Coarctation and VSD 
Overview and management options 
Mohammad Shihata MD 
Pediatric Cardiac Surgeon, Madinah Cardiac Center 
Assistant Professor of Surgery, Taibah University
The First step…..
Associated Lesions 
 Hypoplastic Arch 
 Sub-AS (posterior malalignment, ridge, or tunnel) 
 Hypoplastic Aorta 
 MV abnormalities
The Spectrum of Arch 
Obstruction and LVOTO 
HLHS CoA with Valvular Stenosis
HLHS or 
Variants 
IAA/CoA 
+/- 
VSD 
Biventricular 
Repair 
1 or 2 stage 
Single Ventricle 
Norwood  BCPC 
 TCPC 
VSD 
Normal MV 
Complex LVOTO 
Yasui (or) 
Norwood/Rastelli 
(or) 
Ross/Konno + 
Arch repair
Type and Size of the VSD 
 May influence the surgical approach. 
 Large vs. Small (VSD/ AO) 
 Posterior malalignment, inlet, muscular, 
subarterial, or multiple
Surgical Options 
 Single stage repair: 
 Arch repair 
 VSD closure 
 +/- Subaortic resection 
 +/- Aortic valvuluplasty
Staged Repair 
Stage One 
CoA repair 
CoA repair + PA Band 
Stage Two 
VSD closure 
VSD closure + Debanding 
Debading alone !!
A retrospective analysis of 141 neonates with CoA and VSD based on the 
initial management strategy. 
Group A: Staged repair 
Group B: Full repair
Freedom From Secondary VSD 
Closure
VSD/AO Ratio
Redo Arch Surgery
Development of Sub-AS
One stage (2 incisions)
Patient Characterestics
Operative outcomes
Conclusion 
 Neonates with CoA + VSD need to be carefully assessed 
for the presence of associated LVOTO. 
 Both Primary and staged approaches have acceptable 
outcomes. 
 If the VSD is likely to close spontaneously, Coarctation 
repair alone is preferred.
Co a vsd

Co a vsd

  • 1.
    Coarctation and VSD Overview and management options Mohammad Shihata MD Pediatric Cardiac Surgeon, Madinah Cardiac Center Assistant Professor of Surgery, Taibah University
  • 2.
  • 3.
    Associated Lesions Hypoplastic Arch  Sub-AS (posterior malalignment, ridge, or tunnel)  Hypoplastic Aorta  MV abnormalities
  • 4.
    The Spectrum ofArch Obstruction and LVOTO HLHS CoA with Valvular Stenosis
  • 5.
    HLHS or Variants IAA/CoA +/- VSD Biventricular Repair 1 or 2 stage Single Ventricle Norwood  BCPC  TCPC VSD Normal MV Complex LVOTO Yasui (or) Norwood/Rastelli (or) Ross/Konno + Arch repair
  • 6.
    Type and Sizeof the VSD  May influence the surgical approach.  Large vs. Small (VSD/ AO)  Posterior malalignment, inlet, muscular, subarterial, or multiple
  • 7.
    Surgical Options Single stage repair:  Arch repair  VSD closure  +/- Subaortic resection  +/- Aortic valvuluplasty
  • 8.
    Staged Repair StageOne CoA repair CoA repair + PA Band Stage Two VSD closure VSD closure + Debanding Debading alone !!
  • 9.
    A retrospective analysisof 141 neonates with CoA and VSD based on the initial management strategy. Group A: Staged repair Group B: Full repair
  • 11.
  • 12.
  • 13.
  • 14.
  • 15.
    One stage (2incisions)
  • 16.
  • 17.
  • 18.
    Conclusion  Neonateswith CoA + VSD need to be carefully assessed for the presence of associated LVOTO.  Both Primary and staged approaches have acceptable outcomes.  If the VSD is likely to close spontaneously, Coarctation repair alone is preferred.