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SICP Section
Educational Cardiac Electrophysiology Guidelines: Society of Invasive Cardiovascular Professionals (SICP)
- Cardiac and Vascular Embryology
- Introduction to the Conduction System of the Heart
- Fetal Embryology and Circulation
- Introduction to Sinus Rhythms
- Introduction to Structural Characteristics of the Vascular System
- Abdominal and Peripheral Vascular Anatomy
- Gross Cardiac Anatomy and Adult Circulation
- Gross Cardiac Anatomy and CV Innervations
- CVT Seminar — Introduction to Echo, EP, INV, PVT, Endovascular
- The Cardiac Cycle
- Normal Hemodynamics
- Introduction to Basic Hematology and Coagulation
- Supraventricular Tachycardias
- Blocks — SA Node, AV Node
- Medical Math
- Basics
- Review of Number Relations and Introduction to Serial Dilution
- Numerical Manipulation
- Relating Properties of Fluid Motion to Numerical Values
- Drawing Conclusions from Numerical Values
- Doppler Physics
- Ventricular Rhythms
- Paced Rhythms
- 12-Lead Interpretation — Putting It All Together
- Normal and Abnormal Lab Values Associated with Various Disease States
- Introduction to Atherogenesis
- Vascular Disease States and Hemodynamic Findings
- Peripheral Arterial Disease
- Thrombogenesis and Introduction to DVT
- Correlations of Ischemic Heart Disease — Non-Invasive Testing
- Introduction to Myocardial Diseases
- The Acute MI
- Correlate Clinical Presentation and Findings
- Introduction to CHF and Cardiogenic Shock
- Hemodynamic Findings
- Introduction to Valvular Disease States
- Introduction to Cardiomyopathies
- Pericardial Diseases
- Hypertension and Renovascular Hypertension
- Congenital Heart Disease
EP Specialty Topics
- Introduction to EP
- What is Cardiac Electrophysiology and How Did it Begin?
- Review H&P
- Introduction to Sterile Techniques
- Scrubbing
- Donning Gowns
- Donning Gloves — Open and Closed Glove Technique
- Infection Control
- Hand Hygiene
- Nosocomial Infections
- Non-Invasive Testing
- Stress Testing
- Tilt Table Testing
- Holter Monitoring, Event Recorders, Loop Recorders
- Pharmacologic Treatments of What? – consider as separate numbered item
- EP Instrumentation
- Arterial and Venous Access Techniques and Tools
- Device Implant Instruments — What’s on the Pacemaker Tray?
- Introduction to Patient Prep
- Prepping 101 — Back to the Basics
- Cardiac A&P for the RCES
- RA Structures/LA Structures
- RV/LV Structures
- Introduction to Patient Care
- Patient Safety
- Moderate Sedation
- Patient Assessment
- Review Patient Pathway (Symptoms to Discharge)
- EP Lab Observation — Roles and Responsibilities
- Introduction to Action Potentials
- Identify Phases 0-4
- Identify Ion Channels
- Action Potentials and Pharmacology
- Vaughan-Williams Classification System
- Basic Introduction to Device E-grams
- Near-field/Far-field
- Identifying Nomenclature
- Radiation Production and Safety
- X-ray Tube Anatomy
- Principles of ALARA
- Inverse Square Law
- Recognizing Anatomy Under Fluoroscopy
- RAO/LAO Views
- Introduction to IV Therapy
- Introduction to Vascular Access and Management
- Introduction to Foley Catheters
- Principals of Electricity — Modules
- Equipment in the EP Lab
- Recording System
- EMR
- Stimulation Box
- Mapping System
- RF Equipment
- Introduction to Intracardiac Echocardiography
- Images
- Equipment
- Rhythm Disorders
- Mechanism of Bradycardia
- Mechanism of Tachycardia
- Fundamentals of Devices
- Pacemaker Technology
- Pacing Codes and Nomenclature
- Implant Guidelines
- Implant Techniques
- Flow of Instrumentation
- Lead Technology
- Bradycardia
- Single Chamber Concepts
- Capture/Sense
- Single Chamber ECG Analysis
- Dual Chamber Concepts
- Atrial Alert Period
- AV Delay
- PVARP
- Ventricular Refractory Period
- Ventricular Blanking Period/Crosstalk Detection Window
- Ventricular Alert Period
- Atrial Escape Interval
- Rate-Responsive AV Delay
- Four States of DDD Pacing
- Upper Rate Behavior
- Dual Chamber ECG Analysis
- Special Features
- ATP
- AMS
- Hysteresis
- MTR/MSR
- PMT
- Rest-Rate
- Rate-Responsive
- Single Chamber Concepts
- Introduction to Device Programmers
- Vendor-Led Workshops
- Review Action Potential/Mechanism of Arrhythmia
- ICD/CRT Trials
- Venography
- Equipment
- Techniques
- CRT Programming — Vendor-Led Workshops
- Lead Extraction
- Equipment
- Techniques
- Pericardiocentesis
- Equipment
- Techniques
- Transseptal Approach
- Equipment
- Techniques
- Tilt-Table Testing
- Patient Monitoring
- Equipment
- Introduction to Basic EP Study
- Protocols
- Measurements
- Channel Markers
- Near-field/Far-field
- Introduction to Tachyarrhythmias
- EPS — Atrial Flutter/Atrial Fibrillation
- Typical/Atypical
- 3 P’s
- Eccentric/Concentric
- Orthodromic/Antidromic
- LA Anatomy (specific to Pulmonary Veins)
- E-gram Indicators
- Stim Protocols
- EPS — AVNRT
- Dual Nodal Pathway
- Eccentric/Concentric
- Orthodromic/Antidromic
- E-gram Indicators
- Stim Protocols
- EPS — AVRT
- Eccentric/Concentric
- Orthodromic/Antidromic
- E-gram Indicators
- Stim Protocols
- EPS — AT (MAT/FAT)
- Eccentric/Concentric
- Orthodromic/Antidromic
- E-gram Indicators
- Stim Protocols
- EPS — VT (BBR-VT, OT-VT, Scar-VT) also Fascicular, VF, Consider Focal VT (can be inflow, pap muscle, etc.)
- Eccentric/Concentric
- Orthodromic/Antidromic
- E-gram Indicators
- Stim Protocols
- Introduction to the OR/Hybrid Room
- Ablation Physics
- Introduction to 3D Mapping
- Carto
- EnSite
- CT/MRI Differential Imaging — Geometry of AFib
- Mapping Atrial Arrhythmias
- AFib
- Aflutter
- AT
- AVNRT
- AVRT
- Mapping Ventricular Arrhythmias
- BBR-VT and fascicular VT
- OT-VT (focal)
- Scar-VT
- Introduction to Array
- Registry Prep
- Mock Registry
- Certification Exam