1. The right radial artery is prone to spasm.

2. Objective : To provide anatomic data for radial artery cannulation ( RAC ) and coronary angiography ( RAACA ) through radial artery approach.

3. Nowadays, clinicians generally use the internal mammary artery, radial artery and the great saphenous vein for coronary artery bypass grafting.

4. Access site complications, such as hematoma, radial artery occlusion, spasm and pseudoaneurysm, have been reported.

5. Objective To discuss techniques for harvesting the radial artery in coronary artery bypass graft.

6. The incidence of subcutaneous ecchymosis and radial artery spasm was 5% and 2%, respectively.

7. Palmar cutaneous branch mainly originated from ulnar artery(52.5%)and radial artery(37.5%), entered nerve directly.

8. Brachial and radial artery pressures in 105 children were measured using an electronic sphygmomanometer.

9. Radial artery–perforating vein fistulas have an acceptable survival rate and do not produce circulatory complications.

10. Objective To explore a convenient, rapid and effective method of neonatal radial artery blood sampling.

10.

11. Conclusion Radial midforrarm flap pedicled with intermuscular branch of radial artery can be transferred to repair soft tissue defect of elbow, forearm or hand.

12. Next, with your first two fingers, feel or palpate for a pulse on the radial artery.

13. Methods : The anatomy and clinical experience of harvesting the radial artery in 494 patients were reviewed.

14. Arterial compliance was calculated as the integrated area starting at the well-defined nadir of the incisura of the dicrotic notch to the end of diastole of the radial artery pulse wave .

15. In addition, existing conduit and weapon are main design for arteria femoralis , the appliance alternative that devises technically for radial artery is limited.

16. To these pathological changes, the limitation with may exist certain into the road via radial artery, if radial artery way is very not perfect, choose arteria femoralis as far as possible.

17. The nutrient vessels of brachioradialis muscle: The radial collateral artery, radial recurrent artery and direct branches of radial artery supply the blood for brachioradialis muscle.

18. Objective To explore the nursing points in coronary arteriography via radial artery.

19. Objective:To study the relationship between pulse position and dynamic variation of distance from transverse section centroid of radial artery to skin during a cardiac cycle.