Topics
Clinical Aspects
- Age as Risk Factor for TdP
- Antiarrhythmic Drugs and QT Prolongation
- Antibiotics and QT Prolongation
- Antipsychotics and Repolarization
- Atrial Fibrillation Drugs and QT Prolongation
- Bedside aspects of QT monitoring
- Clinical management of TdP
- Drug Induced QT - Sotalol Experience
- Drug induced QT and exercise testing
- Drug-Induced QT Prolongation
- ECG screening for QT prolonging drugs
- How to measure QT
- Long QT Syndrome as Paradigm for Drug-Induced QT Prolongation
- Managing Safety of Drugs for atrial fibrillation
- Normal values for QT Not All QT
- Prolonging Drugs are Harmful
- QT Prolongation in Dialysis
- Patients QT Variability and its Application for Drug Testing
- Sex Related Differences in Torsade de Pointe
- Short QT and Drugs
Mechanisms
- Drug-Induced Transmural Dispersion of Repolarization
- ECG Restitution and its Relevance for Drug-Induced Repolarization
- Abnormalities
- Sodium Channel Abnormalities
- The electrophysiologic mechanism of TdP in drug-induced long QT syndrome
- Drugs and T wave alternans and calcium handling
- HERG channel function in LQT2 and Drug-Induced Conditions
- Ion channel Genes and Propensity to TdP
- Ion Channel Testing LQTS
- Polymorphisms and Genetic Drug testing
- Pharmacogenomics of Drug-Induced Conditions
Methods
- Digital QT analysis
- ECG Corel Lab Approach to Drug Testing
- Individual QT-RR Correction
- Novel Methods to Quantify Drug-Induced Repolarization Changes
- Pacing in Drug Testing QT measurements on screen methods
- RR Bin Approach in Repolarization Analysis
Testing Drugs
- Design of drug testing
- Duke initiative
- Preclinical Identification of torsadogenic risk
- QT Monitoring in Phase I and Phase II Studies
- QT monitoring in Phase III Studies
- QT Wearhouse
- Regulary Perspective
- Repolarization Variability in Drug-Induced Models
- Statistical Aspects of Drug Safety Testing
- Thorough QT Study
- Torsades due to methadone: Risk Management Alternatives
- What QT prolongation is of concern
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