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How do mobile phones affect electromedical devices?
1Medical Devices Agency, London.
Summary
Mobile phones and electronic devices can disrupt medical equipment. Emergency radio handsets pose the highest risk, necessitating device deactivation near sensitive medical technology.
Area of Science:
- Biomedical Engineering
- Medical Device Safety
- Electromagnetic Compatibility
Background:
- Electronic communication devices, including mobile phones, can emit electromagnetic interference.
- Proximity of these devices to medical equipment poses a potential risk to patient safety and device functionality.
- Previous studies have indicated potential interference but lacked comprehensive device-specific data.
Purpose of the Study:
- To assess the potential for electromagnetic interference from various electronic communication devices with medical equipment.
- To identify specific devices that pose the greatest risk of interference.
- To provide evidence-based recommendations for mitigating interference risks in healthcare settings.
Main Methods:
- Conducted a study evaluating electromagnetic interference (EMI) from a range of electronic devices.
- Tested devices in proximity to various types of sensitive medical equipment.
- Measured interference levels and assessed impact on medical device performance.
Main Results:
- Mobile telephones and other electronic devices demonstrated varying degrees of interference with medical equipment.
- Emergency services' radio handsets were identified as the most significant source of interference.
- Specific interference patterns were observed depending on device type and medical equipment sensitivity.
Conclusions:
- Electronic communication devices, particularly emergency radio handsets, can interfere with critical medical equipment.
- Recommendations include switching off mobile telephones in operating theatres, treatment areas, and near patient bedsides with sensitive devices.
- Implementing strict policies on electronic device usage in proximity to medical equipment is crucial for patient safety.