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Nursing care in enhanced recovery after surgery (ERAS): Pathways for patients undergoing spinal surgery Cover

Nursing care in enhanced recovery after surgery (ERAS): Pathways for patients undergoing spinal surgery

Open Access
|Jun 2025

Figures & Tables

Table 1:

A summary of pre, peri and post-operative stages of medications in ERAS protocols from different institutions adapted from (Alboog et at, 2019; Ali et al.,2018; Ali et al., 2019; Ali et al.; 2023; Bhatia & Buvanendran, 2019; Debano et al, (2021); Grasu et al., 2018; Naftalovich et al., 2022; Pahwa et al., 2024; Soffin et al.,2019)

ERAS Protocol/medication protocol (Host/Institution)Type of surgery and primary studyPre-operativeIntra-operativePost-operativeOutcomes
Enhanced recovery after surgery society guidelinesDebang et al, (2021) Society GuidelineManage expectations
Patient optimization: Smoking cessation, alcohol nutrition and anaemia.
Optimisation of medication Dosing of acetaminophen, NSAIDs, and gabapentinoids should ideally be adjusted based on age, renal function, and other comorbidities
Multimodal analgesia, opioid sparing.
Hypothermia prevention Post-operative nausea and vomiting prevention
Optimal fluid management Anti-microbial prophylaxis Anti-thrombotic therapy, catheter and management of drain/s.
Early mobilisation
Nutrition management
Multimodal aralgesia, opioid sparing.
Fluid management
Prevention of Nausea and Vomiting
Anti-thrombotic therapy
Management of catheter and drain/s.
Optimisation of pain relief for patients
Rush University Medical Centre, USASpine surgery (Bhatia & Buvanendran 2019).
Pain medication Protocol
1,000mg IV acetaminophen 600mg Gabapentin Or 150mg pregabalin 10mg cyclobenzaprlne 10mg oxycodone
Meds 1 hour before surgery
Cydobenzaprine 10 mg
  • (II) Pregahalin 150 mg

  • (III) Oxycodone release 10 mg

Propofol infusion at induction, inhaled anaesthesia, ketamine at induction, dexamethasone, fentanyl, methadone, lidocaine, acetaminophen (see below)
Induction of anaesthesia—propofol 2 mg/kg plus ketamine 50 mg Maintenance of anaesthesia—sevoflurane with fentanyl 1–2 mg/kg titrated to clinical effect
Additional medications administered intraoperatively
  • (I) Bupivacaine 0.5% with epinephrine 1:200,000 injected at incision site

  • (i) 20 mL per side if patient weight <70 kg

  • (ii) 30 mL per side if patient weight ≥70 kg

  • (II) Acetaminophen 1,000 mg IV

  • (III) Dexamethasone 10 mg IV

  • (IV) Ondansetron 4 mg IV

  • (V) Famotidine 20 mg IV Oral pain medications if possible, in recovery room

NSAID
Gabapentin
Pregahalin
Tramadol
Postoperative day 0
  • (I) cold compres5es applied to surgical area

  • (II) Pregabalin 75 mg q12h orally

  • (III) Cydobenzaprine 10 mg q8h orally

  • (IV) Tramadol 50 mg q6h

  • (V) Oxycodone immediate release

  • (i) 5 mg q4h as needed for pain (NRS >3), opioid naïve patients

  • (ii) 10 mg q4h as need for pain (NRS >4), opioid tolerant patients


Postoperative day 1
  • (I) Cydobenzaprine 10 mg PO prn for spasms

  • (II) Hydrocodone 10 mg plus acetaminophen 325 mg

  • (i) 1 tablet as needed for pain (NRS 1–5)

  • (ii) 2 tablets as needed for pain (NRS 6–10)

