Ottesen B
Acta Physiol Scand. 1980 Aug;109(4):421-6. doi: 10.1111/j.1748-1716.1980.tb06615.x.
In vivo experiments were performed on the uterine tissue of non-pregnant estradiol treated rabbit anesthetized with sodium pentobarbitone. The average blood flow calculated from the washout of Xenon-133 after atraumatic labelling from the uterine surface was 25.4 ml . min-1.(100 g)-1 (range 7.4-66.6), and after local injection of a tracer in isotonic saline directly into the myometrium 24.4 ml.min-1.(100 g)-1(range 8.7-45.3). During the experiments a monoexponential washout curve was found for the whole washout process both after atraumatic labelling and when the injected volume was 5 microliter. No trauma of injection was observed using this injection volume. The results support the applicability of a monocompartmental model for the washout of inert gas from the myometrium. Thus myometrial blood flow can be calculated from the Xenon-133 washout rate at any time interval during the washout process.
对用戊巴比妥钠麻醉的未孕雌二醇处理的兔子宫组织进行了体内实验。从子宫表面无创标记后氙 - 133的洗脱计算出的平均血流量为25.4 ml·min⁻¹·(100 g)⁻¹(范围7.4 - 66.6),在将示踪剂以等渗盐水直接局部注射到子宫肌层后为24.4 ml·min⁻¹·(100 g)⁻¹(范围8.7 - 45.3)。在实验过程中,无论是无创标记后还是注射体积为5微升时,整个洗脱过程均发现单指数洗脱曲线。使用该注射体积未观察到注射创伤。结果支持单室模型用于子宫肌层惰性气体洗脱的适用性。因此,在洗脱过程中的任何时间间隔,都可以根据氙 - 133的洗脱率计算子宫肌层血流量。