Objective To explore the fraction risk in patients with osteoporosis and effects of antiosteoporosis therapy on fracture healing.Methods All the recruited subjects were senile patients with fracture in lower extremity and were treated in the Department of Orthopaedics in Shandong Qianfoshan Hospital from Aug.2006 to Feb.2011.In the total 15 cases,10 were female and 5 were male,aged from 53 to 65 years (average 56.7 years old).After surgical reduction and internal fixation,all the 15 patients did free-weight and continous passive motion (CPM) functional exercise and received anti-osteoporosis treatment.X-ray was taken to show the preoperative and postoperative lumbar vertebrae and fracture position.Meanwhile,bone mineral density and blood calcium level and phosphate level were measured.Results Thirteen out of 15 patients were healed for bone fracture after a 3-month treatment,meeting the clinical standards of the fracture healing.The clinical fracture healing rate was 86.67％.Blood calcium level,phosphate level and the bone mineral density were significantly different between that before and after the treatment ( P ＜ 0.05 ).Conclusion Osteoporosis not only increases the risk of fracture,but also has an adverse effect on the bone healing.Anti-osteoporosis therapy has a positive role to the fracture healing in the senile patients with osteoporosis.

OBJECTIVE To search for available mode of oral apparatus′s disinfection and management.METHODS To use new ways of oral apparatus′s disinfection and management that are enhancement of recognition,normal disinfecting procedure,available disinfection room,enhancement of management,new management system,building digitizing management and so on.RESULTS To build effective system and decrease abrasion and uselessness of oral apparatus.CONCLUSIONS Effective disinfection and management are very important for prevention of the cross infection and ensuring of daily use of oral apparatus.

entrate graft can block pathologic process and improve the inclusion of femoral head and increase blood circulation of femoral head, which is beneficial to its recovery.

Objective To analysis and compare the proteomic differences between neural stem cells and motor neurons in embryonic spinal cord in rat and discover the key different proteins. Methods Separating the protein of cells by the 2-D fluorescence difference gel electrophoresis, and to analyse the differences of protein expression with DeCyder software, and to identify with high performance liquid chromatography-electrospray tandem mass spectrometry. Results About 1 300 protein spots from the cells were gained after gel analysis. Eighty-seven protein spots were selected for mass spectrometry analysis. Fourty-four differently expressed proteins (24 in neural stem cells and 20 in motor neurons) were identified by mass spectrometry analysis.Conclusion Differently expressed proteins between neural stem cells and motor neurons were identified and it is helpful to find the new targets in neural stem cells differentiation into motor neurons.

Talus fracture is a relatively rare injury. The indication of surgical treatment of talus fracture is the obvious displacement of talus neck or talus body fracture, the purpose of which is to achieve anatomical reduction of the fracture site. The anatomical structure of talus is special, most of its surface is covered by the articular surface, so the injury often involves the articular surface, so the treatment is difficult and the incidence of complications after fracture operation is high, which is prone to ischemic necrosis and traumatic arthritis. Based on the anatomical structure of talus, we reviewed the latest treatment methods of talus fracture and its complications, the advantages and disadvantages of different treatment methods and the existing problems.

In the original publication the Supplementary Material and Fig. 2 are incorrect. The correct version is provided in this correction article. The text HBG2 appearing in the article should be read as HBG1.

Bacterial Proteins ; genetics ; CRISPR-Cas Systems ; genetics ; Endonucleases ; genetics ; Gene Editing ; HEK293 Cells ; Humans ; Transcriptional Activation ; genetics ; p300-CBP Transcription Factors ; genetics