Potential to make difference to length of stay.
Weill Cornell Medical College, USAMinimally invasive lumbar decompression spine surgery (Soffin et al.,2019)oral acetaminophen (1000 mg) and gabapentin (300 mg) in the preoperative holding areaTotal intravenous anaesthesia, ketorolac, lidocaine, dual antiemetic, prophylactic therapyAcetaminophen, NSAIDr Two 50mg tramadol or 5mg oxycodone based on NRS pain scorePotential for quicker discharge and reduced opioid use.
Retrospective Matched cohort study (n = 18)boluses of fentanyl (1–2 μg/kg, titrated to effect) or Dilaudid (up to 2 mg total). accordingto the judgment of the anesthesiologist to achieve optimal hemodynamic and anesthetic conditions for surgery. All patients received infusions of the following: 1) propofol (50–150 μg/kg/hr), adjusted to maintain the mean arterial pressure within ± 20% of each patient’s baseline value, 2) ketamine (0.1–0.5 mg/min), >and 3) lidocaine (2 mg/kg/hr until closure of the surgical incision). Inhaled halogenated agents (isoflurane or sevoflurane) were permitted, up to 0.5 minimum alveolar Patients concentration (MAC), as needed. Dual antiemetic therapy with dexamethasone (4 or 8 mg) and ondansetron (4 mg) were provided. Ketorolac (15 or 30 mg, according to age and weight) was given durjng surgical closure.Patients with reported NRS scores ≤ 4 should be treated with non-opioid analgesics (acetaminophen, ketorolac-, gabapentin, and/or non-pharmacotherapies, including ice, distraction, and position changes); for those with NRS scores 5–7, patients may receive two 50-mg doses of tramadolif needed; and for those with NRS scores 8–10, patients may receive a 5-mg oxycodone. Further escalation of opioids requires assessment by the anesthesiologist. PONV are treated with metoclopramide (10 mg intravenously) or ondansetron (4 mg). prescribed scopolamine (1.5 mg transdermal).
University of Western Ontario, CanadaSpine surgery (Alboog et al., 2019)
Review
Pregabalin, gabapentin 0.2mg per KG, methadoneSelective COX-2 inhibitors, ketamine administration (bolus or infusion), tramadol, analgesics mixtureNARecommend a combined use of gabapentiniods, ketamine, and opioids to achieve optimal analgesia
Perelman, School of Medicine, University of Pennsylvania, USASpine surgery (Ali et al.,2018; Ali et al., 2019; Ali et al.; 2023)
ERAS Pilot study (n = 202) Randomised Controlled Trial (n = 142)
Education, nutrition, diabetes management, smoking cessation counselling, chronic opioid screen use, obstructive sleep apnoea screen, and discharge planning.
600mg Gabapentin
Metabolism management, multimodal analgesia, safe spinal surgery checklist, early mobilisation and wound care.
NSAIDS opioids, anticonvulsants, other analgesia
Clinical team communication, wound care management, post-acute care neurosurgery triage pathway.
975mg 6 hourly acetaminophen, diazepam po, cydobenzaprine, ketorolac, wound care, gum chewing (1 piece for 3 minutes daily), physiotherapy
ERAS protocol greatly improves postoperative mobilization and ambulation and, most importantly, has the potential to safely reduce opioid use both in the perioperative period and at 1 month after surgery, with important potential for relief of chronic opioid dependence.
University of Texas, USASpine surgery for metastatic tumours (Grasu et al., 2018)
Preliminary analysis of implementation of ERAS (n = 97)
Education, sedation and anxiety management, pain management and pre-op fasting
patient on ≥5 opioid tablets/day; patient on long-acting opioid medication; rapidly increasing opioid requirements; pain not responsive to prescribed analgesics; patient treated by an outside pain physician; significant psychosocial distress related to pain &/or surgery; curτent or history of recreational drugs use. Consider starting w/low-dose (eg.. 100 mg/daily) gabapentin for neuropathic pain & patient <65 yrs of age
Day of surgery: tramadol ER 300 mg oral y + gabapentin 300 mg (or pregabalin 75 mg) orally + acetaminophen 1000 mg orally upon arrival in preoperative holding area; consider decreasing dosage if patient ≥65 yrs old
Fluid, temperature and transfusion management, surgical management
IV anesthesia maximization: infusions of propofol, dexmedetomidine, ketamine, lidocaine, methadone (0.1– 0.2 mg/kg) single upfront IV dose in opioid-tolerant patients; IV dexamethasone 10 mg every 6 hrs; consistent risk-based antiemetic, & DVT prophylaxis; emphasis on lung-protective mechanical ventilation strategies
Early ambulation, early oral intake, DVT prophylaxis, physical therapy
Gabapentin 300 mg orally every 8 hrs, celecoxib 200 mg orally every 12 hrs, tramadol ER 200 mg orally every 12 hrs, acetaminophen 1 g orally every 6 hrs, continue preop long-acting opioids plus IV PCA; cancer pain consult if pain poorly controlled, daily hydromorphone requirement >12 mg/day or morphine >60 mg/day, pain limits daily function/rehabilitati¤n, significant psychosocial distress
Improved analgesia and decreased opioid consumption in the perioperative care of patients undergoing spine surgery for metastatic tumors
Westmead ERAS Protocol, AustraliaElective spiral (lumbar and cervical) decompression surgery (Pahwa et al., 2024)
ERAS Protocol
Modern fasting, prioritised as first or second surgical case. Preceeded by: Period (1) Operative consultation (operative plan, patient education, ERAS inception) Period (2) Preadmission clinic (patient re-education, ERAS principles &reinforcement)
Pre-emptive analgesia: 200mg celecoxib, 75mg pregabalin, lg paracetamol
Post-operative nausea & vomiting prophylaxis
Normovolemia
Normothermia
Microscope assisted Surgery
No IDC
No wound drains
Local anaesthetic
General anaesthetic with minimal dose of buplvacaine and 0.25% adrenaline, lmg/kg oxycodone, 10-20 mmol Magnesium sulphate & 2mcg/kg clonidine
Early mobilisation Multimodal analgesia Same day discharge (within 4 hours)
Phone call follow up day 1 postoperatively
Follow up in clinic on day 5
Routine follow-up at 6 weeks post-surgery
8mg dexamethasone for postoperative nausea & vomiting
Opioid sparing multimodal analgesia: (regular paracetamol, celecoxib, tapentadol as required (PRN) as provided as a script at time of discharge.
Early discharge post surgery

1 ABBREVIATIONS: ER = Extended release; IDC= Indwelling urinary catheter; IV = Intravenous fluids; NSAID = Non-steroidal anti-inflammatory drugs; NRS = Numeric rating scale for pain; PCA: Patient-controlled analgesia; PO = By mouth; PONV = Post operative nausea and vomiting

DOI: https://doi.org/10.2478/ajon-2025-0005 | Journal eISSN: 2208-6781 | Journal ISSN: 1032-335X
Language: English
Page range: 25 - 35
Published on: Jun 12, 2025
Published by: Australasian Neuroscience Nurses Association
In partnership with: Paradigm Publishing Services
Publication frequency: 2 issues per year

© 2025 Caroline Woon, Stephen Kivunja, Dr. Linda Nichols, Diane Lear, published by Australasian Neuroscience Nurses Association
This work is licensed under the Creative Commons Attribution-NonCommercial-NoDerivatives 4.0 License.