Objective To study the value of objective information transformation by analyzing oral diseases in outpa-tient department of our hospital and the diagnosis and treatment of oral diseases between expert clinic and outpatient clinic. Methods Oral diseases in over 50000 cases who visited the outpatient department of our hospital in 2015 were classified according to the ICD10 and analyzed by Pareto analysis. Results Dental carries, pulpitis, chronic periodontitis and dental crowding were the major diseases detected in outpatient department of our hospital, ac-counting for 80% of the total outpatients, and importance was thus attached to their treatment. Oral diseases re-ceived orthodontic therapy in expert clinic and received tooth implantation in outpatient clinic. Conclusion Hospi-tals should scientifically allocate their medical resources, strengthen the training of their young dentists, bring into full play of their limited medical resources according to the distribution of oral diseases in their outpatient depart-ments in order to meet the increasing demand of oral healthcare.

Objective:Real-time cell-based assay (RTCA) technology was used to detect the influence of compound Danshen tablets with different concentrations on cells to screen outthe sensitive, stable and concentration-dependent cell lines to provide reference for the quality evaluation experiment of cell biological effects of compound salvia miltiorrhiza tablets. Methods:The effects of compound Danshen tablets on human umbilical vein endothelial cells (Huvec), rat cardiac myocytes (H9C2) and rat thoracic aortic smooth muscle cells (RA-VSMC) were investigated by RTCA. The cell index (CI) was measured to form time-dose dependent cell response curves (TCRPs) to screen the the optimal cell lines by description analysis and statistical analysis. Results:All of the three cells show obvious response to the effects of compound Danshen tablets. The sensitivity of RA-VSMC was relatively poor, the range of effective concentrationof three cells was different, and the concentration gradient dependence was also different. H9c2 cells had good sensitivity to compound Danshen tablets, which was gradient dependent, and the effective concentration range wass 0.3-1.8 mg/ml, and it can be used as a cell for quality evaluation of compound Danshen tablets. Conclusions:RTCA technology can monitor and record the growth status of cells in real time. It can accurately reflect the effects of compound Danshen tablets on different cell lines. The data are objective and reliable. It provides a new experimental technology and method for the quality evaluation of compound Danshen tablets.