Squier C A, Nanny D
Arch Oral Biol. 1985;30(4):313-8. doi: 10.1016/0003-9969(85)90003-2.
Fifteen micrometres radiolabelled dextran spheres were injected into three adult monkeys; after measuring reference flows, the animals were killed and biopsies were taken from skin and 15 oral mucosal regions. These were weighed, the radioactivity counted and a blood flow calculated as ml/min per 100 g tissue; the area and volume of each biopsy were also determined and blood flows re-calculated on a per area and per volume basis to determine the effect of changing the method of expressing flow. The flow to the different oral regions did not show any significant differences in rank order when expressed on these different bases. Four regions, maxillary and mandibular free gingiva and anterior and posterior dorsum of tongue, showed significantly higher blood flows than all other regions; skin showed a lower flow than the majority of oral regions and palate the lowest of all regions.
将15微米放射性标记的葡聚糖微球注入三只成年猴子体内;在测量参考血流量后,处死动物,并从皮肤和15个口腔黏膜区域取活检样本。称取样本重量,计数放射性,并计算出每100克组织的血流速度(毫升/分钟);还测定了每个活检样本的面积和体积,并根据每单位面积和每单位体积重新计算血流速度,以确定改变血流速度表达方式的影响。当以这些不同的基础来表示时,不同口腔区域的血流速度在排序上没有显示出任何显著差异。四个区域,即上颌和下颌游离龈以及舌背的前部和后部,显示出比所有其他区域显著更高的血流速度;皮肤的血流速度低于大多数口腔区域,而腭部的血流速度在所有区域中最低。