nlbarnes
Expert
I've got:
34803
34825
34826
37236
37236
75710, 75658, &/or 75952
POSTOPERATIVE DIAGNOSES:
1. Abdominal aortic aneurysm status post fenestrated endograft.
2. Superior mesenteric artery stenosis/shuttering.
PROCEDURE:
1. Mesenteric angiogram via left brachial artery approach.
2. Placement of 7 x 22 iCAST covered balloon expandable stent graft
in the orifice of the superior mesenteric artery.
DESCRIPTION OF PROCEDURE:
We cut down onto the left brachial artery by making an incision in the mid
upper arm. This was taken down through the subcutaneous tissue and
through the brachial sheath to expose the brachial artery. Brachial
artery was dissected free for length to place clamps. At that time,
the patient was anticoagulated to an ACT of greater than 250. We
accessed the left brachial artery with micropuncture needle.
Micropuncture wire was advanced into the axillary artery and exchanged
for a 0.035 guidewire. A 6-French sheath was then placed. We then
used an angled Glidewire and a Kumpe catheter to navigate the aortic
arch to place our SOS OmniFlush catheter into the distal thoracic
aorta. At that point, we performed multiple oblique views of the
aorta and the visceral vessels. It appeared that there was both a
stenosis in the celiac artery approximately 1 to 2 cm distal to
takeoff consistent with median arcuate compression. In addition,
there was what appeared to be shuttering of the superior mesenteric
artery by the scallop of the fenestrated stent graft.
At that time, a Kumpe catheter and angled Glidewire were used to
access the superior mesenteric artery. We confirmed placement of the
superior mesenteric artery with popliteal angiography. At that time,
a 6 x 20 balloon was placed into the orifice, which did not show too
much deformity. Subsequent 7 x 40 balloon was placed into the orifice
and this did show deformity of the balloon with movement of the stent
graft orifice to handle the balloon.
At that time, the 7-French sheath was advanced into the superior
mesenteric artery. A 7 mm x 22 mm iCAST balloon expandable covered
stent was placed across the shutter portion into the orifice of the
superior mesenteric artery with one-third back into the aorta and this
was expanded fully. It did not appear that there was any recoil in
the stent graft. It appeared that the SMA orifice was widely patent.
We shot a completion angiography, which showed excellent filling into
the superior mesenteric artery and the celiac artery. It was decided
against performing any intervention on the celiac artery at this time.
At that point, the wires and catheters were removed. The puncture
site in the left arm was closed directly with multiple 7-0 interrupted
suture in the brachial artery. The subcutaneous tissue was closed
using 3-0 Vicryl and the skin was closed using 4-0 Monocryl.
34803
34825
34826
37236
37236
75710, 75658, &/or 75952
POSTOPERATIVE DIAGNOSES:
1. Abdominal aortic aneurysm status post fenestrated endograft.
2. Superior mesenteric artery stenosis/shuttering.
PROCEDURE:
1. Mesenteric angiogram via left brachial artery approach.
2. Placement of 7 x 22 iCAST covered balloon expandable stent graft
in the orifice of the superior mesenteric artery.
DESCRIPTION OF PROCEDURE:
We cut down onto the left brachial artery by making an incision in the mid
upper arm. This was taken down through the subcutaneous tissue and
through the brachial sheath to expose the brachial artery. Brachial
artery was dissected free for length to place clamps. At that time,
the patient was anticoagulated to an ACT of greater than 250. We
accessed the left brachial artery with micropuncture needle.
Micropuncture wire was advanced into the axillary artery and exchanged
for a 0.035 guidewire. A 6-French sheath was then placed. We then
used an angled Glidewire and a Kumpe catheter to navigate the aortic
arch to place our SOS OmniFlush catheter into the distal thoracic
aorta. At that point, we performed multiple oblique views of the
aorta and the visceral vessels. It appeared that there was both a
stenosis in the celiac artery approximately 1 to 2 cm distal to
takeoff consistent with median arcuate compression. In addition,
there was what appeared to be shuttering of the superior mesenteric
artery by the scallop of the fenestrated stent graft.
At that time, a Kumpe catheter and angled Glidewire were used to
access the superior mesenteric artery. We confirmed placement of the
superior mesenteric artery with popliteal angiography. At that time,
a 6 x 20 balloon was placed into the orifice, which did not show too
much deformity. Subsequent 7 x 40 balloon was placed into the orifice
and this did show deformity of the balloon with movement of the stent
graft orifice to handle the balloon.
At that time, the 7-French sheath was advanced into the superior
mesenteric artery. A 7 mm x 22 mm iCAST balloon expandable covered
stent was placed across the shutter portion into the orifice of the
superior mesenteric artery with one-third back into the aorta and this
was expanded fully. It did not appear that there was any recoil in
the stent graft. It appeared that the SMA orifice was widely patent.
We shot a completion angiography, which showed excellent filling into
the superior mesenteric artery and the celiac artery. It was decided
against performing any intervention on the celiac artery at this time.
At that point, the wires and catheters were removed. The puncture
site in the left arm was closed directly with multiple 7-0 interrupted
suture in the brachial artery. The subcutaneous tissue was closed
using 3-0 Vicryl and the skin was closed using 4-0 Monocryl.