
Synthetic Human Anatomy
Synthetic Human Anatomy
Synthetic human anatomy models for fasciotomy training have been developed to provide realistic and effective simulation experiences for medical professionals. These models offer several advantages for training in a safe and repeatable environment without the logistical and ethical challenges associated with using human specimens.
Technical Details
These synthetic human anatomy models provide a valuable tool for training medical professionals in fasciotomy techniques, offering a safe and repeatable environment to practice this critical procedure without the logistical and ethical challenges associated with using human specimens.
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Applications
Realistic tissue properties – Synthetic models include artificial skin that can be incised and sutured, along with subcutaneous tissue, embedded periosteum-covered bones, and major muscle groups. This allows trainees to practice on materials that closely mimic human tissue;
Anatomical accuracy – The models incorporate accurate anatomical landmarks, muscle compartments, bones, nerves, vessels, and fascia, replicating the internal structures encountered during a real fasciotomy procedure5;
Customization – Some models are available in different skin tones (light, medium, and dark) to represent diverse patient populations;
Sensor-based assessment – Advanced training systems may include sensor-based performance assessment, allowing for objectively evaluating trainees' skills;
Refurbishment – Synthetic models can be quickly refurbished, typically within 10 minutes, allowing for repeated use in training sessions;
Specialized features – Some models include integrated dissection planes and branching hollow blood vessels, enhancing the realism of the training experience;
Versatility – Synthetic models have been developed for various procedures related to fasciotomy, including lower leg fasciotomy, thigh fasciotomy, and external fixation of the femur;