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Bimanual Intravenous Needle Insertion Simulation Using Nonhomogeneous Haptic Device Integrated into Mixed Reality.

Jin Woo Kim1, Jeremy Jarzembak2, Kwangtaek Kim1

  • 1Computer Science, Kent State University, 800 E Summit St, Kent, OH 44240, USA.

Sensors (Basel, Switzerland)
|August 12, 2023
PubMed
Summary
This summary is machine-generated.

A new haptic-mixed reality intravenous (HMR-IV) needle insertion simulation system was developed for training healthcare professionals. This system enhances practice with realistic virtual arm simulations and varied conditions, improving skills for real-world procedures.

Keywords:
IV needle insertion simulationbimanual haptic interfacedual haptic renderinghand motor skill traininghaptic-glove-based interactionmixed realitynursing education

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Area of Science:

  • Medical Simulation
  • Human-Computer Interaction
  • Virtual Reality

Background:

  • Intravenous (IV) needle insertion is a fundamental clinical skill requiring precise hand-eye coordination and tactile feedback.
  • Current training methods may lack realistic simulation of diverse anatomical variations and dynamic conditions.
  • Developing advanced simulation tools is crucial for effective and safe skill acquisition in healthcare education.

Purpose of the Study:

  • To develop and evaluate a novel haptic-mixed reality intravenous (HMR-IV) needle insertion simulation system.
  • To provide a realistic and adaptable training environment for practicing IV insertion under various clinical conditions.
  • To assess the usability and effectiveness of the HMR-IV system for nursing students and healthcare professionals.

Main Methods:

  • Integration of bimanual haptic devices (Dexmo, Geomagic Touch) with a mixed reality system (HoloLens 2) for synchronized simulation.
  • Development of a force-profile-based haptic rendering algorithm to mimic real tactile sensations during needle insertion.
  • Implementation of a global hand-tracking method using dual depth sensors for accurate virtual hand interaction and force feedback.
  • Multistep calibration across multiple coordinate systems (real, virtual, mixed reality, haptic, camera) for precise hand-eye coordination.

Main Results:

  • The HMR-IV system successfully integrated haptic devices and mixed reality for a cohesive simulation experience.
  • Force-profile-based haptic rendering effectively replicated the tactile feel of IV needle insertion.
  • The global hand-tracking method provided accurate tracking of haptic gloves and virtual hand manipulation.
  • Evaluation with 20 participants (experts and novices) demonstrated the system's usability and effectiveness in varied insertion conditions.

Conclusions:

  • The developed HMR-IV simulation system offers a valuable tool for training IV needle insertion skills.
  • The system's realistic simulation capabilities and adaptability to different conditions enhance user performance and learning.
  • This technology represents a significant advancement in medical simulation for healthcare education and professional development.