1.Objective The study was to evaluate the saliva ferning test (SFT) as diagnostic tests for xerostomia in patients with SS.
目的 探讨唾液析晶形态检测（saliva ferning test，SFT）在干燥综合征（Sjogren Syndrome，SS）诊断中的价值。
2.A fragment of AgⅠ/Ⅱ rich in alanine near N-terminal called Saliva-binding region (SBR) was selected as the antigen in order to decrease the side effects of vaccine.
为了减少由于变形链球菌与人体存在交叉抗原而导致的疫苗的副作用,我们选择了表面蛋白抗原Ⅰ/Ⅱ上靠近N端的一段与粘附密切相关的多肽片段——唾液结合区段(Saliva-binding region,SBR)作为抗原。
3.We know that the mouth is glands, they kept secreted in saliva, especially in the daytime by chewing, speaking of oral action, functional active glands, saliva secretion of large amount, which is in addition to saliva digestive function, due to its inhibition contain a lot of bacteria lysozyme, oral a self-cleaning and scouring role, which is very important oral self-protection.
我们知道，口腔内有腺体，它们在不停地分泌唾液，尤其在白天通过咀嚼、说话等口腔动作，使腺体功能活跃，唾液的分泌量也大，这些唾液除具有消化功能外，由于其内含有大量抑制细菌的溶菌酶，对口腔有冲刷和自洁作用，这也是口腔很重要的自我保护作用。
4.My mouth forms a lot of saliva and feels very hot saliva.
我口中唾液很多而且感觉很烫。
5.The saliva LZM was measured in comparison with the values of haemoglobin (Hb),blood urea nitrogen (BUN) and urine albumin (AIb). This study showed : (1) The saliva LZM was sensitive to exercise intensity and its sensitivity was Similar to Hb, BUN and urine AIb.
结果表明 :唾液溶菌酶对中低强度运动负荷反应灵敏 ,所反映的机能状态与血尿素、尿AIb所反映的相似。
6.The Lea and Leb substances were de-tected to various extent in Le (a-b+) and Le (a+b-) type saliva while in some Le (a-b-) type saliva the Lea was not detected,and in the rest of Le (a-b-) type the Lea and Leb substances were de-tected at low values.
Leb物质含量：Le（a－b＋）型＞Le（a＋b－）型。 Le（a＋b－）型的Lea物质＞Leb，Le（a－b＋）型的Leb物质＞Lea物质。
7.RV positive brains dissolved with PBS and saliva of human being respectively were detected, and with Agarose Electrophoresis we got identical results and 460bp segment was seen under UV. It suggested that saliva containing RV could be detected with Nested RT-PCR.
并且检测了分别用PBS液和人唾液稀释的阳性脑组织病料，结果表明PBS液稀释的阳性病料和唾液稀释的阳性病料的检测结果是一致的，凝胶电泳观察均可以观察到特异的460bp的条带。 研究表明应用套式RT-PCR法是可以检测出唾液中的狂犬病毒的。
8.Objective:To investigate the interrelationship between dental cary and saliva immune ingredient through measuring saliva immune ingredient in cary and non-cary children.
目的 :对无龋儿童和患龋儿童唾液中免疫成分进行检测 ,研究龋病与唾液中免疫成分的关系。
9.Results In the multiple step regression analysis, the amount of SSG in saliva and subgingval plaque were positively associated with severe coronary atheromatosis after adjusting the classical risk factors of CHD. The average amount of SSG in saliva was (435±422)×10 8CFU/L in CHD group and (358±540) ×10 8CFU/L in control group, F =2 72, P =0 08;
结果 在逐步多元回归分析中 ,均衡了冠心病经典危险因素影响后 ,唾液和龈下菌斑中血链球菌量与冠脉狭窄程度相关 ,唾液中血链球菌均数对照组为 (35 8± 5 4 0 )× 10 8CFU/L ,冠心病组为 (435± 4 2 2 )× 10 8CFU/L ,F =2 72 ,P =0 0 8;
10.Thirty-nine patients with positive serum HCV-RNA were divided into serum ALT normal and abnormal groups. HCV-RNA positive ratea were 18% and 75% in urine or saliva ofpatients from serum ALT normal group and abnormal group respectively. There was aiso a significant difference between the two groups (P=0001).
血清HCV－RNA阳性者分ALT正常组和异常组，尿和唾液HCV－RNA阳检率分别为18％和75％，亦有非常显著差异（P＝0．001）。
