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1521-CARDIAC CATHETERIZATION LABORATORY-BASIC

By kavipriya Categories: BSc CT, SNSCAHS
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About Course

  • Understand the different types of catheters, their cleaning, packing, and sterilization methods.
  • Describe the setup and functioning of a basic cardiac catheterization laboratory.
  • Explain intra-cardiac pressure recording, pressure waveforms, artifacts, and hemodynamic principles.
  • Perform basic calculations for cardiac output determination and shunt detection.
  • Assist in coronary angiography, left ventriculography, and right heart catheterization procedures.
  • Apply radiation safety principles to protect patients and staff in the cath lab.

Key Topics are  (Units):

  • Introduction to catheters, catheter cleaning, packing, and techniques of sterilization (advantages and disadvantages).
  • Setting up the cardiac catheterization laboratory for diagnostic studies (table movement, image intensifier movement, image playback).
  • Intra-cardiac pressures and pressure recording systems (fluid-filled catheters vs. catheter-tipped manometers, artifacts, damping, ventricularization).
  • Pressure gradient recording (pullback, peak-to-peak).
  • Cardiac output determination (Thermodilution method, Oxygen dilution method, principles of oximetry).
  • Shunt detection and calculations.
  • Coronary angiography (coronary angiographic catheters, use of the manifold, standard angiographic views, laboratory preparation).
  • Left ventriculography (catheters, views, use of power injector).
  • Right heart catheterization and angiography.
  • Radiation protection in the cath lab.
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What Will You Learn?

  • the cath lab — Orientation to the lab environment, roles of the heart team, equipment, and basic workflow.
  • Cardiac anatomy, physiology, and views/projections — Basic heart structures, coronary anatomy, ECG & hemodynamic monitoring, common angiographic views, and how to obtain optimal images safely.
  • Indications and patient selection — Reasons for referral (e.g., coronary artery disease, unstable angina, valvular disease, congenital issues, post-MI complications), appropriate use criteria (AUC), risks vs. benefits, and diagnostic testing (functional, physiologic, anatomic).
  • Pre-procedure preparation — Patient assessment, common medications in the cath lab, consent, contrast agents (types, osmolality, risks like CIN or allergic reactions), radiation safety principles, infection control, and high-risk patient identification.
  • Procedural basics — Arterial access (femoral vs. radial/brachial), diagnostic and interventional catheters, wires, balloons, stents, anticoagulation, performing diagnostic angiography and basic PCI (percutaneous coronary intervention).
  • Hemodynamics — Right and left heart catheterization tracings, avoiding common errors in pressure readings, and interpreting data.
  • Post-procedure care — Hemostasis techniques (radial band, femoral compression, vascular closure devices), site management, and monitoring.
  • Complications and management — Common issues like hematomas, radial/femoral complications, arrhythmias, perforation, contrast reactions, radiation injury, and emergency responses (with clinical guidelines for prophylaxis and treatment).
  • Quality, safety, and radiation management — QA benchmarks, infection control, radiation dose reduction strategies, staff protection, and post-procedure follow-up.

Course Content

Syllabus

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