1)Bone mineral density骨矿物质密度
1.The investigation of bone mineral density of 60 cases electrolysis workers;60例电解工骨矿物质密度调查
2.This study attempted to study whether low bone mineral density (BMD) is related to calcium intake in AIS.本文试图研究是否低骨矿物质密度 (BMD)与AIS病人钙摄入量有关。
2)Bone Mineral Density(BMD)骨矿物质密度(BMD)
3)Bone mineral content and bone density骨矿物质含量和骨密度
4)Bone mineral density骨矿物密度
1.As noninvasive and biological methods ,bone mineral density(BMD)measurements can do benefits to the quantitative analysis of bone mineral contant(BMC).骨矿物密度 (bone m ineral density,BMD)测量作为一种无创伤、生理性测定手段 ,有助于定量分析骨矿物含量 (bone mineral contant,BMC) ,从而对骨质疏松症进行早期诊断、预防和疗效评价 ,并能预测骨折危险性。
2.The bone mineral content (BMC) and bone mineral density (BMD) of the total body, lumbar spine and proximal femur were measured by dual energy X-ray absorptiometry (DEXA).7岁的241名青春前期健康女童为对象,设计普通膳食组、牛奶补充组和钙剂补充组三组,总钙摄入量分别为600、900和1200mg/d,进行2年干预,采用多次称量及3d膳食询问法获得2年间日均膳食钙摄入量,使用双能X线骨密度仪测量干预前后全身、腰椎及近端股骨骨矿物密度和骨矿物含量。
5)Bone mineral density骨矿密度
1.A study on the relationship between lumbar hyperosteogeny and bone mineral density of lumbar spine and hip in eldly women;腰椎骨质增生对老年女性腰椎和髋部骨矿密度的影响
2.Bone mineral density (BMD) is widely used to measure bone loss and assess effectiveness of treatments for osteoporosis by WHO.骨矿密度(BMD)是诊断骨量减少(低骨量,骨质疏松),评价骨丢失率和疗效的重要客观指标。
3.This paper describes a calibration phantom system for QCT bone mineral density determination, which consists of 4-standard-solid-sample calibration phantom, a quality assurance (QA) phantom and the bone mineral density analysis software.由四标样固体校验体模、质量保证体模和骨密度分析软件构成HK-2000 QCT骨矿密度测定校验体模系统。
英文短句/例句
1.The Relationship between Obesity, Intra Abdominal Fat Area and Bone Mineral Density and Bone Strength肥胖、腹腔内脂肪与骨矿密度、骨强度的关系
2.THE EFFECT OF BODY WEIGHT ON BONE MINERAL CONTENT AND BONE MINERAL DENSITY体重对青年人骨矿含量和骨密度的影响
3.Effect of Exercise Training on BMC and BMD in Ovariectomized Rat运动对去卵巢大鼠骨矿含量和骨密度的影响
4.Dual energy X-ray absorptiometry monitor bone mineralization in lower limb lengthening of children双能量X线骨质密度测量仪监测小儿下肢骨延长骨矿物质的变化
5.BMC and BMD Changes Study of Aged Women who Exercise;运动对中老年妇女骨矿含量和骨密度含量变化的调查研究
6.Multiple linear regression analysis for bone mineral content and bone mineral density of the lumbar spine and hip多元线性回归分析人体骨矿含量与腰椎和髋部骨密度
7.High impact, weight bearing exercise seems to be particularly associated with an increase in bone mineral density.高冲击，承重训练与提高骨骼的矿物质密度有显著关联。
8.Study on coefficient of variation of bone mineral density by Prodigy-DXA measurementProdigy型骨密度仪测量骨密度的变异系数研究
9.Correlation Analysis of Collodiaphyseal Angle?Skeleton Density About Neck of Femur Fracture;股骨颈颈干角、骨密度与股骨颈骨折的关联分析
10.Callus bone mineral density increased continuously in normal beagle fracture healing models.2周时骨折端骨密度达到正常侧水平。
11.Osteoporosis is a bone-thinning disease.骨质疏松症是一种骨密度变稀的疾病。
12.Bone Miner Density Measurement in Infant's Tibia and a Little Piece of Bone小婴儿下肢及小块骨骼骨密度测量
13.APPLICATION OF COMPUTER DIGITAL VIDEO TECHNIQUE TO BONE MINERAL DENSITY AND BONE AGE骨密度、骨龄计算机数字视频技术研究
14.AN INVESTIGATION OF BMD OF 1920 WOMEN WITH BONE PAIN IN CHENGDU.成都市1920例骨痛女性骨密度的研究
