| 1. | Thrombosis occurs in the small vessels of the underlying tissue .
位于其深部组织内的小血管发生栓塞。 |
| 2. | Yet , the biological basis for this sensitivity of angiogenesis to copper has been an enigma
但是，血管发生对铜敏感的生物学基础仍然是一个谜。 |
| 3. | The risk factors include age of over 56 years , size of rped over 1 dd and involvement of fovea
新生血管发生之危险因子包括年龄大小，剥离病灶?围大小，及中心窝之有无侵及。 |
| 4. | Vascular remodeling comprises processes which establish and improve blood vessel supply such as vasculogenesis , angiogenesis and arteriogenesis
血管重建由如血管发生以及动脉生成的促进血管分布供应的过程组成。 |
| 5. | The anion channel blockers nfa and nppb abolished the kcl - induced contraction of vessels which were pretreated by thapsigargin
将血管处于含60nunol lkci的高钾环境中，血管发生收缩。而阴离子通道阻断剂nfa 、 nppb可以抑制此收缩。 |
| 6. | Thus , our results provide new insights into the mechanisms underlying epc recruitment and the bases for novel strategies to hinder pathological angiogenesis
这些结果为内皮祖细胞( epc )的募集的机制提供新的视角，同时为阻止病理性血管发生的新方法提供依据。 |
| 7. | These studies demonstrate that tumor and normal endothelium are distinct at the molecular level , a finding that may have significant implications for the development of anti - angiogenic therapies
这些研究结果表明正常和肿瘤细胞在分子水平上的表达不同，并暗示了对于抗血管发生的策略的发展。 |
| 8. | Thrombosis can potentially occur in any blood vessel and may have fatal consequences if it obstructs the flow of blood to a vital organ eg the arteries which supply blood to the heart muscle
血栓症可于任何血管发生，如果它阻碍了血液向某个重要器官的正常流通比如向心脏输送血液的动脉，就会危及生命。 |
| 9. | 2 . ne - evoked contraction was not significantly changed after the extracellular na + was replaced by choline and c4h12n + , but was relaxed when the extracellular cl - was replaced by glutamate and gluconate . moreover , the vasoconstriction induced by ne was further enhanced with the replacement of the extracellular cl " by br " and scn " , which was still sensitive to either nfa or nppb
用氯化胆碱和四甲基氯化按分别替代灌流液中的氯化钠后血管张力无明显变化，在此基础上nfa 、 nppb仍能抑制血管收缩，引起血管完全舒张；用通透性低的阴离子谷氨酸根和葡萄糖酸根分别替代灌流液中的q后血管发生舒张；用通透性高的阴离子br和scn分别替代灌流液中的ci后血管张力增加，并能被nfa 、 nppb所抑制。 |
| 10. | Caveolae domains are found in most cell types , particularly in terminally differentiated cells . caveolin - 1 , as the primary structural component ofcaveolae , plays a pivotal role in many signal transduction passways by regulating signaling molecules and participates in many physiologic processes , including apoptosis , angiogenesis , and sperm capacitation
小窝蛋白- 1在多条信号转导通路中发挥着枢纽作用，通过调节这些信号转导通路相关信号分子的活性，参与调节细胞凋亡、血管发生、精子发生以及精子获能等生理过程。 |
