医学
糖尿病
腹部
静脉血
上腹
体内
血糖自我监测
校准
生物医学工程
外科
校准曲线
血糖监测
内科学
连续血糖监测
1型糖尿病
核医学
麻醉
内分泌学
色谱法
化学
数学
检出限
生物技术
统计
生物
作者
Ben Feldman,Ronald Brazg,Sherwyn Schwartz,Richard L. Weinstein
标识
DOI:10.1089/152091503322526978
摘要
Wired Enzyme (Therasense, Alameda, CA) sensing technology for continuous measurement of in vivo glucose concentrations offers the benefits of (1). excellent sensor stability, (2). reduced susceptibility to variations of in vivo oxygen concentration, and (3). minimized response to common electroactive interferents. This study describes the response of 48 sensors (25 in the upper arm, 23 in the abdomen) implanted for 3 days in patients with Type 1 diabetes. Prospective calibration was performed using capillary blood; results were compared with venous plasma glucose values obtained at 15-min intervals. Ninety-eight percent of readings fell in the clinically accurate Clarke error grid zone A or clinically acceptable zone B. Choice of the site of the implanted sensor (upper arm vs. abdomen) or the capillary blood calibration site (arm vs. finger) did not affect system accuracy.
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