Conclusion: the soybean isoflavone may prevent the lose of bone calcium, zinc, copper and prevent the osteoporosis induced by ovariectomy.
结论：大豆异黄酮可预防去卵巢大鼠骨钙、锌、铜丢失，预防骨质疏松。
Conclusion: the occurrence of the children low bone density is relative to zinc lack, should enhance the prevention and treatment of child zinc lack.
结论：儿童低骨密度的发生与锌缺乏有关，应加强儿童锌缺乏的预防和治疗。
Trace minerals particularly manganese and zinc encourage the absorption of other minerals and help promote overall bone health.
矿物质锰和锌有助于其它矿物质的吸收，促进全面的骨骼健康。
Objective: the effects of zinc deficiency and excess on cell cycle and cell apoptosis were explored to elucidate the mechanism of zinc action on bone growth and development.
目的探讨锌缺乏和锌过量对培养长骨细胞周期和细胞凋亡的影响，为阐明锌对骨骼的生长发育影响的机制提供科学依据。
AIM to study the kinetic character of zinc transport and its influencing factors in osteoblasts, and scientific evidence is expected to provide to clarify the role of zinc on bone development.
目的研究锌在成骨细胞跨膜转运的动力学特点及影响因素，为阐明锌在骨发育中的作用提供科学依据。
Zinc and magnesium assist the body with bone formation. ? Calcium Citrate helps maintain and support.
锌和镁协助机构，骨形成。 ?柠檬酸钙有利于维护和支持。
Objective:To investigate the effects of contents of serum zinc, calcium, manganese on short stature children' s height and bone age.
目的：探讨血清锌、钙、锰含量对儿童身高、骨龄的影响。
There are some copper, zinc in muscle and bone. The degree of accumulation increase by the growth of exposed time.
积累程度随暴露时间的增加而增加，一定时间后可达到动态平衡，随后会有少量铜、锌转移或排出。
Conclusion: the contents of serum iron and zinc are periodically decreased postoperatively. It is useful to the bone tissue repairing by supplying the trace elements of iron and zinc in exact time.
结论：骨延长术后，血清铁、锌元素含量呈阶段性下降，适时予以补充，有利于骨组织的修复。
Conclusion: Serum Zinc, calcium, manganese have a close relationship with increase of height and maturation of bone age in children.
结论：血清锌、钙、锰与儿童身高增长，骨龄成熟密切相关。
Objective To observe the effect of supplementation of calcium, vitamin d, magnesium, zinc, and copper on bone mineral density and bone strength in rats.
目的观察在补充钙、维生素d的同时补充镁、锌、铜对大鼠骨密度和骨强度的影响。
Objective: To study the effect of zinc supplement on bone-contacting implant surface ratio (BCSR).
目的：探讨微量元素锌对种植体骨整合率的作用。
Objective: To study the effect of zinc supplement on bone-contacting implant surface ratio (BCSR).
目的：探讨微量元素锌对种植体骨整合率的作用。
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