providers need specific training to recognise a pelvic fracture. Pelvic fracture may be associated with spinal injury.

A person with a pelvic fracture may:

  • Experience pain at the hip, pelvis, groin or even the knee. This gets worse when moving.
  • Not be able to support their legs. Sometimes, the foot (on the side of the fracture) is in an abnormal position.
  • Experience sensory disturbances and tingling sensations in their legs.
  • No longer be able to pass urine. Sometimes, there is spontaneous loss of urine. In some cases, there is blood in the urine.
  • Show signs of Shock.
First aid steps

Spinal injury

  1. If the person is responsive and alert, reassure them and ask them to stay as still as possible. If necessary, (e.g., they are a child, are drunk, or do not follow to your instructions) gently support their head to help them to prevent movement of their neck and spine.
  2. Access emergency medical services (EMS).
  3. Ensure minimal handling or movement of the person at all times. Monitor their breathing and level of response for any changes.

 ______________________________

NOTE
  • Do not move the person if you suspect a spinal injury.
  • If the person has to be moved, (e.g., there is imminent danger) this is best done with at least two first aid providers, where one can keep the person’s head in line with their spine.

______________________________

 

 ______________________________

SPECIAL CASE

An unresponsive and breathing person with suspected spinal injury

If the person is Unresponsive and breathing normally:

  • Leave the person as you have found them (e.g. on their back or side).
  • Maintain an open airway using the head tilt/chin lift or jaw thrust manoeuvre. The jaw thrust manoeuvre may cause less spinal motion.
  • Gently support their head in this position to prevent any movement.
  • Access EMS and follow their instructions.
  • Monitor their breathing and level of response for any changes.

 

Pelvic fracture
  1. Help the person to lie down on their back and to keep still with their legs straight.
  2. Place padding between their legs and then immobilise their legs by binding them together at their knees and feet.
  3. Access EMS.
  4. Monitor the person’s breathing, circulation and level of response, particularly looking for any signs of Shock.

 

______________________________

CAUTION

If you suspect a pelvic fracture, do not ‘rock’ or rotate the pelvis as this can restart or worsen bleeding.

______________________________

Access help

Injuries to the spine are difficult to confirm and difficult to manage in out-of-hospital settings. Help should be sought as soon as possible if an injury to the spine is suspected.

Recovery

Signs and symptoms of spinal injuries should have been resolved before returning to activities with associated risks (e.g., some work activities, driving or operating machinery, contact sports).

Education considerations

Context considerations
  • Knowing the mechanism of the injury is crucial to identifying a potential spinal injury. Help learners practise identifying if incidents in relevant contexts may have involved an abnormal force to the body resulting in a violent bending or twisting of the spine.
  •  Equipment for stabilisation and transport may be context specific. Consider the options for these with learners and use what is locally available (Pysny et al., 2017; Schimelpfenig et al., 2017).
  • Rolling and lifting techniques should only be applied if absolutely necessary and when appropriate resources are available. More than one first aid provider is needed to apply these techniques safely so they should be discouraged when providers are acting alone (Schimelpfenig et al., 2017).
Learner considerations
  • It is common for learners to be highly concerned about a spine injury in the event of a high-impact incident. Education providers should emphasise the importance of providing life-saving care by maintaining the person’s airway and breathing and giving CPR when necessary.
  • Consider how different learners may change the meaning of certain signs and symptoms – tingling, tenderness, deformed, etc. Discuss terminology with learners to help them to understand different signs and symptoms and be able to judge the seriousness of the injury using these terms.
  • A pelvic fracture is very difficult to recognise so first aid providers should not be expected to recognise one. Consider whether learners need to learn this topic.
Facilitation tips
  • This topic should be covered across each domain of the Chain of survival behaviours, with emphasis added depending on the learner. For example, sports coaches might focus on prevention, whereas parents of young children might focus on recognition. All learners will need to practise stabilisation techniques as part of the first aid action.
  • Discuss the mechanism of the injury which will help learners understand when to suspect a spinal injury. Consider different scenarios (children playing on climbing frames, trampolining, road traffic collisions etc) and discuss the types of force that could lead to a spinal injury.
  • Emphasise that the use of cervical collars is not advised for first aid providers. Manual stabilisation of the person with a suspected spinal injury is the most important action in order to limit unnecessary movement which might cause further damage.
  • Practise or demonstrate manual stabilisation techniques with learners, with the injured person in different positions (i.e., lying on their back, sitting etc).
  • Explain how manual stabilisation aims to mirror a person’s general anatomical standing position.
  •  Discuss the importance of conservative handling and minimising movement. Use the ‘prevention of further injury’ and ‘promotion of recovery’ first aid principle. 
Facilitation tools
  • Create contextually relevant scenarios to reinforce learning (e.g., sport-focused role play examples for schools and sports club contexts, road traffic accidents using chairs and tables to represent cars for road users) (Kureckova, 2017). Videos of these scenarios can also be very effective.
  •  Practise asking questions and basic history taking to help with the identification of a spinal injury.
  •  Depending on the type of education, it may be appropriate to touch on basic sensory monitoring skills (i.e. fingers and feet), or basic assessment tools such as “AVPU”. See General approach.
Learning connections

