| 1. | The culture of chicken corneal limbal epithelial cells on amnion basement membrane
深低温冻存角膜复温后内皮细胞活性的变化 |
| 2. | This paper briefly introduces the method which adopts rtd ( pt100 ) for lower temperature measuring
摘要针对铂电阻用于深低温测量进行了探讨。 |
| 3. | Influence of different protective methods on moisture ratio in pig brain with deep hypothermic circulatory arrest
深低温停循环时不同脑保护方法对猪大脑组织含水率的影响 |
| 4. | Objective to investigate cryopreservative agent ( cpa ) to prelect tissue engineered tendon ( tet ) in deep low temperature
目的研究深低温冻存组织工程肌腱适宜的抗冻剂。 |
| 5. | This paper is one part of the item - physical characteristics and laws of platelets during the cryopreservation process at low temperature - the research plan presided by my tutor prof . liu
本研究是导师刘景汉教授负责的国家自然基金项目《深低温保存血小板的物理指征及其规律》的部分内容。 |
| 6. | The vitrified cryopreservation of animal tissues and cells is a new ultra - low temperature freezing method , several animal tissues and human embryos have been successfully cryopreserved , this method will be of great value to application and research
摘要动物组织细胞的玻璃化冻存是一项新的深低温冷冻保存方法，已成功地冻存了多种动物细胞，具有较高的实际应用和研究价值。 |
| 7. | Objective : to study the value of mixed animo acids and rapid freezing in vessel cryopreservation , and simplify the proceeding schedule of vessel cryopreservation technique , reduce costs of preservation , promote popularization and development of that technique in clinical use
目的：本实验主要探讨复方氨基酸和速冻降温方式在血管深低温保存中的应用价值，以期简化血管深低温保存技术的操作步骤，降低其保存成本，推动该技术在实际应用中的普及和发展。 |
| 8. | But in experiment ii , the obtained result of measurement and examination is not better than control group 。 conclusion : mixed animo acids can be safely applyed to vessel cryopreservation instead of calf serum 。 the effect of the groups of the rapid freezing method is not better than the groups of the rate - controled slow freezing
而实验ii的血管其内皮结构不清晰，内皮细胞超微结构变化较大。结论：复方氨基酸可代替胎牛血清用于血管的深低温保存.速冻降温方式对血管深低温保存效果不及慢冻降温方式。 |
| 9. | The research about the hypothermia brain protection began in 1940s . it has been confirmed that mild hypothermia has accurate nerve protective effect and breakthroughs have been achieved in the stage of animal test about the protection function of deep hypothermia . the article reviews the recent progresses about hypothermia in basic and clinic research
低温脑保护技术的研究始于20世纪40年代,现已证实28 - 35亚低温具有确切的神经保护作用;深低温的脑保护作用也在动物实验阶段取得突破性进展.参阅最新的国内外相关文献作一综述 |
| 10. | Gly - pro - arg - pro acetate salt ( gprp ) was applied to prevent platelets aggregation and fibrin formation , stabilize platelets and minimize the artifical platelets activation . this is also the key to conquer difficulty of flow cytometric quantitive analysis when platelet , ca2 + and plasma coexist . this flow cytometric method is specially suitable for the multi - param
该方法中glypro argpro乙酸盐（ gp肝）的选择应用，既防止了血小板聚集和纤维蛋白的形成，同时可稳定血小板，减少制备过程中人为激活，克服了在血小板、 c吓血浆共存条件下fcm定量分析血小板的困难，尤其是为深低温处理血小板包括ps在内的多参数分析提供了良好的方法基础。 |
