%0期刊文章托马斯,da%apole,k%a mcardle,ek%a beardsmore,cs%a geehenge,pc%a thompson,j%simpson,h%t indipherso,h%t外围化学载体通过微外侵入测量的婴儿。使用FL的双呼吸交替的方法,02%D 1996%J欧洲呼吸期轴颈%P 1261-1268%V 9%N 6%x本研究的目的是开发一种微创和可靠的方法,用于测量外围化学算法婴儿的氧气,并在12周龄,建立正常婴儿的基线数据。在分数激发氧气(FI,O2)中的双呼吸交替,通过面罩(靠近面部但不接触)给出0.42至0.00的切换到18个健康的婴儿。末端氧氧浓度交替在21至11%之间。瞬时微小通风(V'e)及其组分潮气量(vt),呼吸频率(FR)吸气和呼气时间(TI和TE),吸气流动(VT / TT)和吸气占空比(TI / TTOT)通过呼吸电感过度测量测量。每个通风部件中的双呼吸交替与相应的交替的最终潮氧氧记录匹配,并与在空气呼吸的控制期间获得的连续预先和测试数据进行比较。除FI,O2交替期间,除FR发生显着变化的所有通风组件中的替代情况;VT 26%,TE-8%,VT / TI 18%,TI / TTOT 11%和V'e 28%的基​​线值。 Within and between infant variances are reported for the individual components of ventilation. Differences among infants were best detected by alternations in V'E; within infant variance 76, between infant variance 171. We conclude that the test described is a safe, reliable and relatively easily applied method of measuring peripheral chemoresponsiveness, which is suitable for clinical application in infancy. %U //www.qdcxjkg.com/content/erj/9/6/1261.full.pdf