First Orthopaedic Trauma Call: What to Review | Osgenic

Quick answer: what should you review before your first orthopaedic trauma call?

Focus on the tasks that make you safer and easier to supervise:

• the local trauma and escalation pathway;

• a patient-first assessment sequence;

• structured fracture description;

• systematic X-ray review;

• nerve-specific and vascular examination;

• open-fracture precautions;

• compartment-syndrome recognition and serial assessment;

• principles of reduction, immobilisation, and reassessment;

• concise case presentation and handover; and

• the common procedures and anatomy relevant to your hospital’s trauma workload. (1, 2, 3, 4, 5, 6, 10, 11, 12)

The aim is not encyclopaedic recall. It is to build a reliable sequence that still works at 03:00.

1. Learn your local system before you learn another classification

Before the shift, find the practical information that cannot be recovered quickly from a textbook:

• who is first-call, middle-grade, and consultant backup;

• how to activate the trauma team or request urgent senior review;

• where your open-fracture antibiotic guideline is stored;

• who is authorised to perform procedural sedation, reductions, and cast application;

• how urgent theatre cases are booked;

• how transfers to a major trauma or orthoplastic centre are arranged;

• where splints, plaster equipment, Doppler devices, and photography equipment are kept; and

• which injuries require direct discussion with paediatric, vascular, plastic, spinal, or other specialist teams.

National guidance is intentionally paired with local pathways because staffing, transfer networks, antimicrobial policy, imaging access, and procedural privileges vary. (1, 2, 3, 4, 5, 6)

A useful pre-call habit is to save the essential numbers and protocols before the pager starts. The fastest resident is often the one who already knows whom to call.

2. Use a patient-first trauma assessment

Do not let an obvious fracture pull your attention away from the rest of the patient. In suspected major trauma, initial assessment should follow a prioritised primary survey such as <C>ABCDE: catastrophic haemorrhage, airway with spinal protection, breathing, circulation, disability, and exposure/environment. A focused limb assessment follows within that wider clinical context. (1)

For an isolated limb injury, a practical sequence is:

1. Mechanism and timing: clarify energy, direction of force, contamination, entrapment, and time of injury.

2. General status: review observations, analgesia, associated injuries, comorbidities, anticoagulants, allergies, fasting status, and relevant functional baseline.

3. Look: inspect alignment, swelling, bruising, wounds, threatened skin, blistering, contamination, and any visible bone.

4. Feel and move selectively: assess tenderness, compartments, joint position, and active movement only when clinically appropriate.

5. Document neurovascular status: record relevant nerves, motor function, sensation, pulses, perfusion, and comparison with the opposite limb.

6. Review imaging: confirm that the correct region and adequate views have been obtained, then assess alignment, bone, joints, and soft tissues systematically.

7. State the problem and plan: identify red flags, provide appropriate immobilisation and analgesia under local guidance, arrange reassessment, and escalate. (1, 2, 3, 4, 5, 6)

A resident-facing mental model

When the department is busy, ask four questions in the same order:

Is the patient stable? Is the limb threatened? Is the skin threatened? What needs to happen next?

That sequence helps prevent the common error of giving an elegant fracture description while missing the more urgent clinical problem.

3. Describe the fracture so another clinician can picture it

A fracture description should use a consistent shared language. The AO/OTA classification system exists to support consistent communication, but on first call a clear narrative description is more useful than an uncertain code. (8)

Use this order:

Side → bone → segment/location → open or closed → fracture pattern → displacement/angulation/rotation/shortening → joint involvement or dislocation → soft-tissue condition → neurovascular status

For example:

“Closed right distal radius fracture, extra-articular, dorsally displaced and shortened, with no associated carpal dislocation; skin intact and median, ulnar, and radial nerve function documented, with a palpable radial pulse.”

Include a named classification only when you can apply it accurately and when it changes communication or management. For open fractures, the initial Gustilo–Anderson grade may be provisional because the full soft-tissue injury can be clearer after operative assessment. (2, 3)

For a deeper open-fracture review, link to Osgenic’s Gustilo–Anderson classification guide.

4. Review X-rays with a fixed sequence

Radiographs support diagnosis and planning, but they must be interpreted alongside the examination. Imaging choice and additional views depend on the anatomical region, mechanism, examination, age, and local radiology pathway. The ACR, for example, rates radiography as the usual initial study for acute hand and wrist trauma and recommends repeat radiography or cross-sectional imaging when initial films are negative or equivocal but suspicion remains. (7)

A practical review sequence is:

1. Check: patient, side, date, projection, and whether the requested anatomical region is fully shown.

2. Alignment: follow joint congruity and the longitudinal axes of the bones.

3. Bone: trace each cortex, inspect trabeculae, and identify fracture lines, comminution, impaction, or bone loss.

4. Cartilage and joints: assess joint-space relationships, intra-articular extension, subluxation, and dislocation.

5. Soft tissues: look for swelling, gas, foreign material, fat-pad signs, and features that may alter urgency.

6. Reconcile with the patient: if the examination and films do not match, re-examine and discuss further imaging rather than assuming the injury is excluded. (1, 2, 6, 7)

High-yield Osgenic imaging reviews include hip and pelvis trauma X-ray interpretation, shoulder trauma X-ray interpretation, and wrist trauma X-ray interpretation.

