脉冲磁场治疗骨质疏松磁场照射区与非照射区骨密度变化

The bone mineral density changes of magnetic field irradiation area bones and non radiation area bones after pulse magnetic field treatment of steoporosis

目的探索脉冲磁场治疗骨质疏松磁场照射区和非照射区骨密度的变化及相关性。方法选择绝经后骨质疏松患者10例,年龄48～76岁,平均56.8岁。采用TY-PEMF骨质疏松治疗仪治疗,链状形治疗器产生的磁场照射人体中心部位脊柱和股骨,每次治疗40 min,10次为一疗程,总共3个疗程,两个月完成。分别应用LUNAR双能X线吸收骨密度仪和The MetriscanTM骨密度仪测量治疗前及治疗后第8个月L2-4骨密度和2、3、4指骨密度均值。结果 L2-4骨密度平均增加5.37%,指骨骨密度均值平均增加5.23%。结论脉冲磁场治疗骨质疏松,磁场照射部位腰椎骨密度有明显改善,非照射区的指骨密度也有相似的改善。

Objective to explore the correlation of bone mineral density changes of magnetic field irradiation area bones and non radiation area bones After pulse magnetic field treatment of osteoporosis. Methods 10 patients with postmenopausal osteoporosis, age 48 -76, an average of 56.8. The TY- PEMF treatment osteoporosis therapy apparatus was used , magnetic fields generating from Chain shape therapeutic devices irradiate human body spine and femur, 40 min per treatment, 10 times for a period of treatment, a total of 3 period of treatment, in two months to be completed. LUNAR dual-energy X-ray absorptiometry bone mineral density instrument and The MetriscanTM bone mineral density instrument were separately applied to measurement bone mineral density of L2-4 bone and 2, 3, 4 finger bone before and after treatment 8 months. Results The L2-4 hone density increased by 5.37% on average, phalanx bone density rose by an average of 5.23%. Conclusion The pulse magnetic field treatment of osteoporosis, bone mineral density of irradiation area bones has improved significantly, hone mineral density of non irradiation area bones have similar improvement.