CONCLUSION: Target muscular injection of methyl cobalamin can promote the regeneration of peripheral nerve, and methyl cobalamin of high dosage can better play its role in nourishing injured nerve.
结论：靶肌肉注射甲钴胺可促进周围神经的再生，高剂量的甲钴胺可以更好地发挥其对损伤神经的营养作用。
Objective To describe the models of human organ, which can easier the estimation dosage of the tumor target volume and human body's critical organ in medical treatment irradiation.
目的对人体器官进行模型化描述，以便对医疗照射中肿瘤靶体积和人体紧要器官剂量进行估算。
Radiotherapeutic plan was worked out and dosage distribution were set on the basis of the carcinoma position, clinical target volume, health condition of patients and therapeutic aim.
根据肿瘤的位置、临床靶体积、病人的身体状况与治疗目的，制定放射治疗计划及调整剂量分布。
The different conditions, such as culture media, induced time and dosage of IPTG, were used to improve the target protein expression level.
为了提高目标蛋白的表达水平，进行了条件优化，诸如培养基、诱导时间和诱导剂量。
Methods: Numerical simulations of the thermal necrosis extent in a target tissue and its dependence on the HIFU exposure dosage have been adopted.
方法：对靶组织热固化体元与超声幅照计量的关系进行了数字模拟研究。
Dosage and Target Organ Protection: How to Exert the Maximum Effect of ARBs?
药物剂量与靶器官保护—如何发挥ARB的最大效应？
Dosage and Target Organ Protection: How to Exert the Maximum Effect of ARBs?
药物剂量与靶器官保护—如何发挥ARB的最大效应？
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