Thoracic epidural analgesia (TEA) is widely considered to be the current gold standard treatment for rib fracture pain and is used in the Imperial invasive treatment pathway for rib fractures. However, TEA are often contraindicated due to other injuries or the use of anticoagulant medications, which also contraindicates other invasive nerve block techniques e.g. paravertebral catheters. A number of case reports have reported the safe use of alternative techniques such as Serratus Anterior Blocks (SAPB) and Erector Spinae Blocks (ESPB) and the anaesthesia community has taken them up widely based on this relatively limited evidence. In view of this, Womack et al recently published a large retrospective review examining the safety and efficacy of ultrasound guided paravertebral catheter analgesia techniques in rib fracture management along with small numbers of ESPBs. However, this data did not report the analgesic efficacy, patient reported pain relief or respiratory complications.The goal is to advance this body of evidence by reviewing our larger data set concerning the use of TEA and alternative regional techniques such as ESPB and SAPB. This comprehensive review will benefit patients by documenting the efficacy and safety of these techniques for clinicians managing rib fracture patients.
Primary Objective The primary objective is to examine whether novel fascial plane blocks, e.g. SAPB and ESPB, are effective pain relief modalities in patients with rib fractures - the proportion of patients with a reduction in pain. Secondary Objectives The investigators review the safety profile and complications of TEA and alternative analgesic techniques such as ESPB and SAPB used for rib fracture management in our trauma centre. In particular the effects of regional anaesthesia techniques on: 1. Opioid use 2. Nausea \& vomiting 3. Respiratory complications 4. Intubation \& non-invasive ventilation (NIV) 5. ICU admission for respiratory complications The investigators will assess the duration of use and complication profile of regional anaesthetic techniques, including infection, analgesic failure and damage to other structures during insertion e.g. the lung.
Study Type
OBSERVATIONAL
Enrollment
389
Thoracic epidural/Erector Spinae block/Serratus Anterior block
Imperiial Collge Healthcare NHS Trust
London, United Kingdom
The Proportion of Patients With a Reduction in Pain
The investigators will review pain scores as recorded by clinical staff over 72 hours to assess pain relief efficacy, A verbal rating scale classifying pain as mild, moderate or severe is used at Imperial Data from the acute pain round records will also provide details regarding breathing comfort levels of the patient, coughing ability and deep inspiratory effort. These are recorded as yes/no answers and the team will assess the proportion of patients showing a reduction in pain scores.
Time frame: 72 hours
Opioid Consumption (mg/24h)
Data regarding type of opiate use
Time frame: 72 hours
Nausea and Vomiting
The incidence of nausea in the 72 hours post block will be recorded with the number of episodes in each patient
Time frame: 72 hours post block
Number of Patients With Respiratory Complication(s)'
Lower respiratory tract infections: defined as raised CRP/ White Cell Count, new consolidation on CXR or antibiotics being started at clinician discretion. Empyema or parapneumonic effusions: defined as radiological evidence of fluid collections within the pleural space and therapeutic interventions required for treatment e.g. aspiration and drainage.
Time frame: Length of stay up to 8 weeks
Intensive Care Admission
ICU admission for respiratory complications, number of days of mechanical ventilation.
Time frame: Length of stay up to 8 weeks in days
Intensive Care Admission
Number of patients requiring intubation and ventilation
Time frame: Length of stay up to 8 weeks in days
Number of Days of Mechanical Ventilation
Number of days of mechanical ventilation for patients undergoing Intensive care mechanical ventilation
Time frame: Length of stay up to 8 weeks in days
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