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Using micropuncture technique and ultrasound guidance the right common femoral vein was accessed, and 2 percloses were placed in a preclose fashion.Ultrasound-guided left femoral a-line [arterial line] was then placed with micropuncture technique and placing a 4 french a-line for monitoring purposes.An 8 french sheath was then placed, and a j-tipped guidewire and pigtail catheter were then used to cross the stenotic tricuspid valve.Heparin was administered achieving act [activated clotting time] greater than 250.The j-wire was then exchanged for a safari wire with an extra small curve.The 14 french edwards e sheath was then placed, and then through the e sheath a 26 mm true balloon was then advanced and crossed the prosthetic tricuspid valve without difficulty.Then using a valve fracture technique, a tricuspid valvuloplasty was performed with the 26 mm true balloon.The valve was able to be fractured, but just after fracturing, the true balloon ruptured.The balloon was unable to be retrieved through the sheath.A decision was made to complete the procedure from the left side as a cutdown would be necessary to retrieve the true balloon.The patient was upgraded from mac [monitored anesthesia care] to geta [general endotracheal anesthesia].A vertical incision was made for a right groin exploration.Distal control of the right femoral vein was obtained and a vessel loop placed.Manual proximal control was able to be maintained, and then the 2 percloses were deployed and a 4-0 prolene repair stitch to the right common femoral vein was placed.A 14 french gore dry seal sheath was then placed through the venotomy along the wire to maintain access and hemostasis.Ultrasound-guided percutaneous access to the left common femoral vein was obtained again, and an 8 french sheath has been placed.Through the sheath and endovascular snare was then used to snare the safari wire through the left common femoral vein to maintain control of the balloon.Over this wire a bern catheter was then used to push the true balloon back down the right common femoral vein.Bilateral iliac vein otulfi was performed verifying the balloon was in the right iliac venous system.The balloon was then pushed all the way to the level of the vein automate, and with mosquitoes the balloon was able to be extracted removing the intravascular foreign body.The catheters and wires were then removed, and the femoral vein anatomy was then repaired with 4-0 prolene.Hemostasis was achieved.
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