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Endovenous Laser Ablation (EVLA) with Diode Laser Training

Overview:

  • Introduction to EVLA and diode laser technology by 1470 /1940
  • Procedure overview patient selection criteria & Do’s and Don’t
  • Hands-on training

Objectives:

  • Understand the principles of EVLA and diode laser technology.
  • Learn about patient assessment, selection criteria, and pre-procedural preparation.
  • Gain proficiency in performing EVLA procedures using diode lasers.
  • Acquire skills for intraoperative monitoring and management of complications.
  • Familiarize with post-procedural care and follow-up protocols.
  • Ensure adherence to safety measures and best practices in EVLA with diode lasers.

Contents:

Introduction to EVLA and Diode Laser Technology:
  • Overview of venous anatomy and pathophysiology
  • Principles of EVLA and its advantages over traditional vein-stripping , Sclerotherepy surgeries
  • Basics of diode laser technology and its application in EVLA
  • Understand Wave length 980nm, 1470nm, 1940 nm and its application
Patient Assessment and Pre-procedural Preparation:
  • Evaluation of venous insufficiency and varicose veins
  • Patient selection criteria for EVLA
  • Pre-procedural imaging (Color Doppler ) and marking of treatment areas
  • Informed consent and patient education
EVLA Procedure:
  • Setup and calibration of diode laser equipment
  • Patient positioning and sterile draping
  • Drug and Medicine used during procedure
  • Administration of local anaesthesia (Optional: tumescent anaesthesia)
  • Introduction of laser fibre and positioning under ultrasound guidance
  • Laser energy delivery and vein ablation technique
  • Monitoring for adverse reactions and troubleshooting
Intraoperative Monitoring and Complication Management:
  • Real-time ultrasound guidance and monitoring of laser fibre placement
  • Recognition and management of potential complications (thermal injury, perforation, thrombosis,Nerve Injury etc.)
  • Emergency protocols and response to adverse events
Post-procedural Care and Follow-up:
  • Post-operative instructions for patients
  • Compression therapy and ambulation recommendations
  • Monitoring for complications and follow-up schedule
  • Management of post-procedural pain and discomfort
Hands-on Training:
  • Simulation-based training on EVLA procedure using diode laser equipment by 1470/1940.
  • Practice sessions on venous phantoms or cadaveric specimens (if available)
  • Supervised training under the guidance of experienced practitioners

Duration

The training module can be structured as a multi-day program, typically spanning 1-2 days, with a combination of didactic sessions & hands-on training.

Certification

Participants who successfully complete the training and demonstrate competency in EVLA with diode laser procedures can receive a certificate of completion from Mectrum Poland.

Conclusion:

This training module provides a comprehensive framework for healthcare professionals to learn and master the EVLA procedure using diode laser 1470/1940 technology. Continuous practice, adherence to safety protocols, and ongoing education are essential for ensuring optimal patient outcomes and safety.