1)saliva lysozyme唾液溶菌酶
1.Determination of Saliva Lysozyme with Enzyme-linked Rocket Immunoelectrophoresis酶联免疫火箭电泳法测定唾液溶菌酶
2.In order to investigate the relationship between the level of saliva lysozyme(LZM) and training intensity , 10 professional sprinter were received an 7_day traning with various intensity.笔者对 10名短跑运动员进行了为期 7天的不同强度负荷短跑训练 ,采用琼脂平皿扩散法测定了受试者唾液溶菌酶滴定值 ,并同步测定了血尿素和尿白蛋白作对照。
英文短句/例句
1.Determination of Saliva Lysozyme with Enzyme-linked Rocket Immunoelectrophoresis酶联免疫火箭电泳法测定唾液溶菌酶
2.Research On The Level of Saliva Lysozyme in Patients With Oral ulcer口腔溃疡患者唾液溶菌酶水平的研究
3.Effect of Sand Storm on Saliva Lysozyme of Middle School Students and Pupils沙尘暴对中、小学生唾液溶菌酶的影响
4.Changes of Saliva lysozyme in Sprinter with Different Training Intensity;短跑运动员不同强度时唾液溶菌酶的变化特点
5.THE CHANGES OF SALIVARY AMYLASE AND LYSOZYME ACTIVITY IN OPERATION UNDER ACUPUNCTURE ANESTHESIA针麻手术病人唾液淀粉酶和溶菌酶含量变化的研究
6.The Level of Salivary Secretory Immunoglobulin A and Lysozyme in Infants with Atopic Dermatitis特应性皮炎患儿唾液中分泌型IgA及溶菌酶含量的变化
7.Construction of Pichia pastoris strain expressing salivary plasminogen activator from vampire bat (Desmodus rotundus)表达食血蝙蝠唾液纤溶酶原激活剂的毕赤酵母菌株的构建
8.Some sialic acid is on the external surface of lysosomes.有些唾液酸位于溶酶体的外表面。
9.The Significance of BV Sialic Acid Enzymatic Diagnosis of Bacterial VaginosisBV唾液酸酶法快速诊断细菌性阴道病的意义
10.an amylase secreted in saliva.唾液中的一种淀粉酶。
11.Clinical Application of BV-BLUE in Bacterial Vaginosis Diagnosis唾液酸酶测定法在诊断细菌性阴道病中的临床应用
12.Effects of salts on the tertiary structure of hen egg white lysozyme in solution溶液中金属盐对溶菌酶高级结构的影响
13.This charge is reduced by digestion with neuraminidase.这一电荷被唾液酸苷酶消化而降低。
14.Study on Glassified Enzyme Test Trip for Testing Alcohol in Human Saliva;检测唾液中乙醇的玻态酶试条的研究
15.Development of a portable salvia a-amylase detector.唾液α-淀粉酶便携式检测仪的研制
16.Expression of α-2,6 Sialyltransferase Gene in BHK Cellsα-2,6唾液酸转移酶在BHK细胞中的表达
17.Construction and Function Study of the neuB Gene Encoding Sialic Acid Synthase Knock-out Mutant of Streptococcus suis Serotype 2猪链球菌2型唾液酸合成酶neu B基因敲除突变株的构建及其生物学特性
18.Prof. of Zoology: Kiss is the interchange of salivary bacteria.动物学教授:接吻是唾液细菌交换。
相关短句/例句
lysozyma in lacrimal fluid泪液溶菌酶
1.·METHODS: To observe the influence of peroxyacetic acid on ocular surface by using Schirmer to detect lacrimal gland secreting function,and break-up time(BUT)to evaluate the stability of lacrimal film and the quantity of lysozyma in lacrimal fluid.方法:实验对象为在医院手术室工作与过氧乙酸有或无接触的医护人员,通过Schirmer试验、泪膜破裂时间及泪液溶菌酶含量的测定,来评估过氧乙酸对接触人群眼表的影响。
3)Sialidase[sai'?lideiz]唾液酸酶
1.Study on calibration and discrimination of pathogenic appearance of bacterial vaginosis with sialidase method;唾液酸酶法校正和区分细菌性阴道病病原菌形态研究
2.Evaluation on Sialidase Test in Diagnosis of Bacterial Vaginosis;唾液酸酶测定在诊断细菌性阴道病中的价值
3.Study on Detection of Sialidase Activity Test in Diagnosis of Bacterial Vaginosis;评价唾液酸酶活性检测在诊断细菌性阴道病的应用
4)salivary esterase(Set)唾液酯酶
1.Objective To research the value of polymorphism of salivary esterase(Set)in paternity and personal identification.目的 探讨唾液酯酶( Set)多态性在法医学亲权鉴定和个体识别方面的应用价值。
5)saliva flora唾液菌群
1.Objective: To explore the principal features of the saliva flora of patients with kidney-yang deficiency syndrome,and probe the basic relationships between syndrome of traditional Chinese medicine(TCM) and micro-ecological traits.目的:获取肾阳虚证患者唾液菌群的基本特征,探索中医证候与人体微生态特性的关联性。
6)Salivary amylase唾液淀粉酶
1.Objective To evaluate the effects of Chinese herbal on salivary amylase concentration of saliva in patients with head and neck cancer during radiotherapy(RT).目的探讨自制中药生津剂在头颈部放疗中对唾液淀粉酶含量的影响。
2.Metheods:The salivary amylase activity,urine D xylose excretion rate and stool SIgA of 64 diarrhea children with spleen deficiency were tested before and after treatment by Jianpi Zhixie granule.方法 :对 6 4例脾虚泄泻患儿用健脾止泻颗粒治疗 ,检测其治疗前后的唾液淀粉酶活性、尿 D-木糖排泄率及大便 SIg A,并与 30例正常儿进行对照观察。
3.Indexes are the activation ratio of salivary amylase and acetyl choline esterase; 2.目的:1、探讨脾气虚证主要临床症状与唾液淀粉酶活性比值和乙酰胆碱酯酶的相关性;2、探讨唾液淀粉酶及乙酰胆碱酯酶的关系;3、利用唾液淀粉酶及乙酰胆碱酯酶建立证候判别函数。
延伸阅读
链球菌纤溶酶分子式:CAS号:性质:又称链球菌纤溶酶。由β-溶血性链球菌(Streptococcus haemolyticus)发酵液提取而得的蛋白水解酶。白色或类白色无定形粉末,易溶于水及生理盐水,最适pH值7.3~7.6。在稀释溶液中很不稳定,于pH值5.0稳定溶液可发生可逆失活,pH值9.0以上发生不可逆失活。水溶液置冰箱保存12h以上失活。粉末在2~8℃密封保存可达2年,一种微生物来源的蛋白酶类溶血栓药物。它先与血浆纤溶酶原结合构成激活剂,再去激活剩余的纤溶酶,后者可溶解纤维蛋白原和纤维蛋白,从而产生溶解血栓之效果。当链激酶与纤溶酶原比值为0.1:1时,形成的纤溶酶最多,其纤溶活性最强。