Scientific foundation

Systematic reviews
Manual cervical spinal stabilisation

In 2015, the International Liaison Committee on Resuscitation (ILCOR) reviewed the evidence concerning manual cervical spinal stabilisation, but no studies could be identified, and no recommendation was formulated (Singletary, 2015). In a recent scoping review, the need for an update of this topic was explored (Singletary, 2020). No studies were found that looked at manual stabilisation in a first aid setting, and two studies were identified with trained professionals. The treatment recommendation remained unchanged and stated that there is insufficient evidence for or against manual stabilisation.
 

Cervical spinal motion restriction with cervical collars or sandbags

In 2015, ILCOR looked at the use of cervical collars and sandbags on people with blunt traumatic cervical spine injuries.
One non-randomised study with 5,138 people who had been in a motorcycle crash, could not demonstrate a significant benefit to neurological injuries when a cervical collar was applied. Very low- certainty evidence downgraded for risk of bias and imprecision.

Five non-randomised studies with 107 people showed increasing intracranial pressure with the use of a cervical collar. (Low-certainty evidence). In addition, one non-randomised study with 42 healthy volunteers showed increased intracranial pressure with the use of a cervical collar (very low- certainty evidence).

One non-randomised study, consisting of 18 children with head injuries showed no significant limitation of flexion (low-certainty evidence). In addition, 13 non-randomised studies with 457 cadavers or healthy volunteers showed a significant decrease in cervical spine motion when a cervical collar was used (very low- certainty evidence).

Furthermore, very low-certainty evidence (downgraded for risk of bias and imprecision) from one non-randomised study with 38 patients could not demonstrate a decrease in tidal volume and very low-certainty evidence (downgraded for indirectness and imprecision) from one other non-randomized study with 26 healthy volunteers showing no change in patient comfort score.

With regards to the application of soft collars, there is very low-certainty evidence from three non-randomised studies using either cadavers or healthy volunteers which showed a statistically significant decrease in cervical spine motion (flexion and axial rotation). No significant difference could be demonstrated for limiting extension, flexion or extension and lateral bending.

As for the use of sandbags and tape, there is very low-certainty evidence (downgraded for indirectness) from one non-randomised study with healthy volunteers which showed a significant decrease in cervical spine motion (flexion, extension, axial rotation and lateral bending).

A recent scoping review was performed by ILCOR and identified six additional more recent studies, but they contained no new insights, and thus 2015 recommendations against the use of cervical collars by first aid providers remained unchanged.
 

Use of backboard and straps

In 2010 the International First Aid Advisory Board conducted a review on the use of a backboard and straps (or similar device) on spinal immobilisation. The American Red Cross Scientific Advisory Committee again reviewed this topic in 2015. They did not find any published studies for or against the benefit of first aid providers using backboards and straps. One retrospective, non-randomised (and probably underpowered) study failed to show any neurological benefit to emergency medical teams using the appropriate devices to immobilise the spine compared to no spinal immobilisation. Two retrospective studies examined two sets of data: a period before spinal immobilisation was routine and a period after it became routine. The studies determined that secondary spinal injury occurred in 3 – 25% of people with a spinal injury.
 

Education review

Several papers were found which related to actions from healthcare professionals. Messaging for first aid providers focused on what to do in the case of suspected spinal injury, and the findings were unanimous in recommending inline manual stabilisation and access to further help (Fischer et al., 2018; Pysny et al., 2016; Kornhall et al., 2017; Pek et al., 2017).  In particular, it is not recommended that first aid providers working alone should attempt rolls or transportation of the person with a spinal injury (Schimelpfenig, 2017).

