TEVAR combined with laser in-situ fenestration in the ... · • In situ venous laser fenestration...
Transcript of TEVAR combined with laser in-situ fenestration in the ... · • In situ venous laser fenestration...
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TEVAR combined with laser in-situ fenestration in the treatment of
type A aortic dissection
Department of Vascular Surgery
Ninth People’s Hospital
Shanghai Jiao Tong University School of Medicine
Xiaobing Liu,Xinwu Lu
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Disclosure
Speaker name:
.................................................................................
I have the following potential conflicts of interest to report:
Consulting
Employment in industry
Stockholder of a healthcare company
Owner of a healthcare company
Other(s)
I do not have any potential conflict of interest
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Although TEVAR in descending aortic pathology, such as type B dissection, has shown promising early and midterm results, it remains a challenge in type A aortic dissection.
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Endovascular Treatment for type A dissection
Figures-Rutherford's Vascular Surgery 8
Murphy EH, Dimaio JM, Dean W, Jessen ME, Arko FR. Endovascular repair of acute traumatic thoracic aortic transection with laser-assisted in-situ
fenestration of a stent-graft covering the left subclavian artery. Journal of endovascular therapy : an official journal of the International Society of
Endovascular Specialists. 2009;16:457-463
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In vitro laser fenestration on stent grafts
In our center
A diode laser,previously used for ablation of saphenous veins
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Preliminary results
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7
Challenge for type A aortic dissection with laser in-situ fenestration
1. Accurate deployment of ascending aortic
stent graft
2. Brain protection during procedure
3. Reconstruct all of the aortic arch
branches
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• 58 patients (from April 2014 to May 2018), Stanford type
A aortic dissection who received TEVAR combined with in situ
laser fenestration from zone 0 landing were retrospectively
analyzed.
• Critical inclusion criteria, including the damage to the aortic
branches and intimal tears adjacent to the aortic/coronary
valves or the proximal seal zone more than 15 mm.
• Exclusion criteria included the following:
(1) patients with cardiopulmonary and renal insufficiency
not tolerant to general anesthesia;
(2) less than 15 mm distance (seal zone) between intimal
tears and ostia of coronary artery;
(3) Coronary ostia or cardiac vavles affected by the
dissection.
Retrospective study in our center
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In situ venous laser fenestration of the LCA, innominate artery, and
LSA during TEVAR.
Procedures in brief
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• Procedural success rate 91.38% (53 of 58 ).
• Two LSA fenestration was abandoned due to the highly
tortuous LSA, with an acute angle between its origin and
the aorta arch.
• Two fenestrations were not achieved due to an acute
takeoff of innominate artery in type III aortic arch in early
time.
• One patient died of pericardial tamponade during operation
• In-hospital mortality rate 3.45%
• one due to severe pneumonia after operation
• stroke occurring in two patient (3.45%)
• no myocardial infarction, transient ischemic attacks,
cerebral infarction, respiratory system, renal system, or
other neurologic complications occurred during the follow-
up period.
• A follow-up CTA (10.6 ± 5.4 months) indicated that
• One type Ia endoleaek and one type II endoleak
Results
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One cerebral infarction might have been caused by
balloon burst due to oversized inflations during PTA
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Typical case 1:
Female,47 years old,sudden chest back pain for 6h
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Extracorporeal bypass for cerebral protection:
Step 1: the 16F sheath was inserted into the ascending aorta until next to the coronary valve (15 mm above).
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16F Sheath
6F Sheath
12F Sheath
Schematic illustration of the cerebral circulation protection with an extracorporeal bypass.
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Accurate deployment of ascending aortic stent graft
(cTAG, Gore, as the first choice for the flexibility)
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Reconstruction of LCA with laser in-situ fenestration
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Fluency 8*40mm, BARD Mustang 8*60mm, BOSTON
Reconstruction of LCA with laser in-situ fenestration
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Extracorporeal bypass adjustment after LCA reconstruction
16F Sheath
6F Sheath
12F Sheath
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Dorado 10*40mm, BARD Fluency 13.5*40mm, BARD
Reconstruction of the innominate artery with laser in-situ fenestration
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Reconstruction of LSA with laser in-situ fenestration
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Final angiography
Completion angiography
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Issues:one or two fenestrated channels?
Typical case 2: horns arch in short common segment
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First of all, open the
LCA and the INA one
by one, and try to
deviate from the two
opening points.
LSA in last step
Horns arch in short common segment
Horns arch
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Follow up CTA in day 3
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All kinds of difficulties in one patient!!!
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Follow-up CTA 1 week post Op.
Follow-up CTA 1 week post Op.
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3 weeks after Op.
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The advantages of the diode laser in-situ fenestration
• Wavelengths of 940 or 810 nm, with selective tertiary hemoglobin peak and
a 0.3-mm penetrated depth in the blood, less damages to the vessles
• The energy generated by this diode laser was absorbed by water and
hemoglobin to avoid bubbles, which might cause stroke during fenestration
for carotid arteries.
• Using 18 W laser energy, which might destroy and soften the PTFE or
Dacron fabrics thoroughly, creating a round and intact fenestration .
• The soft laser fiber could pass through complex and tortuous aortic arch
anatomic variations.
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Conclusions
• In situ venous laser fenestration to revascularize the supra-aortic branches
is a feasible and effective option during TEVAR for Stanford type A aortic
dissection.
• Venous laser fenestration under cerebral circulation protection with an
extracorporeal bypass presents with lower-fenestration-related
neurovascular complications.
• The high technical success, low mortality, and high patency have
extended this application to more patients.
• Further studies with prolonged follow-up, increased surgical amount,
prospective basic research of fluid mechanics change, and aortic
remodeling after TEVAR are required.
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THANKS FOR YOUR ATTENTION!
•Department of Vascular Surgery
•Ninth People’s Hospital
•Shanghai Jiao Tong University School of Medicine
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TEVAR combined with laser in-situ fenestration in the treatment of
type A aortic dissection
Department of Vascular Surgery
Ninth People’s Hospital
Shanghai Jiao Tong University School of Medicine
Xiaobing Liu,Xinwu Lu