Abstract:Occlusions of major vessels in patients with congenital heart disease may occur due to a variety of factors. These occlusions are often felt to be best addressed surgically; however, we and others have been successful in recanalizing most of these vessels in the catheterization laboratory. Most of these patients will require multiple procedures in the catheterization laboratory to ensure vessel patency and to facilitate vessel growth. Physicians performing the procedure should have a thorough understanding of … Show more
“…Thrombosis is a cause of significant morbidity and mortality in children . Placement of central lines, cardiac catheterizations, surgical procedures, low cardiac output states, and coagulopathies may all result in significant thrombus formation in vessels of children . Recanalization of vessels and shunt grafts using methods such as balloon maceration have been previously described in children .…”
Section: Introductionmentioning
confidence: 99%
“…Placement of central lines, cardiac catheterizations, surgical procedures, low cardiac output states, and coagulopathies may all result in significant thrombus formation in vessels of children . Recanalization of vessels and shunt grafts using methods such as balloon maceration have been previously described in children . However, published data regarding the use of specific rheolytic and manual aspiration thrombectomy systems in children have thus far has been limited to small series or case reports .…”
“…Thrombosis is a cause of significant morbidity and mortality in children . Placement of central lines, cardiac catheterizations, surgical procedures, low cardiac output states, and coagulopathies may all result in significant thrombus formation in vessels of children . Recanalization of vessels and shunt grafts using methods such as balloon maceration have been previously described in children .…”
Section: Introductionmentioning
confidence: 99%
“…Placement of central lines, cardiac catheterizations, surgical procedures, low cardiac output states, and coagulopathies may all result in significant thrombus formation in vessels of children . Recanalization of vessels and shunt grafts using methods such as balloon maceration have been previously described in children . However, published data regarding the use of specific rheolytic and manual aspiration thrombectomy systems in children have thus far has been limited to small series or case reports .…”
“…The CA may be used for interventions on the surgical Blalock- Taussig (BT) shunts, for patent ductus arteriosus (PDA) stenting or for aortic valvuloplasty [1][2][3][4]. Transcatheter intervention from the CA traditionally has been achieved via surgical cutdown [5][6][7]. However, surgical cutdown has been associated with post-intervention stenosis and even intentional CA ligation [7][8][9][10].…”
PCA access for pediatric interventional catheterization appears to be safe with a very low rate of mild stenosis, and very few complications. Follow-up outcomes in our series are excellent, with a CA patency rate of 100%, even after multiple procedures. Mild CA stenosis was not associated with patient size or sheath introducer caliber. While the acute results from percutaneous CA catheterization have proven safe in recent literature, longer-term outcomes remain unreported. At our institution, the outcomes following percutaneous carotid access are associated with an excellent patency rate of 100%, even after multiple procedures on the same vessel. A low incidence of mild vessel stenosis can be appreciated on follow-up angiography.
“…The methods used include recanalization using the stiff end of guide wires, recanalization using coronary total occlusion wires and radiofrequency ablation with covered stent placement. [4][5][6][7][8][9][10] We describe 3 cases of aortic isthmic atresia that was successfully treated using a percutaneous approach, in a tertiary hospital in Ireland between 2011 and 2015.…”
Aortic isthmic atresia is a severe form of aortic coarctation where there is loss of luminal communication at the aortic isthmus. The primary approach for correcting aortic isthmic atresia has been surgical repair of the coarctation. A small number of case series have shown that percutaneous correction of aortic isthmic atresia is possible. We describe 3 cases of aortic isthmic atresia that was successfully treated using a percutaneous approach. Our cases ranged in age between 42 and 51 years, and they all had hypertension. In our case series, 2 patients were successfully treated with radiofrequency perforation and 1 patient had anterograde recanalization performed using a stiff wire. Our patients have been followed up for between 2 and 4 years post-procedure, and they continue to do well. The success of percutaneous management in this case series adds to the small but increasing amount of data available in support of endovascular management of aortic isthmic atresia in adult patients.
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