1)hematopoietic damage造血损伤
1.Experimental study on reparative effect of human umbilical cord blood stromal cells transplantation on hematopoietic damage;人脐血源基质细胞移植促进裸鼠造血损伤修复的实验研究
英文短句/例句
1.Studies of Amifostine on Effect of DNA Damage and Hematopoietic Lesion by Etoposide;WR-2721对VP-16所致小鼠DNA损伤和骨髓造血损伤作用的研究
2.Study of Mechanism of rhBMP-2m on Repairing of Hematopoietic Injury in Exposed Mice;rhBMP-2m在造血损伤治疗中作用机制的研究
3.Comparison of Three Blood Deficient Animal Models on Hematopoietic Function三种血虚证动物模型的建立及造血损伤的变化特点
4.Study on the Radioprotective Effect of Genistein on Hematopoietic Injury and Mechanism;三羟异黄酮对放射性造血损伤的防护作用及其机理研究
5.Effect of rhBMP-2m on Hematopoietic Restoration in Acute Hematopoietic Injured Mice and Preliminary Study of the Mechanism;rhBMP-2m对小鼠急性造血损伤的修复作用及其机理的初步研究
6.The Effect of Transplanted Bone Marrow Stromal Cells on Repairing of Hemopoietic Injury in Exposed Mice;小鼠骨髓基质细胞移植对急性辐射造血损伤的影响
7.The Rescue Mechanism of Recombination Human Bone Morphogenetic Protein-2 for Acute Hematopoietic Injury in Mice Exposed to γ-ray;重组人骨形成蛋白-2治疗小鼠急性造血损伤的机制研究
8.Effect of Angelica polysaccharides on resistant ability of cryopreservation damage of UCB hematopoietic cells当归多糖对脐血造血细胞的抗冷冻损伤作用
9.Protection Effects of Millettia Nitida Benth.var.Hirsutissima Z.Wei on Hematopoietic System of Mice丰城鸡血藤对小鼠造血系统损伤保护作用
10.Study on Effect of Angelica Polysaccharides on Resistant Ability of Cryopreservation Damage and Recoverable Ability from Cryopreservation Damage of Hemapotoietic Cells;当归多糖对造血细胞抗冷冻损伤及冷冻损伤的可恢复性研究
11.Studies on the injury effects of hematopoietic cells in macaques bone marrow induced by electromagnetic pulse (EMP)irradiation电磁辐射对猕猴骨髓中造血细胞损伤效应研究
12.Hemangiopoietin Supports Animal Survival and Accelerates Hematopoietic Recovery of Chemotherapy-suppressed Mice;HAPO提高化疗损伤小鼠生存率及促造血重建作用
13.Angiography Demonstration and Therapeutic Embolization in Iatrogenic Vascular Injury医源性血管损伤的动脉造影表现及介入治疗
14.Establishment of hematopoietic microenviroment damage model in BALB/c-nu/nu nude miceBALB/c-nu/nu裸鼠造血微环境损伤模型的建立
15.Objective To evaluate arteriography in traumatic vascular injury.目的评价动脉造影在创伤性血管损伤中的诊断价值。
16.Protective Effect of Bayberry Polyphenol on Blood Cell and Blood-making Tissue Injury Induced by Nuclear Radiation杨梅多酚对核辐射损伤的血细胞与造血组织的保护作用
17.Radiation and some anticancer drugs can damage marrow and impair immunity. Bone-marrow examination helps diagnose diseases related to Blood and Blood-forming organs.辐射及某些抗癌药物会损伤骨髓,损害免疫力。检查骨髓有助于诊断有关血液及造血系统的疾
18.Effects of Gui Qi Oral Liquor on Hematopoietic Recovery in Acute Irradiation Injured Mice归芪口服液促进放射损伤小鼠骨髓造血恢复的研究
相关短句/例句
acute hematopoietic sickness急性造血损伤
3)hematopoietic stem cells damage造血干细胞损伤
1.The role of ROS on hematopoietic stem cells damageROS与造血干细胞损伤研究进展
4)ischemic injury缺血损伤
1.Tht Effect of Propofol On Hepatic Ischemic Injury in Rabbit;异丙酚对兔实验性肝缺血损伤的影响
2.Aim: To observe the expressional alterations of colony stimulating factor-1 receptor(CSF-1R) after ischemic injury of cerebral cortex,and study the function of colony stimulating factor-1(CSF-1)/CSF-1R signal during the process of ischemic injury and repair of central nervous system (CNS).目的:观察大脑皮层缺血损伤后,集落刺激因子-1受体(CSF-1R)在损伤区及其周围脑区表达的变化,探讨集落刺激因子-1(CSF-1)/CSF-1R信号在中枢神经系统缺血损伤、修复过程中的作用。
3.It may reduce ischemic injury and improve functional and metabolic recovery after ischemia-reperfusion in hearts to inhibit aldose reductase by preserving generation of ATP via glycolysis and attenuating oxidative stress.最新研究表明:心肌缺血时醛糖还原酶活性增强,抑制醛糖还原酶可以通过保护糖酵解途径和抑制氧化应激,减轻心肌缺血损伤,改善缺血再灌注后心肌功能。
5)Vascular/injuries血管/损伤
6)Vascular injury血管损伤
1.Effect of valsartan on remodeling of inflammatory vascular injury model in type 2 diabetic mouse;Valsartan对Ⅱ型糖尿病小鼠炎症性血管损伤模型血管重建作用的影响
2.Assessment methods and clinical intervention strategies of vascular injury in hypertensive patients高血压血管损伤的评估方法与临床干预策略
3.Preventing and dealing with vascular injury and intraoperative bleeding in gynecologic oncology surgery妇科肿瘤手术血管损伤和出血的预防及处理
延伸阅读
氟碳人造血在战争中受伤的士兵、各种事故的受害者、手术台上正在进行抢救的病人，都需要输血。尽管各国都有献血者，但血液还是不够用，因为不光医院要用血，制造凝血酶、丙种球蛋白、白蛋白等多种药物，也需要血。如果能够制造出一种人造的血液或者血液代用品-------生理溶液，该有多好啊！对人造血液作出重要贡献的是美国辛辛那提医学院的小利兰克拉克。他将1/3的氟碳化合物同2/3的盐水搅拌混合。这种液体既能运送氧气，又能排除二氧化碳，还可溶解血液所含的许多物质。此外，它不同人体内的其他化学成分结合，使用起来非常安全。如今，各国研究出来的氟碳化合物“血液”类型较多，如日本的“氟卢素-----da”人造血，美国的万能输血用新型血细胞，前苏联的全氟萘烷等。1980年6月，我国第一次将自己研制的人造血应用于临床，这一年就有14个病人获得满意的结果。氟化碳液体具有人血那样的重要功能，能将从肺部吸进的氧气输送到人体的各个部位，又能将各个脏器排出的二氧化碳输送到肺部排出体外。不同的是，全氟化碳人造血输送气体是个单纯的物理溶解过程，氧气和二氧化碳机易溶解在全氟化碳液体中，在流动中完成气体的传递。100毫升的全氟化碳能溶氧气50毫升，是人血载氧能力的1.5倍；全氟化碳和氧的结合速度是14-20毫秒，比红血球快得多。由此可见，全氟化碳是较理想的血液代用物。人造血另有优点，它不必验血型，可直接给人体输血，不会引起坏的作用。
