这个区域内的软骨骨生长在同位的长度的增长随着个体的发展成熟。
This area of cartilage within the bone grows in length by appositional growth as the individual grows to maturity.
成骨生长肽，兔抗；ria(放射免疫)。
骨骼肌收缩可以提高骨生长速度和骨矿物质含量；
Skeletal muscle contraction can increase bone in-grow rate and bone mineral content;
目的研究牙体硬组织表面电位与骨生长改建的关系。
Objective To investigate the influence of surface potentials of tooth hard tissue on bone remodeling.
目的：纵向比较不同颅面型青少年下颌骨生长旋转。
Objective:To investigate the growth rotation of the mandibular in three facial types.
结论：牙槽嵴裂对上颌骨生长发育具有一定的影响。
Conclusion the alveolar cleft plays an important role in the maxillary aberration.
结论：种植间隙大时，应用HA颗粒有利于新骨生长。
Conclusion: In large gap, new bone growth can be promoted by HA granules.
这可能因为血液中额外的胰岛素与骨生长和胰岛素抵抗均相关。
This may be because extra insulin in the blood is associated with both bone growth and insulin resistance.
这种骨生长虽为良性，但有时会引起疼痛与刺激则需要外科切除。
This bone growth, though benign, can sometimes cause problems of pain and irritation that leads to removal surgically.
本文就髁突颈部骨折对下颌骨生长发育影响的研究进展做一综述。
This article reviewed the study of the effect of condylar neck fractures on the development of mandible.
术后几周，新骨生长附着于移植骨或内植物，从而达到永久的融合。
In the weeks after the surgery, new bone will grow and attack securely to the graft or implant.
术后几周，新骨生长附着于移植骨或内植物，从而达到永久的融合。
In the weeks after the surgery, new bone will grow and attack securely to the graft or implant. This will a permanent fusion.
术者在椎体表面去除一些骨质，创造一个可以让移植骨生长的骨床。
The surgeon removes some bone from the surface of your vertebrae to a bed where this graft can grow.
目的：探讨长期鼻气道阻塞(NAO)对儿童下颌骨生长模式的影响。
Objective: To assess the effect of the mandibular growth pattern in children with nasal airway obstruction (NAO).
已经证明在多孔钛表面制备HA涂层后，能提高骨生长速度及结合强度。
There is evidence that the ha layers on the porous Ti can accelerate the bone growth and enhance the bonding strength.
结果：唇腭裂均修复组与仅唇裂修复组具有基本相似的上颌骨生长抑制。
Results: Both complete unilateral cleft lip and palate groups had almost the same significant degree of maxillary retrusion compared with the normal control group.
可能还会使用骨形态发生蛋白(BMP)以促进骨生长达到坚强的融合。
Bone Morphogenetic Protein (BMP) may also be used to encourage bone growth and a strong fusion.
他希望能发现一种能减少消化道复合胺合成的新药，以刺激患者的骨生长。
His hope is to find a new drug that depresses the gut's serotonin synthesis and stimulates bone growth in these patients.
骨密度测量结果显示血管束植入后组织工程骨新骨生长较未植入血管束者多。
The results of the DEXA demonstrated that the vascularized tissue-engineered bone produced more boney tissue.
其它健康的骨生长的标志，比如胶原蛋白的合成也是纳米结构的盘片上更强一些。
Other indicators of healthy bone growth, such as collagen synthesis, were also stronger with nanostructured discs.
目的：研究成骨生长肽OGP在体外对大鼠颅盖骨成骨细胞I型胶原蛋白的影响。
Objective:To elucidate the effect of osteogenic growth peptide(OGP) on the collagen I in cultured rat osteoblast-like cells.
结果实验组新骨生长及成熟骨替代过程较对照组快，且有增生的小血管及神经纤维。
Results In experimental group, the process of new bone growth and mature bone replacement was faster than that of control group, new blood vessel and nervous fiber remarkably proliferated.
牛奶中已含有这种蛋白而且没有证据显示额外的添加这种物质会对骨生长带来任何作用。
The protein is already in milk and there is no evidence that adding more of it will make any difference to bone growth.
生长激素可能的副作用包括发生糖尿病，骨痛，四肢肿胀，反常的骨生长和腕骨隧道徵候群。
Potential side effects of GH include the development of diabetes, bone pain, swelling of the arms and legs, abnormal bone growth, and carpal tunnel syndrome.
许多研究证实，胰岛素通过过度表达的成骨蛋白-被称为胰岛素样生长因子1（IGF-1）促进骨生长。
Several studies have found that insulin promotes the growth of bone through the over-expression of a bone-building protein known as insulin-like growth factor 1 (IGF-1).
在生长发育期的儿童，过多的生长激素可导致称为巨人症的疾病，表现为身材异常高大，同时伴有过度骨生长。
In children who are still growing, too much growth hormone can cause a condition called gigantism that leads to an abnormal increase in height as well as excess bone growth.
BMP是骨生长的启动因子，能诱导骨髓基质细胞分化为成骨细胞和骨细胞，促进钙化作用，产生钙化的骨基质。
BMP is the start of bone growth factor, can induce bone marrow stromal cells differentiate into bone cells and bone cells, to promote calcification, resulting in calcification of bone matrix.
另一位来自俄亥俄州立大学的小组成员迈克尔•米勒在这个领域也取得了一些初步成功，不过可行的骨生长过程还得若干年后。
Michael Miller, another team member from Ohio State University, has had some initial success in this field, though a viable bone-growing process is still some years away.
因此，成骨生长肽具有调节奶牛成骨细胞增殖的功能，促进成骨，试验亦可说明奶牛动物试验可采用啮齿类动物作为试验动物模型。
Therefore, OGP has the ruction of adjusting cow osteoblast, promotes the bone, the experiment also indicated that the cow experimentation may be used as the model of the rodentia animal.
因此，成骨生长肽具有调节奶牛成骨细胞增殖的功能，促进成骨，试验亦可说明奶牛动物试验可采用啮齿类动物作为试验动物模型。
Therefore, OGP has the ruction of adjusting cow osteoblast, promotes the bone, the experiment also indicated that the cow experimentation may be used as the model of the rodentia animal.
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