Urina sanguinis and hungry blood of osteomalacia patients with marked deformity were analyzed with wet digesting and atomic absorption method.

取某区明显骨软化畸形、年龄4-19人晨尿、空腹全血，湿法消化，原子吸收法检测。

But overdose fluorine can cause skeletal damage, which lesion fairly complicated.There are only osteosclerosis, ossifying around the bone, but osteomalacia, osteoporosis.

但过量氟会引起骨骼损伤,其变较复杂,既有骨硬化、骨周化骨,又有骨软化、骨质疏松。

Mixed uremic osteodystrophy was found in 7 patients (12.3%), adynamic renal bone disease in 3 patients (5.3%), and osteomalacia in 2 patients (3.5%).

7名患者（12.3%）为混合性肾性骨营养良症，3名患者（5.3%）为骨再生良，2名患者（3.5%）为骨软化。

Urina sanguinis and hungry blood of osteomalacia patients with marked deformity were analyzed with wet digesting and atomic absorption method.

取某区明显软化畸形、年龄4-19岁的人的晨尿、空腹全血，湿法消化，原子吸收法检测。

But overdose fluorine can cause skeletal damage, which lesion fairly complicated.There are only osteosclerosis, ossifying around the bone, but osteomalacia, osteoporosis.

但过量氟骼的损伤,其变较复杂,既有硬化、周化,又有软化、质疏松。

Mixed uremic osteodystrophy was found in 7 patients (12.3%), adynamic renal bone disease in 3 patients (5.3%), and osteomalacia in 2 patients (3.5%).

7名患者（12.3%）为混合性肾性营养不良症，3名患者（5.3%）为再生不良，2名患者（3.5%）为软化。

Urina sanguinis and hungry blood of osteomalacia patients with marked deformity were analyzed with wet digesting and atomic absorption method.

取某区明显骨软化畸形、年龄4-19岁的人的晨尿、空腹全，湿法消化，原子吸收法检测。

But overdose fluorine can cause skeletal damage, which lesion fairly complicated.There are only osteosclerosis, ossifying around the bone, but osteomalacia, osteoporosis.

但过量氟会引起骨骼的损伤,其杂,既有骨硬化、骨周化骨,又有骨软化、骨质疏松。

Mixed uremic osteodystrophy was found in 7 patients (12.3%), adynamic renal bone disease in 3 patients (5.3%), and osteomalacia in 2 patients (3.5%).

7名患者（12.3%）为混合性肾性骨营养不良，3名患者（5.3%）为骨再生不良，2名患者（3.5%）为骨软化。

Urina sanguinis and hungry blood of osteomalacia patients with marked deformity were analyzed with wet digesting and atomic absorption method.

取某区明显骨软形、年龄4-19岁的人的晨尿、空腹全血，湿法消，原子吸收法检测。

But overdose fluorine can cause skeletal damage, which lesion fairly complicated.There are only osteosclerosis, ossifying around the bone, but osteomalacia, osteoporosis.

但过量氟会引起骨骼的损伤,其变较复杂,既有骨硬、骨周骨,又有骨软、骨质疏松。

Mixed uremic osteodystrophy was found in 7 patients (12.3%), adynamic renal bone disease in 3 patients (5.3%), and osteomalacia in 2 patients (3.5%).

7名患者（12.3%）为混合性肾性骨营养不良症，3名患者（5.3%）为骨再生不良，2名患者（3.5%）为骨软。

Urina sanguinis and hungry blood of osteomalacia patients with marked deformity were analyzed with wet digesting and atomic absorption method.

取某区明显软畸形、年龄4-19岁的人的晨尿、空腹全血，湿法消，原子吸收法检测。

But overdose fluorine can cause skeletal damage, which lesion fairly complicated.There are only osteosclerosis, ossifying around the bone, but osteomalacia, osteoporosis.

但过量氟会引起骼的损伤,其变较复杂,既有硬、周,又有软、质。

Mixed uremic osteodystrophy was found in 7 patients (12.3%), adynamic renal bone disease in 3 patients (5.3%), and osteomalacia in 2 patients (3.5%).

7患者（12.3%）为混合性肾性营养不良症，3患者（5.3%）为再生不良，2患者（3.5%）为软。

Urina sanguinis and hungry blood of osteomalacia patients with marked deformity were analyzed with wet digesting and atomic absorption method.

取某区明显骨软化畸形、年龄4-19岁的人的晨尿、空腹全血，湿法消化，原子吸收法检测。

But overdose fluorine can cause skeletal damage, which lesion fairly complicated.There are only osteosclerosis, ossifying around the bone, but osteomalacia, osteoporosis.

但过量氟会引起骨骼的损伤,其变较复杂,既有骨硬化、骨周化骨,又有骨软化、骨质疏松。

Mixed uremic osteodystrophy was found in 7 patients (12.3%), adynamic renal bone disease in 3 patients (5.3%), and osteomalacia in 2 patients (3.5%).

7名（12.3%）混合性肾性骨营养不良症，3名（5.3%）骨再生不良，2名（3.5%）骨软化。

Urina sanguinis and hungry blood of osteomalacia patients with marked deformity were analyzed with wet digesting and atomic absorption method.

取某区明显骨软化畸形、年龄4-19岁的人的晨尿、空腹全血，湿法消化，原子吸收法检测。

But overdose fluorine can cause skeletal damage, which lesion fairly complicated.There are only osteosclerosis, ossifying around the bone, but osteomalacia, osteoporosis.

氟会引起骨骼的损伤,其变较复杂,既有骨硬化、骨周化骨,又有骨软化、骨质疏松。

Mixed uremic osteodystrophy was found in 7 patients (12.3%), adynamic renal bone disease in 3 patients (5.3%), and osteomalacia in 2 patients (3.5%).

7名患者（12.3%）为混合性肾性骨不良症，3名患者（5.3%）为骨再生不良，2名患者（3.5%）为骨软化。

Urina sanguinis and hungry blood of osteomalacia patients with marked deformity were analyzed with wet digesting and atomic absorption method.

取某区明显骨软化畸形、年龄4-19岁的人的晨尿、空腹全血，湿法消化，原子吸收法检测。

But overdose fluorine can cause skeletal damage, which lesion fairly complicated.There are only osteosclerosis, ossifying around the bone, but osteomalacia, osteoporosis.

但会引起骨骼的损伤,其变较复杂,既有骨硬化、骨周化骨,又有骨软化、骨质疏松。

Mixed uremic osteodystrophy was found in 7 patients (12.3%), adynamic renal bone disease in 3 patients (5.3%), and osteomalacia in 2 patients (3.5%).

7名患者（12.3%）为混合性肾性骨不良症，3名患者（5.3%）为骨再生不良，2名患者（3.5%）为骨软化。

Urina sanguinis and hungry blood of osteomalacia patients with marked deformity were analyzed with wet digesting and atomic absorption method.

取某区明显骨软畸形、年龄4-19岁的人的晨尿、空腹全血，湿法，原子吸收法检测。

But overdose fluorine can cause skeletal damage, which lesion fairly complicated.There are only osteosclerosis, ossifying around the bone, but osteomalacia, osteoporosis.

但过量氟会引起骨骼的损伤,其变较复杂,既有骨硬、骨周骨,又有骨软、骨质疏松。

Mixed uremic osteodystrophy was found in 7 patients (12.3%), adynamic renal bone disease in 3 patients (5.3%), and osteomalacia in 2 patients (3.5%).

7名患者（12.3%）为混合性肾性骨营养不良症，3名患者（5.3%）为骨再生不良，2名患者（3.5%）为骨软。