骨软化症

在成年人，缺钙可导致骨软化症。

In adults , calcium deficiency may lead to osteomalacia .

他们这种状况存在骨软化症的风险。

They are at risk for a condition called osteomalacia .

低磷酸盐血性骨软化症双磷酸盐颌骨骨坏死：附8例临床分析

Bisphosphonate-related osteonecrosis of the jaws , the report of eight cases

成人肾小管性骨软化症13例临床分析

Clinical analysis of 13 cases of adult renal tubular osteomalacia

低磷酸盐血性骨软化症血清低钠低氯对成人颅内感染诊断的价值

Value of Serum Low Sodium Low Chlorine in the Diagnosis of Adult Intracranial Infection

肿瘤相关性低磷抗D骨软化症的外科干预治疗

Surgical treatment of tumor-induced osteomalacia

76例低钙血症患者，其中68例甲状旁腺功能低下，5例骨软化症，3例肾性骨病。

76 patients with hypocalcemia were studied . Among these patients , 68 had hypoparathyroidism , 5 osteomalacia and 3 renal osteodystrophy .

13例成人肾小管性骨软化症计有杭维生素D佝偻病5例和肾小管性酸中毒骨软化8例。

Thirteen cases of adult renal tubular osteomalacia consisting of 5 cases of vitamin D resistant rickets , 6 renal tubular acidosis osteomalacia and 2 Fanconis syndrome were analyzed .

目的观察分析采用外科手术方法治疗肿瘤相关性低磷抗D骨软化症的早期疗效及此类肿瘤的外科学特点。

Objective To observe and analyze the early therapeutic effects of treating the tumor-induced vitamin-D resistant hypo-phosphate osteomalacia by surgical intervention and surgical characters of this kind of tumor .

吸收功能减退，可能引起缺铁、骨质疏松症及缺乏维生素D缺乏和阳光照射所致的骨软化症。

Absorption is reduced , possibly contributing to iron deficiency , osteoporosis ( also related to calcium deficiency ), and osteomalacia due to lack of vitamin D and absence of exposure to sunshine .

方法从2004年2月至2005年3月，对7例诊断为肿瘤相关性低磷抗D骨软化症的患者进行手术治疗，完整切除软组织肿瘤5例，骨肿瘤2例。

Methods Seven patients with the diagnosis of tumor-induced vitamin-D resistant hypo-phosphate osteomalacia received complete resection operations of tumors from February 2004 to March 2005 , with 5 cases of soft connective tissue tumor and 2 of bone tumor .

骨软化型氟骨症实验动物软骨组织酶活力的改变

Changes of enzyme activity in cartilage tissue in rats of osteomalacia skeletal fluorosis

不同营养因素对大鼠骨软化性氟骨症骨生物力学的影响

Effects of several different nutritional factors on biomechanical

目的探讨骨软化型氟骨症的骨骼影像学表现及其形成的机制。

Objective To investigate skeletal imaging appearances of osteomalacia type skeletal fluorosis and its mechanism .

在人体内部，紫外线被用来刺激维生素D的生成，这种维生素能预防驼背、骨软化和骨质疏松症等骨骼问题。

Ultraviolet light is needed to activate production of vitamin D in the body , which prevents rickets , osteomalacia and osteoporosis .

与低骨矿物质密度导致的骨质疏松症或骨质缺乏不同，骨软化症妨碍新骨形成。

Unlike osteoporosis or osteopenia , which result from low bone mineral density , osteomalacia interferes with new bone formation .

骨硬化、骨软化及骨疏松不同营养因素对骨软化型氟骨症骨密度的影响

The effects of several nutrition factors on bone mineral density of osteomalacia skeletal fluorosis in rats