An preliminarily experimental study of bone mineral density mediated by new tuberculosis-controlled release composite
10.3760/cma.j.issn.1008-1372.2014.02.021
- VernacularTitle:新型抗结核缓释体的骨密度初步实验研究
- Author:
Shu HUANG
;
Hongqi ZHANG
;
Baorong LIU
;
Yizhao ZHOU
;
Xiaojun WENG
;
Bin SHENG
;
Sheng XIAO
- Publication Type:Journal Article
- Keywords:
Antitubercular agents;
Delayed-action preparations;
Microspheres;
Bone density
- From:
Journal of Chinese Physician
2014;(2):218-220
- CountryChina
- Language:Chinese
-
Abstract:
Objective To investigate bone mineral density ( BMD ) after filling in the bone scaffolds with anti-tuberculosis controlled-release microspheres, and provide experimental basis for decrease of the side effects of anti-tuberculosis therapy after spinal surgery.Methods The bone densitometer was used to observe the changes of bone mineral density before and after the infusion with the artificial allograft bone (Group A), the controlled release complex of the RFP controlled-release microspheres-artificial allograft bone (Group B), and RFP-artificial allograft bone complex (Group C), respectively.Results BMDs of three groups before perfusion were not different significantly [Group A:(0.191 ±0.018)g/cm2;Group B:(0.186 ±0.016)g/cm2;Group C:(0.189 ±0.018)g/cm2;P >0.05].BMDs of three groups after perfusion were not different significantly [Group A:(0.191 ±0.018)g/cm2;Group B:(0.179 ±0.023)g/cm2;Group C:(0.185 ±0.021)g/cm2;P >0.05].Conclusions RFP microspheres using ultrasonic vibration method and the porous bone were prepared to controlled-release anti-tuberculosis complex .BMD of three groups after perfusion were not influenced obviously .
