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Ординатура / Хирургия / Библиотека им академика М.И. Перельмана / Книга_3663_Библиотеки_им_академика_М_И_Перельмана

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104
Данная книга находится в списке для перевода на русский язык сайта https://meduniver.com/
R. Posham et al.
Fig. 29.4 An 18Fr sheath (18Fr × 40 cm Check-Flo Performer Introducer, Cook Medical Inc., Bloomington, IN) is advanced through the “port-hole” fenestration using the swallow-the-balloon technique, i.e., pushing the sheath over a gradually deating balloon to minimize step-off
Fig. 29.5 Crocodile Jaw Grasping Forceps (model 4162; LYMOL Medical Corp, Woburn, Massachusetts) are advanced through the sheath to directly grasp the lter neck
29 Stent-Excluded IVC Filter Causing Severe Abdominal Pain: ThePorthole Retrieval Technique
105
Fig. 29.6 From a left CFV access, a 14mm × 6 cm Balloon (XXL Balloon, Boston Scientic, Watertown, MA) was simultaneously inated over a safety wire in the IVC stent lumen to assist in freeing the lter legs from the surrounding soft tissue, prevent crumpling of the stent as the lter was pulled into the sheath, and provide temporary hemostasis in case of IVC rupture
Fig. 29.7 Computed Tomography Maximum Intensity Projection (CT-MIP) images obtained at 3months post procedure shows the “port­hole” at the level of the right renal rein, and the remainder of the stent in good apposition to the IVC wall. There is no evidence of thrombosis, hematoma, or other abnormality
AngioVac Thrombectomy
Данная книга находится в списке для перевода на русский язык сайта https://meduniver.com/
ofTwo- Month- Old Iliocaval Thrombosis ina15-Year-Old Resulting fromGunshot Wound andSurgical Caval Ligation
ZivJHaskal
A 15-year-old male received an accidental gunshot to the abdo­men resulting in pulseless electrical activity arrest, open thora­cotomy, hemorrhagic shock and injuries to gastrointestinal, liver, and pancreatic injuries. A bleeding inferior vena cava (IVC) injury was primarily repaired. With ongoing resuscita­tion and emergent transfer, he underwent reoperations, wash­out of abscesses, and bullet removal (Fig.30.1). CT imaging demonstrated infrarenal thrombus in the IVC extending into the common iliac veins (Fig.30.2). He was discharged after 1month and was readmitted 3weeks later for thrombectomy.
Whilst under general anesthesia, femoral and jugular
venography demonstrated the ilio-midcaval thrombosis(Fig.
30.3). Probing the surgical site of occlusion led to opacifying
abdominal lymphatic trunks that lled the thoracic duct with­out leak (Fig.30.4). The hard occlusion, at the surgical clips was traversed with sharp recanalization from the jugular to femoral axis. This was dilated with serial balloons to 14mm without extravasation, after which the AngioVac circuit was assembled and the jugular cannula activated in the upper IVC.
30
Fig. 30.2 Coronal CT at week 3 demonstrates the lower caval throm-
bosis (red arrow), and the surgical clips at its ligation (yellow arrow); cephalad of this, the IVC is patent
Transfemoral occlusion and angioplasty balloons and Arrow PTD were used to macerate and push thrombus toward the suction cannula (Figs.30.5 and 30.6). Four col­lection baskets were lled with extracted hard rubbery thrombus. Stents were deferred given his age and expected growth. After nal 16 mm IVC dilation, prograde ow was
Fig. 30.1 CT image after third operation demonstrates open abdomen, mid abdominal abscess (multiple others were present, not shown), lack of caval opacication
Z. J Haskal (*) Department of Radiology and Medical Imaging, Interventional Division, University of Virginia, Charlottesville, VA, USA
© The Author(s), under exclusive license to Springer Nature Switzerland AG 2023 Z. J. Haskal (ed.), Extreme IR, https://doi.org/10.1007/978-3-031-24251-9_30
present in the iliac and femoral veins, with residual adherent clot in the left iliac vein at end (Fig.30.7). Enoxaparin anti­coagulation was initiated and he was discharged after 1day. His leg swelling resolved at follow-up. At 5years, he has no leg swelling and no venous claudication.
