locomotor system
英
美 [ˌloʊkəˈmoʊtər ˈsɪstəm]
网络 运动系统; 移位系统
双语例句
- Diagnoses and treats physiological and mechanical disorders of the human locomotor system, particularly neuromuscular skeletal disorders, and provides advice on preventing these disorders.
诊断和治疗人类运动系统，特别是神经肌肉骨骼的生理和机械病变，在这些病变的预防方面提供建议。 - Objective To explore therapeutic effect of functional exercise and the sick with disease of locomotor system.
目的：评价功能锻炼，治疗运动系统损伤病人的疗效。 - Including: Locomotor system, alimentary system, respiratory system, urinary system, reproductive system, circulatory system, sense organs, nervous system and endocrine system.
内容包括：运动系统、消化系统、呼吸系统、泌尿系统、生殖系统、脉管系统、感觉器、神经系统、内分泌系统。 - Evaluation of the curative effect of STG-2000 multi-function wound treatment instrument on healing of fracture and chronic injury of locomotor system
STG-2000多功能创伤治疗仪对骨折愈合和运动系统慢性损伤的疗效评估 - Chronic conditions in the circulatory system and those in the locomotor system are the conditions which most affect disability of the elderly;
引起老年人群功能障碍的慢性病伤主要为循环系统和运动系统病伤； - According to anatomical structure of locomotor system of human body and experiences of modeling in biomechanics, the human body was simplified as a multi-rigid system with simple rotate joints.
通过分析人体的解剖结构和人体各环节的连结及运动，参考以往生物力学建模的经验，将人体简化为具有纯转动铰链的无根树形多刚体系统。 - AIM: STG-2000 multi-function wound treatment instrument takes effect through inside electricity generated by revolved interference electric field. To evaluate the curative effect on healing of bone fracture and chronic injury of locomotor system.
目的：STG-2000多功能创伤治疗仪是通过旋转干扰电场产生的内生电流发挥作用，评价其对骨折愈合和运动系统慢性损伤的治疗效果。 - The results from mice spontaneous locomotor activity test displayed that RTB had no inhibitory or excitant effects on central nervous system in mice. 4.
小鼠自主活动实验结果显示，RTB对小鼠的中枢神经系统没有明显的抑制或兴奋作用。4.在急性应激+EPM实验中，RTB可改善急性应激小鼠在EPM中的行为表现。 - Furthermore, these regenerating axons consisted with the functional recovery, indicated that the regenerating neural fibers could promote locomotor functional recovery. Conclusions: The system of the ordered collagen scaffold and collagen-targeting NT3 could effectively deliver NT3 to treat spinal cord injury.
结论：有序胶原支架和胶原靶向NT3能构成有机的体系，从而有效运载NT3，更有效的发挥NT3治疗脊髓损伤的作用。该治疗体系能更有效地促进运动功能的恢复和神经纤维的再生。