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Enhanced recovery is a package of care that helps people recover from removal of the oesophagus: dietitian support, getting fitter beforehand, treating low iron, a short fast, keyhole surgery where the team is trained in it, an epidural for pain, early tube or mouth feeding, getting out of bed early, removing tubes once no longer needed, and four weeks of clot prevention.
The ERAS Society guideline for esophagectomy (2019; 39 items, each graded by GRADE) is the current specialty standard; its full text could not be read here, so its oesophagectomy-specific items are taken from the summary table in Halliday and Moorthy (Ann Surg Oncol 2022), which does not print grades. Items: nutrition assessment and treatment by individual risk with no routine immunonutrition; oral iron for iron-deficiency anaemia; multimodal prehabilitation; surgery 3 to 6 weeks after neoadjuvant chemotherapy or 6 to 10 weeks after neoadjuvant radiotherapy; no routine bowel preparation; solids until 6 hours (with caution in dysphagia) and clear fluids until 2 hours before; minimally invasive surgery where there is training and expertise; gastric conduit first line; nasogastric decompression of the conduit (unlike most ERAS pathways, which avoid routine nasogastric tubes); a single chest drain; balanced crystalloid; lung-protective ventilation; core temperature above 36 °C; level of postoperative care set by individual risk; thoracic epidural first line with paravertebral block as an alternative; early enteral feeding reaching full calories by day 3 to 6 by jejunostomy or nasojejunal tube; mobilisation from the day of surgery if feasible; chest drain removal below 200 ml a day without air or chyle leak; avoiding positive fluid balance; glucose below 10 mmol/l; and VTE prophylaxis for 4 weeks. Elements associated with a shorter stay in a meta-analysis cited there include immediate extubation, mobilisation by day 1, urinary catheter out by day 2 and oral fluids by day 1. NICE NG83 (2018) offers specialist dietetic support before, during and after radical treatment, and immediate enteral or parenteral nutrition after surgery.
Why: Many people with oesophageal cancer have lost weight because swallowing is hard, and poor nutrition raises the risk of complications.
“Offer nutritional assessment and tailored specialist dietetic support to people with oesophago‑gastric cancer before, during and after radical treatments.”
NICE 2018 · Not graded (NICE NG83 1.6.1, 'offer')
Why: Feeding support helps those at risk; special immune-boosting drinks have not been shown to help everyone.
“Assessment and treatment based on individual risk; routine use of immunonutrition is not recommended”
Why: Anaemia raises the chance of needing a blood transfusion and of complications.
“Oral iron supplementation for iron-deficiency anaemia”
Why: Chemotherapy before surgery reduces fitness; getting fitter before the operation may help recovery.
“Multimodal prehabilitation: exercise programme, personalised nutritional support, psychological support”
Why: This gives the body time to recover from treatment without letting the cancer grow back.
“3–6 weeks after neoadjuvant chemotherapy or 6–10 weeks after neoadjuvant radiotherapy”
Why: Long fasting leaves people thirsty and weaker; food can stay in a narrowed oesophagus, which is why dysphagia needs care.
“Solid food allowed until 6 h prior to surgery (caution if any dysphagia); clear fluids until 2 h prior to surgery”
Why: Keyhole and hybrid approaches can reduce lung complications in experienced hands; open, hybrid and minimally invasive approaches all have acceptable outcomes.
“Recommended where there is appropriate training and expertise”
Why: After oesophagectomy the stomach is pulled up into the chest, and a nasogastric tube keeps it from swelling; one drain works as well as two and hurts less.
“Single drain as effective as two and produces less discomfort”
Why: Getting cold during surgery raises the risk of infection, bleeding and heart problems.
“Maintain core temperature > 36 °C”
Why: Good pain relief lets people breathe deeply, cough and get up, which protects the lungs.
“Thoracic epidural as first line; paravertebral blocks are an alternative”
Why: After oesophagectomy eating by mouth takes time to build up, and early feeding supports healing.
“Offer immediate enteral or parenteral nutrition after surgery to people who are having radical surgery for oesophageal and gastro-oesophageal junction cancers.”
NICE 2018 · Not graded (NICE NG83 1.6.2, 'offer')
Why: Feeding through the gut is safer than through a vein and helps the bowel recover.
“Early enteral feeding; aim to achieve full calorie requirements by day 3–6; either jejunostomy or nasojejunal tube may be used”
Why: Moving early reduces chest infections, clots and muscle loss.
“Early mobilisation with defined daily incremental increases in activity; start on day of surgery if feasible”
Why: Drains left in longer slow recovery; too much fluid strains the lungs and the join; high blood sugar raises infection risk.
“Remove once draining < 200 ml/day and no evidence of air or chyle leak”
Why: The risk of clots after major cancer surgery lasts for weeks after leaving hospital.
“Continue for 4 weeks after surgery”
Why: Compliance with oesophagectomy pathways varies widely, and units that measure it can improve it.
“Real-time monitoring of compliance should be used to provide a continuous audit of implementation”
How care is usually carried out, read from the guidelines and standards cited. Your own team's protocol and their judgement come first; this page is for understanding it, not for doing it yourself.
The ERAS Society esophagectomy guideline (2019) is the current specialty standard, graded item by item; it is read here through its abstract and an open summary of its oesophagectomy-specific items (Halliday and Moorthy 2022), so the grades are not reproduced. Two items differ from most ERAS pathways and are deliberate: nasogastric decompression of the gastric conduit is recommended, and thoracic epidural stays first line for analgesia. NICE NG83 (2018) agrees on nutrition: specialist dietetic support throughout and immediate enteral or parenteral feeding after surgery. NICE NG180 (2020) offers an enhanced recovery programme to everyone having elective major surgery and allows clear fluids until 2 hours before.
