A distal-first open approach with sequential visceral perfusion and left heart bypass via a graft sidearm allowed successful emergency thoracoabdominal aortic repair in a 59-year-old man with two prior aortic repairs, with the patient discharged home at 5 weeks with a patent repair.
Key Findings
Background
A 59-year-old haemodialysis-dependent man with two prior aortic repairs presented with a 74 mm descending thoracic aortic aneurysm with impending rupture features and required emergency open repair.
His history included a frozen elephant trunk for acute type A aortic dissection, followed by a thoracic endovascular stent graft.
Prior complications were partial spinal cord ischaemia and a type Ib endoleak.
He presented with chest pain, and imaging showed the 74 mm aneurysm.
Methods
Multidisciplinary consensus judged further endovascular intervention unsuitable, so emergency open thoracoabdominal repair was undertaken.
The decision was made by multidisciplinary consensus.
The case involved repair after prior endovascular intervention, described as among the most technically demanding procedures in aortic surgery.
Methods
A distal-first approach was used to overcome the distal perfusion challenges imposed by chronic aortic dissection.
The infrarenal aorta was clamped and the distal anastomosis was made to a branched graft.
Left heart bypass was then established through the graft's sidearm.
Methods
Visceral and renal vessels were reconstructed in sequence, with sequential visceral perfusion during the repair.
The right renal and coeliac arteries were anastomosed to the graft branches during sequential visceral perfusion.
After declamping and de-airing, the superior mesenteric and left renal arteries were anastomosed.
Methods
The proximal anastomosis incorporated both the previous frozen elephant trunk and the thoracic endovascular stent graft, reinforced with double Teflon strips, and the intercostal arteries were reimplanted.
Double Teflon strips reinforced the proximal anastomosis.
Intercostal artery reimplantation was performed as part of the repair.
Results
Neuromonitoring remained preserved during the operation.
Motor-evoked potentials and cerebral monitoring were preserved.
The patient had a prior history of partial spinal cord ischaemia.
Results
The patient recovered well and was discharged home 5 weeks after surgery with a patent repair on imaging.
Discharge was at 5 weeks postoperatively.
Imaging confirmed repair patency.
What This Means
This report describes an emergency operation on a 59-year-old man whose aorta (the body's main artery) had already been repaired twice. He was on kidney dialysis and had earlier surgery for an aortic dissection, followed by a stent graft, which led to a leak and temporary partial spinal cord injury. He then came in with chest pain and a 74 mm bulge in the aorta that looked close to rupturing.
The care team decided that another stent-based procedure was not suitable, so surgeons performed open repair. They worked from the lower part of the aorta upward, which helped maintain blood flow to the lower body despite the chronic dissection. They used a branched graft, supported circulation with a bypass connection, fed the abdominal organs sequentially, and reattached the key organ arteries and spinal-supplying arteries. Nerve-function monitoring stayed preserved throughout.
The patient recovered well, went home after 5 weeks, and imaging showed the repair was open and working. This is a single case report, so it suggests that this approach can be feasible in very complex situations but cannot show how well it works in other patients.
Naruka V, Kumar U, Rasheed I, Lopez-Marco A, Adams B, Ye Oo A. (2026). Emergency thoracoabdominal aortic repair: distal-first approach with two previous aortic repairs.. Multimedia manual of cardiothoracic surgery : MMCTS. https://doi.org/10.1510/mmcts.2026.089