Page 25 - Journal of Structural Heart Disease Volume 2, Issue 1

19
Original Research Report
Video 6. All the components of the delivery system are thor- oughly ushed and wiped from outside with heparinized saline solution. View supplementary video at http://dx.doi. org/10.12945/j.jshd.2016.007.14.vid.06.
Video 7.
Video 9.
It is necessary to load the device after gently messaging it in heparinized saline so as to get rid of the air that might have been trapped in the Dacron patches. It is always a good habit to double check that the device is screwed onto the cable secure- ly. View supplementary video at http://dx.doi.org/10.12945/j. jshd.2016.007.14.vid.07.
Crossing the defect with a Judkin’s right coronary artery catheter. The catheter tip is positioned in the left superi- or pulmonary vein (LSPV). View supplementary video at http:// dx.doi.org/10.12945/j.jshd.2016.007.14.vid.09
D. Dilator – used to ease penetration of skin and the subcutaneous tissue.
E. Delivery cable – the device is screwed onto the distal tip of the delivery cable, which allows for placement (and if necessary, retrieval) of the de- vice.
F. Plastic vise – attached to the delivery cable, serving as a “handle” for detaching (unscrewing) the delivery cable from the device.
Slide # 32:
All the components of the delivery system are thor- oughly ushed and wiped from outside with heparin- ized saline solution (Video 6).
Slide # 33:
It is necessary to load the device after gently messaging it in heparinized saline so as to get rid of the air that might have been trapped in the Dacron patches. It is always a good habit to double check that the device is screwed onto the cable securely (Video 7).
Video 8.
The ASO is slenderized within the loader followed by thor- ough ushing to get rid of the air within the system. View supple- mentary video at http://dx.doi.org/10.12945/j. jshd.2016.007.14. vid.08.
Jain, S. et al.
Catheter closure of atrial septal defect