Murata Vios, Inc.
This study aims to collect synchronized temperature measurements from the Moni-Patch Temperature Monitoring Patch System and an esophageal temperature probe during surgery to support the development and refinement of the Moni-Patch temperature estimation algorithm. Approximately 30 adult patients undergoing elective surgery under general anesthesia will participate. Moni-Patch will be applied non-invasively to the neck, while esophageal temperature will be monitored as part of routine clinical care. Temperature data and related perioperative information will be collected for algorithm development and internal feasibility evaluation. This study is not designed to validate clinical accuracy or assess whether predefined accuracy criteria are met.
This is a prospective, single-center study designed to collect synchronized Moni-Patch and esophageal temperature data for algorithm development and refinement. Approximately 30 adult patients undergoing elective surgery under general anesthesia lasting at least 120 minutes will be enrolled. A Moni-Patch sensor will be attached to the skin over the carotid artery in the neck. The sensor will communicate wirelessly with a PC-based data logger to continuously record temperature measurements and device data. Esophageal temperature will be monitored using a clinically indicated temperature prob…
Inclusion Criteria: Adults aged 18 years or older. Patients scheduled for elective surgery under general anesthesia expected to last at least 120 minutes. Patients for whom continuous esophageal temperature monitoring is planned as part of routine clinical care. Patients able to provide their own written informed consent and who agree to Moni-Patch sensor placement on the neck before surgery. Patients in whom the Moni-Patch sensor can be securely attached over the carotid artery without interfering with the surgical field or wireless connection to the data logger. Patients undergoing pro…
A non-invasive, wireless temperature monitoring system consisting of a sensor attached to the skin over the carotid artery in the neck and a PC-based data logger. The system collects continuous temperature and device data for development of the temperature estimation algorithm. The investigational device will not be used for clinical decision-making.
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