A murmur is either systolic, diastolic or continuous throughout systole and diastole. Remember that systole occurs between the S1 and S2 heart sounds, whereas diastole occurs between S2 and S1.

A murmur is either systolic, diastolic or continuous throughout systole and diastole. Remember: Systole occurs between the S1 and S2 heart sounds, while diastole occurs between S2 and S1.

A murmur is a blowing, whooshing ... or during the second sound (S2), as diastole murmurs. You can also have both an S3 and an S4 sound. This is called a “summation gallop,” which can occur ...

A diastolic murmur is an unusual “whoosh” sound in the heart that occurs during the period after S2 and before S1. The heart produces a diastolic murmur as the ventricles relax and fill with ...

Other clinical signs of pulmonic stenosis are a right ventricular heave and a widely split S2 with a soft P2. The murmur may radiate to the left carotid artery. Pulmonic insufficiency is an early ...

S2 is the "dupp" in lubb-dupp ... Murmurs can be harmless (known as innocent murmurs). However, a murmur can also be caused by an issue within the heart, like a regurgitation (backflow) of ...

Sometimes it is a normal finding (Douglas et al, 2005). If the murmur is present between the two heart sounds (that is, between S1 and S2), it is termed a systolic murmur. If present between each set ...

With a holosystolic murmur, the extra heart sound starts after S1 and continues throughout systole until the second heart sound (S2) occurs. Severe or advanced congestive heart failure is when a ...

Hearing a split S2 over the tricuspid but not at the apex ... the intensity of the second heart sound (Mannaberg sign). A murmur heard best here suggests tricuspid regurgitation, mitral ...