Barss et al. (2007) explored risk factors and prevention of a spinal cord injury from diving in swimming pools in Canada.  The authors found a low level of awareness of the dangers of diving into shallow water or short swimming pools resulting in life-changing injuries and recommended effective education on this topic amongst targeted learners.

References

Systematic reviews

American Red Cross and American Heart Association. (2010). First Aid Guidelines. October 2010.

Schimelpfenig, T., Chung, S., MacPherson, A., Markenson, D. (2015). Spinal Motion Restriction. American Red Cross Scientific Advisory Council.

Singletary, E. M., Zideman, D. A., De Buck, E. D., Chang, W. T., Jensen, J. L., Swain, J. M., … & Hood, N. A. (2015). Part 9: first aid: 2015 international consensus on first aid science with treatment recommendations. Circulation, 132(16_suppl_1), S269-S311.
DOI: 10.1161/CIR.0000000000000278

Singletary, E.M., Zideman, D.A., Bendall, J.C., Berry, D.C., Borra, V., Carlson, J.N., Cassan, P., Chang, … Woodin, J.A. (2020). 2020 International Consensus on First Aid Science with Treatment Recommendations. Circulation. 142 (suppl 1), 284–S334.
DOI: 10.1161/CIR.0000000000000897

Singletary, E.M., Zideman, D.A., Bendall, J.C., Berry, D.C., Borra, V., Carlson, J.N., Cassan, P., Chang, … Lee, C.C. (2020). 2020 International Consensus on First Aid Science with Treatment Recommendations. Resuscitation. 156, A240-A282.
DOI: 10.1016/j.resuscitation.2020.09.016

Zideman, D.A, Singletary, E.M., De Buck, E., Chang, W.T., Jensen, J.L., Swain, J.M., … & Yang, H.J., on behalf of the First Aid Chapter Collaborators (2015). Part 9: First aid: 2015 International consensus on first aid science with treatment recommendations. Resuscitation, 95. e225-e261.
DOI: 10.1016/j.resuscitation.2015.07.047

Education references

Barss, P., Djerrari, H., Leduc, B. E., Lepage, Y., & Dionne, C. E. (2008). Risk factors and prevention for spinal cord injury from diving in swimming pools and natural sites in Quebec, Canada: a 44-year study. Accident Analysis & Prevention, 40(2), 787-797.
https://doi.org/10.1016/j.aap.2007.09.017

Fischer, P. E., Perina, D. G., Delbridge, T. R., Fallat, M. E., Salomone, J. P., Dodd, J., Bulger, E. M., & Gestring, M. L. (2018). Spinal Motion Restriction in the Trauma Patient – A Joint Position Statement. Prehospital Emergency Care, 22(6), 659-661.
DOI: 10.1080/10903127.2018.1481476

Kornhall, D. K., Jørgensen, J. J., Brommeland, T., Hyldmo, P. K., Asbjørnsen, H., Dolven, T., Hansen, T., & Jeppesen, E. (2017). The Norwegian guidelines for the prehospital management of adult trauma patients with potential spinal injury. Scandinavian Journal of Trauma, Resuscitation and Emergency Medicine, 25(2).
https://doi.org/10.1186/s13049-016-0345-x

Pek J. H. (2017). Guidelines for Bystander First Aid 2016. Singapore medical journal, 58(7), 411–417. DOI: https://doi.org/10.11622/smedj.2017062

Pysny, L., Pysna, J., Petru, D., & Gorner, K. (2017). University education for physical education students at pedagogical faculties in the Czech Republic-new findings about first aid for spinal injury. Asian Journal of Education and Training, 3(2), 131-134.
DOI: 10.20448/journal.522.2017.32.131.134

Schimelpfenig, T., Johnson, D. E., Lipman, G. S., McEvoy, D. H., & Bennett, B. L. (2017). Evidence-Based Review of Wilderness First Aid Practices. Journal of Outdoor, Recreation, Education, and Leadership, 9(2), 217-239.
https://doi.org/10.18666/JOREL-2017-V9-I2-8226

Explore the guidelines

Published: 15 February 2021

First aid

First aid

Explore the first aid recommendations for more than 50 common illnesses and injuries. You’ll also find techniques for first aid providers and educators on topics such as assessing the scene and good hand hygiene.

First aid education

First aid education

Choose from a selection of some common first aid education contexts and modalities. There are also some education strategy essentials to provide the theory behind our education approach.

About the guidelines

About the guidelines

Here you can find out about the process for developing these Guidelines, and access some tools to help you implement them locally.