消防员可能会经历高环境温度或执行密集的身体任务,或者两者兼而有之,这导致核心体温升高和死亡风险。因此,需要远程和非侵入性地监测核心体温。
■同时收集了估计的(心率算法)和实际的核心体温(摄入的遥测药丸)测量值,以便在44名消防员志愿者的训练练习中进行比较。
■预测核心体温变化,在算法值和直接测量的身体核心温度之间没有特定的可识别模式。林的一致性为0.74的集团协议(95%高0.75,低CI0.73),被认为是穷人。
■根据个人协议数据,Lin的一致性是可变的(最小0.11,CI0.13-0.01;最大0.83,CI0.86-0.80),表明心率算法方法不适用于该人群的核心体温监测,尤其是在更高的更关键的核心体温下。
UNASSIGNED: Firefighters may experience high environmental temperatures or carry out intensive physical tasks, or both, which leads to increased core body temperature and risk of fatalities. Hence there is a need to remotely and non-invasively monitor core body temperature.
UNASSIGNED: Estimated (heart rate algorithm) and actual core body temperature (ingested telemetric pill) measures were collected simultaneously for comparison during training exercises on 44 firefighter volunteers.
UNASSIGNED: Prediction of core body temperature varied, with no specific identifiable pattern between the algorithm values and directly measured body core temperatures. Group agreement of Lin\'s Concordance of 0.74 (95% Upper 0.75, lower CI 0.73), was deemed poor.
UNASSIGNED: From individual agreement data Lin\'s Concordance was variable (Min 0.11, CI 0.13-0.01; Max 0.83, CI 0.86-0.80), indicating that the heart rate algorithm approach was not suitable for core body temperature monitoring in this population group, especially at the higher more critical core body temperatures seen.