03 / Thoracic Surgery · open
Esophagectomy (Ivor Lewis)
Removal of the esophagus for cancer through abdomen then right chest, with the stomach refashioned into a tube and brought up to replace it, one of surgery's biggest physiological insults, staged as two operations in one.
Indication: Resectable carcinoma of the middle or lower esophagus after staging and usually after neoadjuvant therapy, in a patient fit for two body cavities.
On the tray for this operation
Test yourself on the tray
Electrosurgical pencil
Cutting and coagulating with high-frequency current.
DeBakey forceps
Atraumatic handling of vessels, bowel, and delicate tissue.
Clip applier
Applying metal or polymer clips to close small ducts and vessels.
Kocher clamp
Grasping tough tissue that will be removed or is meant to be held hard, fascia above all.
Metzenbaum scissors
Fine dissection of delicate tissue and planes.
Needle driver
Holding the curved needle while suturing.
Stage
1 / 4
Abdominal phase
Laparotomy or laparoscopy: the stomach is mobilised on the right gastroepiploic arcade, the left gastric pedicle taken with its nodes, and a pyloric drainage procedure considered.
Watch for: Gastroepiploic arcade injury (loses the conduit) · Splenic injury during mobilisation
The surgeon asks
Which vessel must survive the abdominal phase at all costs?
Why are we operating?
Esophagectomy removes the tumour-bearing esophagus and rebuilds swallowing with a gastric conduit pulled up into the chest: for resectable esophageal cancer it is the curative centrepiece of a campaign that usually starts with chemotherapy or chemoradiotherapy. It crosses two body cavities in one procedure, and everything about its risk profile follows from that arithmetic.
Pulls toward surgery
Gives the team pause
Shared foundations
What the surgeon is thinking
Abdominal phase
What is the abdominal phase actually building?
The future conduit and its lifeline: the stomach is mobilised on the right gastroepiploic arcade, which will be the transplanted organ's only blood supply. Every move near the greater curve is judged by that vessel, and the abdominal nodes come out as part of the cancer operation.
Making the conduit
Why the stomach, and why a tube of it?
The stomach reaches, keeps a robust arcade, and needs one anastomosis: tubularising it makes a conduit long enough to reach the chest or neck while shedding the bulk that would crowd the thorax. Its tip, the future anastomotic end, is the most distant point from the blood supply, a fact the whole operation respects.
Thoracic phase
Why does the chest phase define the operation's danger?
The esophagus is dissected off the airway, the aorta and the recurrent laryngeal nerves with the mediastinal nodes taken en bloc: the neighbours list explains the complication list. One-lung ventilation grants the exposure, and the thoracic duct's territory explains the chylothorax on the complications page.
The anastomosis
What decides whether the anastomosis heals?
Perfusion and tension, the same law as every join, but graded harder: the conduit tip's supply is arcade-fed from far away, the join sits in a cavity where a leak means mediastinitis, and day 5 to 7 is the window in which new AF or a climbing CRP means contrast imaging, not reassurance.
Decision points
Anastomosis in the chest or in the neck?
Intrathoracic (Ivor Lewis)
Shorter conduit journey, better perfusion at the join, but a leak leaks into the mediastinum: lower leak rate, higher leak stakes.
Cervical (McKeown)
A leak declares itself in the neck and drains there, at the price of more conduit length, more recurrent-nerve exposure and often more swallowing trouble.
The choice trades leak probability against leak consequence, shaped by tumour height and unit doctrine: what matters for the learner is that the trade is understood, because the postoperative surveillance is written by it.
The conduit tip looks dusky at the end of the pull-up.
Optimise and reassess
Pressure, vasopressor strategy, conduit lie and hiatal tightness are all reversible throttles: many dusky tips pink up when the physiology and geometry are fixed.
Do not join to doubt
A join sewn to ischaemic conduit is a mediastinal leak on a timer: resect back to bleeding tissue, or bail to a staged reconstruction with the airway of retreat named.
The conduit's perfusion is the operation's currency and the anastomosis is where it is spent: the discipline is refusing to complete a join the tissue has not underwritten, even at the cost of a staged operation.
Leaving the OR
The handoff
- Procedure
- Ivor Lewis esophagectomy after neoadjuvant chemoradiotherapy
- Conduit
- Gastric tube on right gastroepiploic arcade, tip well perfused
- Drains / access
- Right chest drain, NG in conduit under vision, feeding jejunostomy running
- Airway
- Extubated; voice normal (recurrent nerves observed intact)
- Watch for
- Day 5-7 leak window: new AF or CRP reversal earns contrast imaging, not observation
A fictional educational patient, handed over the way real ones are.
The postoperative course
- POD 0-2ICU/HDU: analgesia good enough to breathe, jejunostomy feeding from day one, and the conduit decompressed while it learns its new job.
- POD 3-5Mobilisation and drain management; the chylothorax question if drain output turns high and milky with feeding.
- POD 5-7The leak window, watched by protocol: any new AF, tachycardia or inflammatory reversal is a leak until imaged otherwise.
- Weeks to monthsSwallowing rebuilt in stages, weight and nutrition tracked, histology to MDT: recovery from this operation is a season, not a fortnight, and honest counselling said so beforehand.
Watch it done
The modified Ivor Lewis esophagectomy technique
Operative footage of the two-field operation: abdominal mobilisation then the chest anastomosis.
Source: CTSNet · Watch on YouTubeSurgery for esophagus cancer: esophagectomy
The overview a patient is given before the operation.
Source: Mayo Clinic · Watch on YouTube