Jin ke , yu liu , xing long et al . up - regulation of vascular endothelial growth factor in synovial fibroblasts from human temporomandibular joint by hypoxia . j oral pathol med 2007 , 36 ( 5 ) : 290 - 6 柯金龙星刘羽等。缺氧状态下人颞下颌关节滑膜成纤维细胞环氧合酶2的表达及意义。中华医学杂志， 2005 , 85 ( 25 ) : 1747 - 1751
Prostaglandin e synthase ( pges ) is the terminal rate - limiting enzyme for pge2 synthesis , which catalyzes the conversion of pgh2 into pge2 . there are two isoforms of pges , microsomal pges ( mpges ) and cytosolic pges ( cpges ) 前列腺素e合成酶( pges )是pge _ 2生物合成过程中的终端限速酶，催化环氧合酶的产物pgh _ 2转化为pge _ 2 。
Hydroperoxides were produced from unsaturated fatty acid in oils catalyzed by lipoxygenase , then in the hydroperoxide lyase , the grassy green and leafy green aroma volatile aldehydes were made 摘要脂肪氧合酶催化油脂中的不饱和脂肪酸生成氢过氧化物，氢过氧化物再在裂解酶的作用下，生成具有青草香、青叶香香气特征的挥发性醛类物质。
Mpges , an inducible perinuclear enzyme , is preferentially coupled with the inducible cox - 2 to promote delayed pge2 generation . however , the expression and regulation of pges in mammalian uterus during early pregnancy are still unknown 目前有关前列腺素在生殖过程中的调控研究主要集中在环氧合酶方面，关于pges在哺乳动物子宫中的表达和调节还未见报道。
The basic approach of unsaturated fatty acid catalyzed and oxygened by enzyme , the preparation of lipoxygenase and production of hydroperoxides , the preparation of hydroperoxide lyase and cleaving of hydroperoxides were mostly discussed 主要论述了不饱和脂肪酸酶催化氧化的基本途径，脂肪氧合酶的制备及氢过氧化物的生成，裂解酶的制备及氢过氧化物的裂解过程。
Manual hyperinflation helps alveolar recruitment , which results in secretion clearance , ventilation improvement , lung collapse prevention , lung collapse re - inflation , dynamic compliance improvement , artery oxygenation improvement and work of breathing reduction according to certain clinical reports from foreign sources 手动式高度充气扩肺术可以有效帮助患者肺泡回复，呈现痰液清除、通气量改善、肺塌陷的部份扩张、顺应性改善、动脉氧合增加和呼吸减少。
At present , by the immunohistochemical techniques , there have been the expressions of hsp70 , bfgf , cox2 after rat cerebral contusion . the consequences show that the expressions of these three indications show certain changing regulations after rat brain contusion . but there has not been any report about the application of these indications on the estimation of the aging on human cerebral contusion 目前，已有人分别应用免疫组织化学技术对热休克蛋白70 ( hsp70 ) 、碱性成纤维细胞生长因子( bfgf )和环氧合酶- 2 ( cox2 )在大鼠脑挫伤后的表达进行了研究，结果表明这三项指标的表达在伤后均呈现出一定的变化规律，但未见有人将hsp70 、 bfgf和cox2应用于人脑挫伤时间推断的研究。
In the present experiment studies , an acute traumatic model of lateral cortical impact was employed to study expressive changes of microtubule associated protein - 2 ( map - 2 ) , cyclooxygenase - 2 ( cox - 2 ) , glial cell line - derived neurotrophic factor ( gdnf ) , caspase - 3 mrna and protein after brain injury in rats . immunocytochemical staining , western blotting , nucleic acid in situ hybridization with an oligonucleotide probe and computer image analysis were used to detect the dynamic changes of map - 2 mrna , cox - 2 mrna , gdnf mrna , and caspase - 3 mrna in the cortex after moderate traumatic brain injury ( tbi ) 本实验从自行设计大鼠脑损伤落体打击器开始，先行建立了一个便于观察和施加处理因素、控制性好、重复性好的动物模型，选用30g击锤从25cm高处下落，冲击应力d为355 . 09kpa ，打击大鼠右顶部，造成中等程度的闭合性脑损伤，从病理形态学、组织超微结构观察及微管相关蛋白- 2 ( microtubuleassociatedprotein2 ， map - 2 ) 、环氧合酶- 2 ( cyclooxygenase2 ， cox - 2 ) 、胶质源性神经营养因子( glialcellline - derivedneutrophicfactor ， gdnf ) 、 caspase - 3基因及蛋白表达的时间性变化，详尽系统地阐述脑损伤后各指标变化的时间规律性及表达差异可能的形成机制。
This review focuses on morphological and physiological reactions of fruit tree to water stress . leaf area , root growth and microstructure of leaves and roots were investigated . some physiological and biochemical index of fruit tree leaves and roots under water stress , such as variations of stomatal aperture , photosynthesis , photoinhibition , metabolism of lipoxygenase , content of proline , nuclear acid and endogenous phytohormones , were summarized 从水分胁迫对果树叶、根的形态指标及显微结构，叶片气孔行为、光合作用、光抑制、活性氧代谢、脂氧合酶代谢、多胺代谢、脯氨酸、核酸代谢、内源激素变化等生理生化方面综述了近十几年来的研究成果，为全面研究果树抗旱机理及进一步制定抗旱措施奠定理论基础。
However , a new method is brought forward when dealing with alternating components of emitting light in reflectance detection , which entirely reflect the concentration of oxy - hemoglobin and deoxy - hemoglobin in blood , to improve the system sensitivity on oxygen saturation alternation . the new method is an innovative reference to reflectance oxygen saturation detection 在对检测到的完全反应血液中氧合血红蛋白和脱氧血红蛋白含量变化的脉动分量的处理上，由于透射检测中的处理方法用于反射时灵敏度降低，论文中提出了一种新的能更灵敏反应血氧变化的参量作为确定血氧饱和度的依据。
