1. Tissue, Nuclear Protein, Human Adult Normal, Heart, Pulmonic Valve.

2. Tissue, Membrane Protein, Human Adult Normal, Heart, Pulmonic Valve.

3. Tissue, Cytoplasmic Protein, Human Adult Normal, Heart, Pulmonic Valve.

4. Moderate regurgitation was detected in pulmonic, tricuspid and mitral valves.

5. To improve the diagnostic rate of pulmonic stenosis using two-dimensional and Doppler echocardiography and to reduce the rate of misdiagnosis.

6. The most common causes are aortic or pulmonic valve regurgitation.

7. Objective:To improve the diagnostic rate of pulmonic stenosis using two dimensional and Doppler echocardiography and to reduce the rate of misdiagnosis.

8. Condusion In the patients with hypertension, the right ventricular diastolic function could be disorder when the pulmonic pressure and right ventricular systolic function are normal.

9. P2 may be augmented in pulmonary hypertension and diminished in pulmonic stenosis.

10. How many cusps are there supposed to be on this pulmonic valve.

11. Pulmonary valve stenosis is a medical condition in which outflow of blood from the right ventricle of the heart is obstructed at the level of the pulmonic valve.

12. In order for this system to work, there must be a connection between the system and pulmonic circulations.

13. Although fixed splitting denotes delay in normal closure of the pulmonic valve, paradoxical splitting denotes delayed closure of the aortic valve.

14. As a result, the outflow of right ventricle is into the aorta and the outflow from the left ventricle is into the pulmonic trunk.

15. Cardiovascular examination showed a normal first heart sound but a prominent pulmonic second sound, with no audible murmur of tricuspid insufficiency.

16. Objective To explore the diagnosis value of contrast echocardiography of right heart in the atrial septal defects(ASD) complicated with pulmonic stenosis(PS).

17. A variety of methods to treat mitral regurgitation and to replace aortic and pulmonic valves have already been successfully employed in patients.

18. Objective:To provide anatomic basis for choosing a donator with a suitable pulmonary artery diameter with receptor during extension of congenital pulmonic stenosis and lung transplantation.