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30 AngioVac Thrombectomy of Two-Month-Old Iliocaval Thrombosis in a 15-Year-Old Resulting from Gunshot Wound and…
107
Fig. 30.3 Initial transfemoral venogram demonstrates partial patency of the right iliac vein (black arrow), complete caval thrombosis and extensive paravertebral collaterals, and reconstitution of the patent upper IVC (yellow arrow)
FIg. 30.4 Contrast injection during attempts to traverse the surgical occlusion lls an abdominal lymphatic trunk in continuity with the tho­racic duct
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Z. J Haskal
Fig. 30.6 Inferior vena cava gram after partial thrombectomy and
Fig. 30.5 Through and through jugular to right femoral wire access
has been established. A left transfemoral 16 mm balloon has been
14mm midcaval angioplasty. The AngioVac catheter is faintly seen at the top
inated centered at the level of the surgical clips (prior occlusion). The inated AngioVac cannula is seen at the top. A small caliber left femo­ral arterial sheath is also present
30 AngioVac Thrombectomy of Two-Month-Old Iliocaval Thrombosis in a 15-Year-Old Resulting from Gunshot Wound and…
109
Fig. 30.7 IVC venogram demonstrates restoration of caval patency. Some caudal partial thrombus remains
Single-Session Total IVC andIliofemoral
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Endovascular Construction forCaval Agenesis
MinaS.Makary
31
A 30-year-old male with congenital IVC atresia and chronic bilateral iliofemoropopliteal thrombotic occlusions pre­sented with progressive worsening of debilitating lower extremity edema. Abdomen and pelvis CT redemonstrated absence of the IVC and new subacute-on- chronic bilateral iliofemoral thromboses and numerous retroperitoneal and body wall venous collaterals. Duplex ultrasound evaluation demonstrated similar ndings in both femoral and popliteal veins.
Bilateral popliteal and right internal jugular vein approaches conrmed prior ndings, including a small suprahepatic IVC remnant (Fig.31.1). Blunt recanalization of both popliteal, femoral, and iliac veins was performed using directional catheters and guidewires. IVC construction
was performed using antero- and retro-grade blunt and sharp techniques, including the Rösch-Uchida transjugular liver access targeting an inated balloon with uoroscopic and cone-beam CT triangulation (Fig.31.2). IVUS was used to conrm passage of guidewire through bilateral lower extrem­ities and the neo-IVC.The 24F Inari FlowTriever was used to aspirate clot, followed by venoplasty. Twenty mm diame­ter Abre (Medtronic) venous stents were deployed within neo-cava and kissing 16mm stents for the iliac and central femoral veins followed by balloon dilation (Figs.31.3 and
31.4). Dual antiplatelet and anticoagulant was initiated. He
had near-complete resolution of lower extremity symptoms at 2-week follow-up. At 6 months, he was functional and able to return to work, having been previously disabled.
a
M. S. Makary (*) Division of Vascular and Interventional Radiology, Department of Radiology, The Ohio State University Wexner Medical Center, Columbus, OH, USA e-mail: mina.makary@osumc.edu
© The Author(s), under exclusive license to Springer Nature Switzerland AG 2023 Z. J. Haskal (ed.), Extreme IR, https://doi.org/10.1007/978-3-031-24251-9_31
Fig. 31.1 Conventional diagnostic venography demonstrated (a) occlusion of the bilateral iliofemoral veins and development of venous collaterals, (b) absence of IVC with drainage through the para-lumbar venous plexus, and (c) presence of a small suprahepatic venous remnant which was used in subsequent venous construction
110
31 Single-Session Total IVC andIliofemoral Endovascular Construction forCaval Agenesis
111
Fig. 31.1 (continued)
b
c
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M. S. Makary
a
b
Fig. 31.2 Caval construction with sharp techniques utilizing a Rösch­Uchida transjugular liver access needle in a suprahepatic venous rem­nant targeting an inated balloon placed in the lower retroperitoneum via the popliteal access, with (a) uoroscopic and (b) cone-beam CT triangulation
Fig. 31.3 Caval construction with overlapping 20mm venous stents, followed by kissing 16mm stents for the iliac and central femoral veins with corresponding venoplasty
31 Single-Session Total IVC andIliofemoral Endovascular Construction forCaval Agenesis
113
a
b
Fig. 31.4 Completion venography demonstrating a patent (a) neo-IVC and (b) iliofemoral veins, with contrast ow to the right atrium