Investigation of the Methods for Parotid Gland Saliva Collection in Miniature Pigs 小型猪腮腺唾液收集方法的研究
The distribution of OFLX into parotid salivary was related to concentration of OFLX in this saliva. 而OFLX向Pr唾液中分布的量与该唾液中药物浓度有关。
Preparation and characterization of monoclonal antibodies against high abundant proteins in human parotid saliva 人腮腺液高丰度蛋白单克隆抗体的制备及鉴定
A comparision among quality of salivary tear following parotid duct transplantation with and without tympanic neurectomy, saliva and tear in the rabbits 失神经支配腮腺导管改道术后唾液泪液、正常腮腺唾液与泪液成分的比较
CONCLUSIONS: The results suggest that the gland type difference in salivary excretion of OFLX exists in rats with normal or impaired renal function, and parotid salivary excretion of OFLX significantly elevated in the renal failure, animals but it did not influence on the mandibular saliva. 结论:OFLX在大鼠唾液中的分布存在腺差。肾功能低下,导致了OFLX向Pr唾液中的移行性增大,但对M唾液的影响不明显。
Isolation and purification of proline-rich proteins from human parotid saliva 唾液富脯蛋白的分离提纯
Methods ( 1) To collect unstimulated and stimulated whole saliva and stimulated parotid saliva of healthy individuals in four age groups and calculate the flow rate; 研究方法①收集不同年龄组健康成人非刺激性全唾液、刺激性全唾液和刺激性腮腺唾液,分别计算其流速;
An assay of amylase in parotid saliva, serum and urine of adult goat 山羊腮腺唾液、血清及尿中淀粉酶的测定
Factors that have effects on separation of human parotid saliva proteins by HIC were studied. These factors include sample preparation, different stationary phase, mobile phase and different wavelength used for detection. 探讨了样品的预处理、不同固定相、流动相以及不同检测波长等因素对正常人腮腺液蛋白疏水色谱分离的影响。
Objective This study was to determine the concentration of whole saliva and pure parotid saliva under unstimulated and stimulated conditions, and to understand the role that hyaluronic acid plays in intraoral wound healing. 目的检测非刺激和刺激情况下,正常人全唾液和纯腮腺液中透明质酸的含量,以探讨正常人唾液中透明质酸的含量和了解唾液中透明质酸在伤口愈合中的作用。
Methods We measured the flow rate, the concentration of total proteins and the protein volume secreted per min of stimulated parotid saliva, and analyzed the composition of salivary proteins and their compositional proportions. 方法测定受试对象的刺激性腮腺唾液的唾液流率、唾液总蛋白浓度和单位时间唾液总蛋白的分泌量,分析唾液蛋白组成及测定各组份占总量的比例。
Salivary amylase and parotid secretary protein are both protein that have specific and very high abundance expression in saliva. 唾液淀粉酶和腮腺分泌蛋白都是唾液腺特异性表达蛋白,且表达丰度都很高。