... irradiation-induced degradation 辐照[引起的]降解 irradiation injury 辐照伤害；辐照损伤 irradiation level 辐照水平；燃耗深度 ...
基于58个网页-相关网页
技术文摘 关键词：天然虾青素，辐射损伤，保护作用，小鼠 [gap=1343]Key words：natural astaxanthin；irradiation injury；protect effect；mice
基于24个网页-相关网页
... irradiation hazard 辐照危害[危险性] irradiation injury 照射伤害 irradiation pasteurization 照射巴氏杀菌 ...
基于20个网页-相关网页
... irradiation error 光渗差 irradiation injury 射线病 irradiation inspection tube 辐照监督管 ...
基于10个网页-相关网页
total body irradiation injury 全身放射损伤
brain irradiation injury 放射性脑损伤
acute irradiation injury 急性辐射损伤
irradiation injury degree 辐射损伤程度
combined irradiation injury 放创复合伤
intestinal irradiation injury 放射性肠损伤
twinkling nuclear irradiation injury 瞬时核辐射损伤
injury irradiation 照射损伤
irradiation lung injury 放射性肺损伤
Conclusion: The early histopathology transforms of the irradiation injury was acute inflammatoryreaction, partial mucosa necrosised or shed. Then the mucosa repaired step by step, but parts of the area were squamous epithelium instead of the normal ciliary structure.
结论：辐射损伤病理学改变早期为急性炎症反应，粘膜坏死脱落，以后以再生的方式修复，但大部分粘膜失去正常的纤毛柱状上皮结构的特点，部分区域代之以鳞状上皮。
参考来源 - 辐射对豚鼠鼻粘膜微血管损伤的扫描电镜观察及鼻粘膜IgA、CD3T淋巴细胞的检测Part two:Bone Marrow Derived Mesenchymal Stem CellsPromoted the Regeneration of Acute Skin Irradiation InjuryObjective. To explore the role of bone marrow derived mesenchymal stem cells(MSCs) on repair of skin irradiation injury.
第二部分:骨髓间充质干细胞促进急性皮肤放射损伤的修复目的:探讨骨髓间充质干细胞(mesenchymal stem cells,MSCs)对皮肤局部急性放射损伤的修复作用。
参考来源 - 骨髓间充质干细胞在皮肤放射损伤救治中的作用·2,447,543篇论文数据，部分数据来源于NoteExpress
Therefore, how to reduce intestinal irradiation injury and promote intestinal repair, has been one of criticality of improving treatment level of acute radiation disease.
因此，如何减轻肠道辐射损伤、促进其损伤的恢复，已成为提高急性放射病治疗水平的关键之一。
For the implantation dose determines the irradiation injury degree of biological sample, it's a important parameter that should be measured and controlled accurately in the experiment.
在离子注入生物诱变实验中，注入剂量决定了生物样品的辐射损伤程度，是要求精确测定并控制的一个重要参量。
Recently, with the advancement of stem cell research that the stem cells have multipotential and can convert each other, it may supply the new stem source for the irradiation injury patients.
近年来随着干细胞研究的突破性进展，其多向分化潜能及干细胞相互转化可能为辐射损伤病人提供新的干细胞来源；
应用推荐