Defibrillation, pacing and CPR
AEDs
Law Enforcement
Schools
Biphasic
- Biphasic Trial: A Randomized comparison of fixed lower versus escalating higher energy levels for defibrillation in out-of-hospital cardiac arrest (3207611-000) - PDF, 102 kb
- VF Energy Dosing Letter (3206612-001) - PDF, 40 kb
- Annotated Bibliography: ADAPTIV Biphasic Technology (3206609-002) - PDF, 179 kb
- Clinical Trial Summary: Intra-Operative Ventricular Defibrillation (3201932-000) - PDF, 59 kb
- Clinical Trial Summary: External Cardioversion of Atrial Fibrillation (3201933-000) - PDF, 59 kb
- Excerpts from "Comparison of Six Clinically Used External Defibrillators in Swine" (3203234-000) - PDF, 409 kb
- Standardizing the Hospital for Early Defibrillation (3204161-001) - PDF, 594 kb
- Full Energy Biphasic Technology (3205796-000) - PDF, 39 kb
- Biphasic Energy is the Standard of Care (3206004-001) - PDF, 48 kb
- Is There a Need for Biphasic Energy Greater Than 200 Joules? (3206430-000) - PDF, 124 kb
- New 2005 Guidelines for Emergency Cardiovascular Care: What is the Role of Escalating Energy in Treating VF? (3206527-000) - PDF, 86 kb
- Biphasic vs. Monophasic Defibrillators: Implications of AHA Guidelines 2005 (3206581-000) - PDF, 216 kb
- When One Defibrillating Shock Isn't Enough: New Clinical Evidence for Increasing the Dosage (3207042-001) - PDF, 95 kb
- Implications of AHA Guidelines 2005 and ECRI Update (3207062-000) - PDF, 93 kb
- Clinical Summary: Comparison of Rectilinear Biphasic Waveform Energy vs Truncated Exponential Biphasic Waveform Energy for Transthoracic Cardioversion of Atrial Fibrillation (3205675-000) - PDF, 53 kb
Pacing
CPR
Links