这些食品的具体目标是骨强度。
目的分析超重和肥胖儿童的骨强度状况。
Objective To analyze status of bone strength in obese and overweight children.
骨强度依赖于骨质量。
骨强度主要取决于骨密度(BMD)和骨质量。
Bone strength is determined by integrating bone mineral density (BMD) and bone quality.
结论低应力环境加速骨吸收，促进下颌骨骨强度的下降。
Conclusion Low stress environment may promote loss of bone mass and degradation of bone strength.
当骨强度较高的区域开始扩张时，意味着骨桥的制动已开始。
When the balloon begins to expand in the stronger bone area, it signifies that the brake of the bone bridges is initiated.
目的：探讨针灸对去卵巢大鼠骨密度、骨强度及超微结构的影响。
AIM: to investigate the influence of acupuncture on the bone mineral density (BMD), bone strength and ultrastructure in ovariectomized rats.
这项技术的目的是根据局部的骨强度调整骨折复位，以便纠正椎体畸形。
The goal of our technique is to adjust the reduction of the fracture according to local bone strength in order to correct vertebral deformity.
目的探讨超声检测实验性肝纤维化肝循环指数(HCI)及骨强度的作用。
Objective To study changes of hepatic circulation index (HCI) and bone strength in experimental hepatic fibrosis with ultrasound.
适当增加BMI和奶制品摄入量有利于(尤其是女性人群)骨强度的增加。
Bone strength decreases with age increase, and increase of BMI and milk intake will benefit bone strength, especially for females.
结论去负荷导致骨显微结构退化，骨局部因子含量改变，骨强度和骨量减少。
Conclusion Hindlimb unloading may lead to regression of bone microstructure, change of bone local growth factor content, reduction of bone biomechanical properties and bone content.
骨矿密度的降低与骨微结构的退化都会导致骨强度的下降，从而引发骨质疏松。
Osteoporosis is characterized by low bone strength, which results from both low bone mass and deteriorated bone microstructure.
目的观察骨质疏松和非骨质疏松状态的松质骨的三维微观结构对其骨强度的影响。
Objective To observe the three dimensional micro-architecture of osteoporosis and non-osteoporosis cancellous bone and its effect on bone strength.
结果：在腰椎，GC治疗组的松质骨骨体积分数、骨小梁和骨强度厚度显着减少。
Results. In lumbar vertebra, the GC treatment resulted in significant decrease of cancellous bone volume fraction and trabecular thickness, and bone strength.
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 observe the effect of supplementation of calcium, vitamin d, magnesium, zinc, and copper on bone mineral density and bone strength in rats.
背景：对跟骨骨密度和骨强度进行全面评价，为骨质疏松症的预防和治疗提供新的思路。
BACKGROUND: the overall evaluation on bone density and bone strength of the calcaneal can provide a new way for prevention and treatment of osteoporosis.
目的探讨青壮年骨折患者长期卧床与骨量丢失、骨强度减低的关系及鲑鱼降钙素的预防作用。
Objective To probe the relationship between longterm bed and loss of bone mass and bone strength and the prevention of calcitionin in young patients with fractures.
骨强度与骨密度、下肢最大肌力呈非常显著性正相关，与体重、体脂、体重指数呈非常显著性负相关。
The bone strength was strongly optively correlated with bone mineral density and limber maximum muscle strength , was strongly negatively correlated with weight, body fat and BMI.
研究人员两年后测试了这些人的体重，同时还测试了别的一些身体系数如胆固朜水平，血压，骨强度及体脂百分数。
The researchers measured people's weight after two years, and also other factors such as cholesterol levels, blood pressure, bone strength, and body fat percentage.
目的：从生物力学角度探讨骨质疏松症的危险因素，对骨质疏松症的骨密度诊断和骨强度诊断作一初步比较。
Objective: to explore risk factors of osteoporosis from biomechanics point of view and to make a simple comparison between BMD and bone strength diagnosis.
前言： 目的：骨质疏松是指单位体积骨量的减少与骨强度的降低。骨量减少和骨显微结构受损既而引起骨脆性增加的系统性骨科疾病。
Objective:Osteoporosis means that the bone weight per unit volume and bone strength reduce. which induce systematic osteonosus for increase of bone fragility.
如果你做的是大量低强度的运动，比如步行，那么你可以减去脂肪，但却不能对强骨有什么助益。
If you do a good deal of low impact exercise, such as walking, you will certainly lose fat but you may not be able to put enough stress on the bones to build them significantly.
骨密度代表骨的强度，骨密度依随体重和负重锻炼而相应升降变化。
Bone density contributes to the strength of the bones; and their density changes in response to body weight and to weight-bearing exercise.
目的探讨有效提高假体-骨结合面的匹配度，加强假体初始固定强度，并使假体外形更为优化的方法。
Objective to improve the fitness and initial fixation strength between the hip and bone and to optimize the shape of the prosthetic implants.
传统THA手术的缺点可能是固定强度、肌肉破坏导致的不稳定、肌肉附着点撕脱导致的骨质脱钙和反应性骨丢失。
Shortcomings of classic THA techniques can be fixation strength, instability through muscle weakness, demineralization of bone through muscle detachment, and bone loss through resection.
但是伴随老龄而产生的激素水平降低，骨分丢失开始严重破坏骨胳强度。
But as the hormone level in their bodies decline, bone loss starts to play havoc with their skeletal strength.
网状结构和纳米级的孔结构增加与骨的结合强度。
Reticular conformation and nanometer hole structure increase the combination intensity with the bone.
目的：调查不同运动类型和运动强度对男性青少年前臂骨矿状态的影响。
AIM: To investigate the influence of different exercise type and exercise intensity on the bone mineral status in male adolescents.
具有表面梯度磷灰石涂层的多孔钛有望用于临床矫形，以提高种植体的生物活性和骨结合强度。
The porous titanium coating with the graded apatite is expected to be applied in clinical orthopedics to enhance bone implant bonding strength.
具有表面梯度磷灰石涂层的多孔钛有望用于临床矫形，以提高种植体的生物活性和骨结合强度。
The porous titanium coating with the graded apatite is expected to be applied in clinical orthopedics to enhance bone implant bonding strength.
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