Key result
A minimally invasive technique using three port sites and an adjustable shaft dual-needle suturing device successfully placed a sew-on epicardial lead on the right atrium of a 9-year-old child.
Why the study?
Does a minimally invasive approach using three port sites and a dual-needle suturing device allow for safe placement of sew-on epicardial leads in a pediatric patient?
Case Report (n=1)
Does a minimally invasive approach using three port sites and a dual-needle suturing device allow for safe placement of sew-on epicardial leads in a pediatric patient?
A minimally invasive technique using three port sites and a dual-needle suturing device can be used to place sew-on epicardial leads in pediatric patients, potentially avoiding large sternotomies or thoracotomies.
Minimally invasive epicardial pacing via ports is feasible in small children; leaves open durability, safety, and need for comparative trials.
Traditionally, pacing leads are placed transvenously, although smaller pediatric patients who require permanent pacemakers may benefit from delaying tranvenous lead placement until they are larger. Alternative, minimally invasive atrioventricular pacing options have not previously existed for this patient population, leaving many of these children with large sternotomies or thoracotomies. Using three port sites and an adjustable shaft dual-needle suturing device, we placed a steroid-eluting, sew-on epicardial lead on the right atrium of a 9-year-old patient. This is one of the earliest reported cases of a minimally invasive technique for sew-on epicardial lead placement on the atrium of a child. Although based on a single case, we believe that this approach is safe, reliable, and reproducible and that it can be used to place leads on any aspect of the heart. Adoption of this technique will allow for earlier atrioventricular pacing, which may decrease the incidence of pacemaker syndrome, and thus improve overall outcomes in this patient population.
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Nellis et al. (2018) conducted a case report in Pediatric patient requiring permanent pacemaker (n=1). Minimally invasive placement of a sew-on epicardial lead using three port sites and an adjustable shaft dual-needle suturing device was evaluated on Successful placement of a steroid-eluting, sew-on epicardial lead on the right atrium. A minimally invasive technique using three port sites and an adjustable shaft dual-needle suturing device successfully placed a sew-on epicardial lead on the right atrium of a 9-year-old child.
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