Conclusions :The radiation injuries of hair cells and nerve endings on cochlear and vestibular organs were the reason for their dysfunction.
结论：放射线对耳蜗和前庭毛细胞和神经末稍的损伤是造成其功能障碍的主要原因；
Conclusion Radiation injuries may effectively decreased with reducing X-ray tube voltage and exposure level under the precondition of X-ray image quality to be guaranteed.
结论在保证X线图像质量前提下，降低X射线管电压和曝光量，可以有效地减少放射性损害。
At the same time, hyperbaric oxygenation was also a main treatment of late radiation injuries. But its prophylactic effect on radiation complications requires further studies.
同时，高压氧也是治疗晚期放射性损伤的主要方法之一，但对放射并发症的预防作用尚需进一步研究。
And as new ways are found to use radiation in diagnosing and treating injuries and disease, children face an ever-increasing number of radiological procedures.
当在诊断和治疗伤害和疾病方面使用辐射这种新的方法被发明以后，孩子面临着不断增加的辐射操作。
Radiation, sports injuries, tattooing, and any physical insult to the lymphatic pathways can also cause lymphedema.
放射、运动损伤、纹身和任何的对淋巴通路的侵犯也会导致淋巴水肿。
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。
Cranial nerve injuries are not rare, and it may occur anytime after radiation, but it dose not stop as the patients survive along.
颅神经损伤并不少见，可发生于放疗后的任一时间段，且不随生存时间的延长而趋于停止。
Cranial nerve injuries are not rare, and it may occur anytime after radiation, but it dose not stop as the patients survive along.
颅神经损伤并不少见，可发生于放疗后的任一时间段，且不随生存时间的延长而趋于停止。
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