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Cardiac Cath 2/08/2011: 3 Vessel CAD and LVEF 60%Left Main: No obstructionLAD: 70-80% calcific bifurcation lesions of mid LAD
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4. Issues Involving The Case
5. Issues Involving The Case
6. Transfemoral Advantages
7. Transfemoral Disadvantages
8. Vascular Closure DevicesNot a Solution
9. Vascular Complications after Vascular Closure Devices
11. Why Radial? The Advantages
13. ACC-NCDR Cath PCI Registry
14. M.O.R.T.A.L. StudyBritish Columbia Registry
15. Radial vs. Femoral Meta-AnalysisAccess Failure
16. Radial vs. Femoral Meta-AnalysisMajor Bleeding
17. Radial vs. Femoral Meta-AnalysisDeath, MI, or Stroke
18. ACUITY Trial: Radial PCI Substudy
19. Economics of Radial Access
20. Why Radial? The Disadvantages
21. The Learning Curve: Transradial Pitfalls Access
Radial Artery Spasm
Anatomical Variations
Transversing the Subclavian
Catheter Control and Backup
22. Radial Access: Proximal to Styloid Process- Not really the wrist!
23. Technical Tips for Successful Transradial Cannulation Use a 21 G x 2.5 cm thin wall needle to cannulate the radial artery
Advance a 0.025 inch guidewire through the needle
After the introducer is inserted, give “cocktail” of Verapamil 2 mg, lidocaine 2% (1 cc) diluted in saline, followed by 50 units/kg heparin bolus and 100-200 mcg of nitroglycerine.
24. Radial Loop and Radial Recurrent Artery
25. Learning Curve for Radial PCI
26. Radiation Exposure: RAPTOR Trial
27. Radial PCI: Contraindications
28. Radial Artery Occlusion
29. Prevention of Radial Artery OcclusionPatent Hemostasis
30. Starting a Radial Program
31. Trans-Radial Indications
33. Take Home Message:Trans Radial PCI