5. Make the neurovascular examination specific and repeatable

“Neurovascularly intact” is only useful if the underlying examination is recorded. NICE recommends documenting which nerves and functions were assessed, the sensory and motor findings, which pulses were examined, and how circulation was assessed when pulses were not accessible. Each repeated assessment should be timed. (2)

Document:

• motor function for the relevant named nerves;

• sensation in the relevant autonomous or clinically appropriate distributions;

• pulses, including comparison with the contralateral limb;

• capillary refill, colour, temperature, and overall perfusion;

• Doppler findings when used; and

• the time and clinical context, such as before and after reduction or splint application. (2, 3, 5, 9)

A deformed, pulseless limb requires urgent realignment and splinting by an appropriately trained team, followed by repeat and documented arterial examination. Current BOA guidance treats suspected arterial injury as time critical and requires consultant input. (5)

The habit to build is simple: check, document, intervene within your role, recheck, and escalate.

6. Know the red flags that change the pace of the call

Escalate early when you identify or suspect:

• haemodynamic instability or major associated injury;

• uncontrolled haemorrhage;

• a dysvascular or deteriorating limb;

• an open fracture;

• suspected acute compartment syndrome;

• a fracture-dislocation or irreducible dislocation;

• threatened skin, severe soft-tissue injury, or gross contamination;

• progressive motor or sensory deficit;

• a paediatric supracondylar fracture with vascular or neurological abnormality; or

• any situation outside your competence, credentialing, or local pathway. (1, 2, 3, 4, 5, 9)

These findings do not all have the same treatment, but they share one operational consequence: they should not wait quietly at the bottom of the list.

7. Review open-fracture principles—not a memorised antibiotic recipe

An open fracture should be suspected when a wound may communicate with the fracture, even when the skin opening is small or remote from the most obvious deformity. Early care is pathway-driven and includes patient-first trauma assessment, timely intravenous prophylactic antibiotics, wound protection, neurovascular documentation, realignment and splinting when indicated, and early specialist planning. (2, 3)

BOAST advises that prophylactic intravenous antibiotics be given as soon as possible, ideally within one hour of injury, according to a readily accessible network guideline. Before formal debridement, the wound should generally be handled only to remove gross contamination and permit photography, then covered with saline-soaked gauze and an occlusive film; “mini-washouts” outside theatre are not recommended. (3)

For the resident on call, the practical information to communicate is:

• mechanism, time, and contamination environment;

• wound location and appearance, with clinically governed photographs where permitted;

• neurovascular findings before and after any intervention;

• antibiotic agent and administration time under the local protocol;

• tetanus status according to local policy;

• fracture pattern and soft-tissue condition; and

• whether orthoplastic or vascular input and transfer are required. (2, 3, 5)

Do not copy an antibiotic table from an educational article into clinical practice. Use the current institutional antimicrobial policy and involve senior decision-makers.

8. Treat compartment-syndrome concern as a serial-assessment problem

Acute compartment syndrome results from raised pressure within a myofascial compartment and can cause tissue ischaemia. BOA guidance identifies pain out of proportion to the injury and pain on passive movement of the involved muscles as key findings, while also requiring routine, documented assessment in at-risk patients. (4)

The essential lesson for first call is that a single reassuring examination is not always the end of the assessment. Baseline and subsequent reviews should record the mechanism, level of consciousness, pain and response to analgesia, vascular and neurological status, and the time of examination. At-risk patients require repeated assessment, with senior review and pressure measurement considered when the clinical assessment is incomplete or equivocal. (4)

Escalate immediately if symptoms or signs are concerning. Do not wait for late findings or rely on one isolated sign. Follow the local compartment-syndrome pathway and document the rationale for each decision. (4)

Relevant Osgenic procedural preparation includes fasciotomy of the lower leg, fasciotomy of the thigh, and fasciotomy of the forearm.

9. Understand reduction and immobilisation as a supervised workflow

Before performing a reduction or applying a splint, know your local requirements for consent, analgesia or sedation, supervision, monitoring, imaging, and documentation. The indication, urgency, technique, and acceptable alignment depend on the injury and the patient; they cannot be reduced to one universal manoeuvre. (2, 3, 6)

The transferable workflow is:

1. identify the indication and red flags;

2. obtain senior support when required;

3. document the pre-procedure skin and neurovascular examination;

4. prepare analgesia, monitoring, equipment, and imaging according to protocol;

5. perform the procedure only within competence and authorisation;

6. immobilise with attention to swelling, padding, pressure areas, and access for reassessment;

7. repeat and document the skin and neurovascular examination; and

8. obtain and review post-reduction imaging when indicated by the injury pathway. (2, 3, 5, 6)

Open-fracture standards explicitly require systematic neurovascular reassessment after reduction manoeuvres or splint application. (3)

10. Review procedures at the level you will actually be asked about

Before first call, procedure preparation should help you understand what the case is leading toward—not encourage independent emergency decision-making. The AAOS resident trauma curriculum includes evaluation of the trauma patient, polytrauma care, open fractures, fixation biomechanics, and other core domains, illustrating the breadth of knowledge that develops across training rather than in one night. (12)

For each likely case, review:

• the clinical problem and broad indication;

• relevant anatomy and structures at risk;

• patient positioning and imaging requirements;

• the surgical approach;

• fixation principles rather than implant trivia;

• common technical pitfalls and complications; and

• the postoperative plan used in your unit.