15.The Study of Bone Mineral Density of Mandible in Northern Chinese;中国北方人下颌骨骨密度的测量研究
16.Study of Gu Kang Regulating the Cytokine Axis in the Ovariotomized Rats;骨康对去势大鼠骨密度、OPG、RANKL的影响
17.Iron ores (sinter and pellets)--Determination of bulk densityGB/T14202-1993铁矿石(烧结矿、球团矿)容积密度测定方法
18.A relevant experimental study of alveolar and systemic bone mineral density changes in diabetes rats糖尿病大鼠牙槽骨骨密度与全身骨密度变化的相关实验研究
相关短句/例句
Bone Mineral Density(BMD)骨矿物质密度(BMD)
3)Bone mineral content and bone density骨矿物质含量和骨密度
4)Bone mineral density骨矿物密度
1.As noninvasive and biological methods ,bone mineral density(BMD)measurements can do benefits to the quantitative analysis of bone mineral contant(BMC).骨矿物密度 (bone m ineral density,BMD)测量作为一种无创伤、生理性测定手段 ,有助于定量分析骨矿物含量 (bone mineral contant,BMC) ,从而对骨质疏松症进行早期诊断、预防和疗效评价 ,并能预测骨折危险性。
2.The bone mineral content (BMC) and bone mineral density (BMD) of the total body, lumbar spine and proximal femur were measured by dual energy X-ray absorptiometry (DEXA).7岁的241名青春前期健康女童为对象,设计普通膳食组、牛奶补充组和钙剂补充组三组,总钙摄入量分别为600、900和1200mg/d,进行2年干预,采用多次称量及3d膳食询问法获得2年间日均膳食钙摄入量,使用双能X线骨密度仪测量干预前后全身、腰椎及近端股骨骨矿物密度和骨矿物含量。
5)Bone mineral density骨矿密度
1.A study on the relationship between lumbar hyperosteogeny and bone mineral density of lumbar spine and hip in eldly women;腰椎骨质增生对老年女性腰椎和髋部骨矿密度的影响
2.Bone mineral density (BMD) is widely used to measure bone loss and assess effectiveness of treatments for osteoporosis by WHO.骨矿密度(BMD)是诊断骨量减少(低骨量,骨质疏松),评价骨丢失率和疗效的重要客观指标。
3.This paper describes a calibration phantom system for QCT bone mineral density determination, which consists of 4-standard-solid-sample calibration phantom, a quality assurance (QA) phantom and the bone mineral density analysis software.由四标样固体校验体模、质量保证体模和骨密度分析软件构成HK-2000 QCT骨矿密度测定校验体模系统。
6)Bone mineral骨矿物质
1.Besides its influence on bone minerals, there may be another mechanism involved in its effect on bone metabolism.结果正常低剂量组大鼠股骨远心端骨密度显著高于正常对照组;而各剂量MBP对去卵巢大鼠的骨密度无显著作用;正常各组之间以及去卵巢组之间比较,骨矿物质含量虽无统计学差异,但可以观察到其水平上的上升趋势。
延伸阅读
矿物密度测定矿物密度测定density determination of mineral kuangwu midu eed一ng矿物密度测定(density determination ofmineral)用液体介质间接求得或用X射线法测定、计算矿物密度的过程。测定矿物密度的方法有:比重瓶法、重液悬浮法、液体介质称重法、体积计法、滴液称重法、显微比重法和X射线法等。 比重瓶法测定矿物密度最常用的方法。4C时水的密度为Ikg/m3，纯矿物的质量与4‘c时同体积水的质量之比，其数值正好与矿物密度相等，因此常用水作介质用比重瓶法间接求得矿物的密度。比重瓶有玻璃和石英制品两种，容积一般为5一50mL，微量比重瓶的容积为2一smL，采用的介质一般为水或有机液体。空比重瓶的质量和容积，对每个比重瓶来说是两个常数，可以预先测定，用玻璃比重瓶时按式(1)，用石英比重瓶时按式(2)求得: __、(尸t一P)Q、 (尸j一尸)~言，井三二二‘二书号二(l) [l+3召(t一t;)」Qt __、(尸。一尸)Q: (P，一P)一一(2) Q，式中尸为空比重瓶质量，g;尸;为比重瓶装有4c水时的质量，g;尸:为比重瓶装有t℃水时的质量，g;t为测定时的温度，℃;t、为水的最大密度时的温度，即4U;Q，为水在t℃时的密度，g/c m3;Q4为4C时水的密度，等于1.00009/c m3;口为玻璃的膨胀系数，等于。.000025。测定时将一定粒度的矿物，在天平上称得其质量m，倒入比重瓶内，然后加水至瓶的2/3处，用沸腾法去除瓶内水中及矿物空隙间的空气，加入去除空气的水至满瓶，称得比重瓶、矿物和水的总质量p、，按下式计算矿物的密度: 用石英比重瓶时，矿物密度为 ~，m(Q一幻 D、、一认二一之一袱一+入(3) 一尸;+m一尸汕“’ 用玻璃比重瓶时，矿物密度为 _，m(Q一又) D互一下万一二-~一一-二二-一二-丁不二一只二下二二二，一-一二一:下二-一几二丁二 ~“‘ vP;+m一Pm。十(P‘一P)仁3刀(t一t‘)+Q、一Q、」 (4)式中久为Icm3空气的质量，等于。.00129。比重瓶法测定的精度较高，但样品需要量大，操作及计算繁杂，用电子计算机计算快速准确。 重液悬浮法在重液中直接测定矿物密度的一种方法。这种方法的原理是，重液与浸没在其中的矿物密度相等时，矿物在重液中呈悬浮状态。测定分两个步骤，首先将矿物引入重液中，使之处于悬浮状态，然后测定重液的密度，此即矿物的密度。
