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After our investigation and analysis, it was concluded that the mr system used in this case was working correctly.There is no indication of a malfunction of the mr system used that could have contributed to the incidents.The injury, rf burn reported as a skin reddening (first degree) and blistering on the left thumb (second degree) approximately 2 cm blister size, is consistent with heating incidents caused by insufficient distance between body parts, a so-called skin-to-skin burn.No padding was used to prevent this from occurring and there was a potential skin-to-skin contact.The body parts were separated only by the clinical cloth.It is reported the client is using new medical cloth for two weeks, and that the new cloth is thinner than the old one.Contributing factors to this incident are as follows: the patient was reported to have passive implants, unable to sense or communicate heat sensation, is obese and has an impaired ability to perspire.The thermoregulation of those patients is known to be impaired.The risk of rf energy-related injuries is higher in patients with impaired thermoregulation.3 scans with high sar values (>2 w/kg, at 2.44 w/kg) were executed.High sar scans are a bigger challenge for the cool down mechanism than low sar scans.The patient ventilation was not at the highest level.Level 5 is recommended for high sar scans.It supports the cool down mechanism.
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