High-yield Osgenic links include:

• distal radius fracture—volar locking plate;

• gamma nail for intertrochanteric femoral fracture;

• sliding hip screw;

• hip hemiarthroplasty—Hardinge approach;

• tibial plateau fracture—lateral locking plate;

• ankle spanning external fixation; and

• supracondylar humerus fracture fixation.

11. Present the case with the question at the end

Structured communication helps clinicians transfer critical information concisely. AHRQ describes SBAR—Situation, Background, Assessment, and Recommendation or Request—as a framework for time-sensitive communication, and NICE recommends a structured, documented handover process in trauma care. (1, 10, 11)

A trauma-call presentation can follow this order:

• Situation: patient, injury, side, and immediate concern.

• Background: mechanism, time, relevant comorbidity, anticoagulation, and associated injuries.

• Assessment: open/closed status, skin and soft tissues, nerve-specific and vascular findings, imaging description, analgesia, and interventions completed.

• Request: the decision or action you need from the senior, stated explicitly.

Example:

“I am calling about a 68-year-old with a closed right intertrochanteric femoral fracture after a fall. Observations are stable and no other injury has been identified on the current assessment. The limb is shortened and externally rotated; skin is intact and distal motor, sensory, and vascular findings are documented. AP pelvis and lateral hip films are available. Analgesia has been given. I would like to confirm admission, additional investigations, and the operative plan.”

During formal handover, include diagnostic uncertainty, changes during the shift, response to treatment, outstanding tasks, contingency plans, and who is responsible for each action. The receiving clinician should have an opportunity to clarify or repeat back the plan. (11)

12. Common first-call mistakes—and how to correct them

Looking only at the X-ray

Correction: complete and document the clinical assessment first, including soft tissues and neurovascular status. Imaging does not replace examination. (1, 2, 3)

Writing “NVI” without the examination

Correction: record named nerve functions, sensation, pulses, perfusion, time, and reassessment. (2, 3, 5, 9)

Missing a wound near the fracture

Correction: expose and inspect the limb appropriately, protect patient dignity and temperature, and treat possible communication with the fracture seriously. (1, 2, 3)

Performing a procedure without a post-procedure check

Correction: repeat the skin and neurovascular examination and review the required post-reduction imaging. (2, 3, 5)

Waiting for certainty before calling

Correction: escalate the concern and state what is uncertain. Senior review is part of safe trauma care, particularly for vascular compromise, compartment-syndrome concern, severe soft-tissue injury, and injuries outside your competence. (3, 4, 5)

Giving a long presentation without a question

Correction: organise the call and finish with the specific decision or support you need. (10, 11)

A 60-minute review plan before your first night

When time is limited, use this sequence:

• 10 minutes: local escalation numbers, open-fracture protocol, sedation/reduction rules, theatre booking, and transfer pathway.

• 10 minutes: <C>ABCDE, limb examination, and red flags.

• 10 minutes: fracture description and a systematic X-ray sequence.

• 10 minutes: nerve-specific examination for the upper and lower limb, with vascular documentation.

• 10 minutes: open fractures and compartment syndrome.

• 10 minutes: the three procedures most likely in your hospital, focusing on anatomy, positioning, approach, and pitfalls.

This is a preparation framework, not evidence that competence can be achieved in one hour. Procedural competence requires supervised training, local sign-off, and repeated practice.

First-night orthopaedic trauma call checklist

Before the shift

• Save escalation and transfer contacts.

• Locate local open-fracture, compartment-syndrome, analgesia, sedation, and imaging pathways.

• Confirm your scope for reductions, splints, casts, and procedural sedation.

• Find equipment and understand how urgent theatre cases are booked.

For every limb injury

• Assess the patient before the fracture.

• Record mechanism, side, wounds, skin, swelling, deformity, and associated injuries.

• Document named nerve functions and vascular findings.

• Review adequate imaging systematically.

• Describe the injury in a fixed order.

• Identify time-critical red flags.

• Reassess after intervention or clinical change.

• State the question when escalating.

Before handover

• Update the diagnosis and degree of certainty.

• Record changes, treatment response, and repeat examinations.

• List outstanding actions with timing and ownership.

• Communicate contingency plans and obtain acknowledgment. (1, 2, 3, 4, 5, 10, 11)

How Osgenic can support trauma-call preparation

Osgenic can be used as a structured preparation layer around supervised clinical training: review a region’s anatomy, connect it to imaging and a procedure, then study the approach, steps, pitfalls, and complications before discussing the case with your team.

Explore the full orthopaedic trauma content library, review options designed for orthopaedic residents, see resources for residency programmes, or use 3D surgical anatomy to rehearse spatial relationships before the operating theatre.