osteomalacia

1. "Calcium malabsorption and secondary hyperparathyroidism may increase the risk for developing osteopenia, osteoporosis, and ultimately osteomalacia," the authors write in a meeting abstract.
   钙吸收不良和继发性甲状旁腺机能亢进会增加发展为骨质减少，骨质疏松，最终出现骨软化的风险。
2. Osteomalacia rarely occurs in adult patients with chronic liver disease despite a low serum vitamin D level being reported in up to two-thirds of patients with cirrhosis.
   尽管有超过三分之二的肝硬化患者血清维生素D水平低，但骨软化病在成年慢性乙肝患者身上几乎不发生。
3. Adequate vitamin D prevents the development of bone diseases such as rickets, osteomalacia and osteoporosis.
   充足的维生素D可预防形成骨骼疾病，例如佝偻病、骨软化和骨质疏松。
4. A calcium supplement is indicated to prevent osteomalacia.
   补钙是一种防止软骨病表示。
5. Ultraviolet light is needed to activate production of vitamin D in the body, which prevents rickets, osteomalacia and osteoporosis.
   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。
6. He prevents us from rickets and osteomalacia by balancing the calcium and phosphorous in our blood.
   他阻止我们佝偻病和骨软化的平衡钙，磷在我们的血液。
7. An almost identical condition in adults is called osteomalacia.
   一个几乎相同的条件下，在成年人是所谓的软骨病。
8. With this method, the serum levels of DHCC in healthy youth, patients with congenital rickets and puberty rickets and cow with renal osteomalacia were measured.
   检测了先天性佝偻病、青春期佝偻病病人及患肾性骨病奶牛等血清DHCC水平。
9. In adults, calcium deficiency may lead to osteomalacia.
   在成年人，缺钙可导致骨软化症。
10. 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.
    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。
11. Itamin D deficiency in adults can precipitate or exacerbate osteopenia and osteoporosis, cause osteomalacia and muscle weakness, and increase the risk of fracture.
    缺乏维生素D能使骨量减少或骨质疏松加剧，引起软骨病、肌无力及骨折风险增加。
12. They are at risk for a condition called osteomalacia.
    他们这种状况存在骨软化症的风险。
13. Unlike osteoporosis or osteopenia, which result from low bone mineral density, osteomalacia interferes with new bone formation.
    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。
14. Chronic deficiency may be a factor in the development of osteoporosis or osteomalacia and may contribute to hypertension and colon cancer.
    钙缺乏可致骨质疏松或骨质变软，还可能和高血压、结肠癌的发生有关。
15. Children often swim, it will promote bone calcification, can effectively prevent the occurrence of rickets and osteomalacia.
    儿童常常游泳，则会促使骨骼钙化，能有效地防止佝偻病和软骨病的发生。
16. Prevention of osteoporosis, muscle cramps, osteomalacia, lumbar back pain in the elderly acid belly.
    预防骨质疏松，肌肉抽蓄，骨软化，腰酸腹背痛的中老年人。
17. Disturbance of calcium metabolism is one of the important aspects of cadmium toxicity, which includes reduced intestinal calcium absorption, increased urinary calcium excretion, negative calcium balance, development of osteomalacia and osteoporosis.
    钙代谢紊乱是镉毒性的一个重要方面，主要表现为肠钙吸收减少，尿钙排泄增加，机体处于负钙平衡，骨软化和骨质疏松。
18. Bone lesions included bone resorption, osteomalacia and osteoporosis.
    骨病变有骨吸收、并骨软化和骨质疏松；
19. The significance of the changes of biochemical indexes in blood and measuring the caudal bone density in the diagnosis and predictability of osteomalacia and the metabolic trends of calcium, phosphorus and magnesium in the herd were also discussed.
    并分析研究了乳牛血液生化指标的变化和尾椎骨密度的测定法对诊断和监测骨软症和钙、磷、镁代谢动态的意义。
20. Clinical analysis of 13 cases of adult renal tubular osteomalacia
    成人肾小管性骨软化症13例临床分析
21. 22 cases in fluorosis and osteomalacia;
    氟骨症、骨软化共存者22例；
22. Clinical analysis of 30 cases of osteomalacia
    30例软骨病临床分析
23. Objective To investigate skeletal imaging appearances of osteomalacia type skeletal fluorosis and its mechanism.
    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。
24. Results: The X rays were typical of rickets in children and osteomalacia in adults.
    结果本病的典型X线表现在儿童表现为佝偻病，在成人表现为软骨病。
25. All patients were diagnosed as osteomalacia according to their clinical and radiographic manifestations.
    所有患者的骨质软化诊断依据临床检查和X线表现。
26. Injury mechanism and rehabilitation of "kneecap osteomalacia" for basketball players in stop training period
    停训篮球运动员髌骨软骨病的损伤机制和康复对策探析
27. 11 cases in osteomalacia;
    骨软化11例；
28. The role and limitation of imaging investigation on metabolic and endocrine osteomalacia
    影像学评估代谢性及内分泌性骨软化的作用和限度

noun

1. abnormal softening of bones caused by deficiencies of phosphorus or calcium or vitamin D