ERAS Society (World Journal of Surgery) 2019 · Annals of Surgical Oncology 2022 · NICE 2018 · NICE 2020
Where it differs: Some centres place a feeding jejunostomy at operation; others use a nasojejunal tube; some start oral intake early.
Evidence: The ERAS summary allows either tube, and there is insufficient evidence to recommend one route for postoperative enteral feeding (Halliday and Moorthy 2022).
Where it differs: Some centres send every patient to intensive care or high dependency after oesophagectomy; others go straight to a surgical unit.
Evidence: The ERAS summary says the level of care should be personalised according to individual risk; the guide notes the two pathways involve different teams and practices.
Where it differs: Routine preoperative cardiopulmonary exercise testing, inspiratory muscle training and intraoperative pyloroplasty are used in some centres.
Evidence: There is insufficient evidence to recommend any of them (Halliday and Moorthy 2022, citing the ERAS guideline).
Enhanced recovery pathways feed people sooner, limit drips and drains and get them walking the day after an operation. Sixteen randomised trials in bowel surgery found 40 per cent fewer complications and stays more than two days shorter, but in 151 American hospitals given a full implementation programme, most failed to improve compliance with its elements.
Anaesthetic guidelines since at least 2011 say adults can drink clear fluids up to two hours before planned surgery and eat up to six hours before. In a study of 50 women having breast cancer surgery published in 2026, the average fast was 15 hours from food and 12 hours from fluids.
| Recommendation | Grade, as printed | Source |
|---|---|---|
| The ERAS guideline graded 39 sections by GRADE “Thirty-nine sections were ultimately produced and assessed for quality of evidence and recommendations.” | GRADE (individual grades not read) | ERAS Society (World Journal of Surgery) 2019 |
| Offer an enhanced recovery programme for elective major or complex surgery “Offer an enhanced recovery programme to people having elective major or complex surgery .” | Not graded (NICE NG180 1.2.1) | NICE 2020 |
| Elements associated with a shorter hospital stay “The presence of the following elements within the ERAS protocol is significantly associated with a reduction in length of stay after oesophagectomy: immediate extubation, mobilisation ≤ 1 day after surgery, removal of urinary catheter ≤ 2 days, commencing oral intake of fluid ≤ 1 day, enteral supplemental feeding ≤ 1 day, removal of epidural ≤ 4 days, and performing a contrast swallow ≤ 5 days.” | Meta-analysis finding cited by the guide, not a graded recommendation | Annals of Surgical Oncology 2022 |
| Nasogastric decompression of the conduit “Nasogastric tube decompression is recommended” | Not printed in the summary read | Annals of Surgical Oncology 2022 |
| Compliance with oesophagectomy ERAS pathways “Compliance with ERAS protocols for oesophagectomy patients ranges from 56% to 78%, with up to 20% of patients having a major protocol deviation.” | Observational range cited by the guide | Annals of Surgical Oncology 2022 |
Shares Surgical site infection prevention: skin preparation, antibiotic timing, warming and wound care, Clear drinks until two hours before an operation, rather than nothing from midnight, Enhanced recovery after liver surgery (ERAS pathway for hepatectomy), Prehabilitation (the pre-treatment window).
Shares Surgical site infection prevention: skin preparation, antibiotic timing, warming and wound care, Clear drinks until two hours before an operation, rather than nothing from midnight, Enhanced recovery after liver surgery (ERAS pathway for hepatectomy), Prehabilitation (the pre-treatment window).
Shares Surgical site infection prevention: skin preparation, antibiotic timing, warming and wound care, Clear drinks until two hours before an operation, rather than nothing from midnight, Prehabilitation (the pre-treatment window), Blood clot prevention around cancer surgery, including extended prophylaxis after major abdominal and pelvic operations.
Shares Surgical site infection prevention: skin preparation, antibiotic timing, warming and wound care, Clear drinks until two hours before an operation, rather than nothing from midnight, Enhanced recovery after liver surgery (ERAS pathway for hepatectomy), Prehabilitation (the pre-treatment window).
Shares Surgical site infection prevention: skin preparation, antibiotic timing, warming and wound care, Clear drinks until two hours before an operation, rather than nothing from midnight, Enhanced recovery after liver surgery (ERAS pathway for hepatectomy), Prehabilitation (the pre-treatment window).
Shares Surgical site infection prevention: skin preparation, antibiotic timing, warming and wound care, Prehabilitation (the pre-treatment window), Blood clot prevention around cancer surgery, including extended prophylaxis after major abdominal and pelvic operations, Enhanced recovery after cancer surgery, with each element's compliance measured and fed back.
Shares Surgical site infection prevention: skin preparation, antibiotic timing, warming and wound care, Blood clot prevention around cancer surgery, including extended prophylaxis after major abdominal and pelvic operations, Enteral and parenteral nutrition support, Enhanced recovery after cancer surgery, with each element's compliance measured and fed back.
Shares Surgical site infection prevention: skin preparation, antibiotic timing, warming and wound care, Clear drinks until two hours before an operation, rather than nothing from midnight, Blood clot prevention around cancer surgery, including extended prophylaxis after major abdominal and pelvic operations, Enhanced recovery after cancer surgery, with each element's compliance measured and fed back.