End
1 :

Hint : ❀️ VSD creates turbulent ventricular flow.

Correct Answers:

  • Holosystolic harsh murmur along left sternal border


Rationale :

πŸ–€ A ventricular septal defect (VSD) is an abnormal opening between the right and left ventricles that permits blood to flow between the ventricular chambers.

πŸ–€ Because left ventricular pressure is normally higher than right ventricular pressure, blood generally moves through the defect from the left ventricle to the right ventricle during systole.

πŸ–€ This left-to-right shunting creates significant turbulent blood flow across the ventricular septal opening.

πŸ–€ The characteristic auscultatory finding is a harsh holosystolic murmur, typically heard best along the lower left sternal border.

πŸ–€ The murmur extends throughout systole because the pressure gradient between the ventricles persists during ventricular contraction.

πŸ–€ Smaller restrictive VSDs can actually produce particularly loud, harsh murmurs because blood passes rapidly through the small opening.

πŸ–€ Large VSDs can produce increased pulmonary blood flow and manifestations of heart failure, including tachypnea, poor feeding, diaphoresis, and inadequate weight gain in infants.

πŸ–€ A harsh holosystolic murmur along the left sternal border is therefore the most characteristic assessment finding among these choices.


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