For this study, she and her colleagues exposed mice to radiation and drugs used in chemotherapy, then monitored changes in the color of their fur as well as the status of their stem cells.
在这项研究中，她和她的同事对老鼠进行辐射并使用了用于化学疗法中的药品，然后监测老鼠皮毛颜色的变化以及其干细胞的状态。
Some might be in action soon. For example, it seems that cancer stem cells are less vulnerable to radiation than other cancer cells, because their DNA-repair mechanisms are better.
有些应该很快出现在实践中：例如癌症干细胞具有比其他的癌细胞更强的抗放射能力，因为它们的DNA修复机制更加健全。
The actual target was breast cancer stem cells, the cells from which cancers grow and metastasize, and which tend to resist drug and radiation treatments.
事实上，加热的目标是那些会导致癌症生长和转移、以及对药物和化疗有抵抗力的乳腺癌干细胞。
Public-healthassurances that the radiation was too low to pose a hazard failed to stem theconcern.
公共健康机构在宣传，其实辐射的剂量低到并不足以引起危害，但他们的声音根本无法引起公众的注意。
The treatments may include drug therapy, monoclonal antibody therapy, stem cell transplantation, and radiation therapy for some patients.
这些治疗包括药物治疗、单克隆抗体治疗、干细胞移植，以及针对某些患者的放射治疗。
The effects of radiation on bone marrow stem cells have been employed in the therapy of leukaemia.
辐射对骨髓干细胞产生的效应已经应用于白血病的治疗中。
The application of ionizing radiation to industry, medicine may lead to severe hematopoietic injuries, while hematopoietic stem cells transplantation is the important therapy.
电离辐射在工业、医学的广泛应用可造成机体严重造血损伤，造血干细胞移植是救治的重要措施。
Conclusions Radiation injury of brain stem has a short latency with severe symptoms, signifying poor prognosis.
结论放射性脑干损伤潜伏期短，症状重，治疗困难，预后差。
Cytokine and neural stem cell transplantation will make great future for treatment of radiation brain injury.
细胞因子的应用和神经干细胞移植将为放射性脑损伤的治疗开辟广阔前景。
Objective to study the clinical characteristics, MRI findings, diagnosis, treatment and prognostic factors of patients with radiation induced brain stem injury in nasopharyngeal carcinoma.
目的探讨鼻咽癌放射治疗后迟发性脑干损伤的临床特点、MRI表现、诊断、治疗、预后及相关因素。
In conditions of moderate drought stress, enhanced UV-B radiation increased biomass accumulation to root, biomass accumulation to stem and biomass accumulation to root.
在中度干旱胁迫下，增强的UV - B辐射提高了金荞麦根生物量积累和配置、茎生物量积累。
For the UCI study, multipotent human neural stem cells were transplanted into the brains of rats that had undergone radiation treatment.
在加州大学欧文分校进行的这项试验中，研究人员将多能人神经干细胞中移植到经放射治疗的大鼠的脑部。
Objective To explore the clinical significance of allogeneic peripheral stem cell transplantation in the treatment of acute radiation sickness.
目的探讨异基因外周血造血干细胞移植在肠型和极重度骨髓型放射病救治中的作用和地位。
But before transplanting new stem cells, the old ones first must be removed, which is currently done by intensive chemotherapy or radiation.
但是在移植新干细胞前，首先要清除旧细胞，目前一般通过强烈的化疗或放疗来清除旧细胞。
Treatment for blood cancers generally includes one or more of the following: drug therapy, monoclonal antibody therapy, radiation therapy or stem cell transplantation.
恶性血液疾病的治疗方法一般包括以下的一种或几种：药物治疗、单克隆抗体治疗、放射治疗或干细胞移植。
Patients may receive radiation therapy, stem cell transplantation or splenectomy.
患者也可接受放疗，干细胞移植或脾脏切除术。
For example, it seems that cancer stem cells are less vulnerable to radiation than other cancer cells, because their DNA-repair mechanisms are better.
举例而言，癌症干细胞之所以比其他癌症细胞对放射更有抵抗力，是由于它拥有较好的DNA的自我修复机制。
The one of long-term effects of irradiation injury is leukemia. The bone marrow cells(BMC)transplantation including stem cells is the only effective therapy for acute radiation syndrome patients.
辐射损伤的远后效应之一是白血病，含有干细胞的骨髓细胞移植是目前挽救急性放射病病人生命的惟一有效的治疗方法。
Moreover, microenvironment contributes to the repair of radiation-induced damage of glioma stem cells.
并且，报道发现微环境有助于胶质瘤细胞放射损伤的修复。
In cancer, intensive use of chemotherapy or radiation destroys normal bone marrow along with tumor cells and replacement of blood forming stem cells can be lifesaving.
可以治愈癌症，化疗或放疗的集约利用破坏正常骨髓造血干细胞与肿瘤细胞和更换被救生。
Most recent studies have shown that glioma stem cells are more resistant to radiation therapy compared to non-stem cells.
近年来多数研究表明胶质瘤干细胞相对于非干细胞对于放射线更加抗拒。
Now researchers have shown that this extraordinary radiation-resistance among tumor stem cells can be dramatically lowered by heating them up.
现在研究人员发现肿瘤干细胞在加热以后其惊人的抗辐射能力急剧下降。
Now researchers have shown that this extraordinary radiation-resistance among tumor stem cells can be dramatically lowered by heating them up.
现在研究人员发现肿瘤干细胞在加热以后其惊人的抗辐射能力急剧下降。
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