Objective To explore the daily management mode of hygienic materials of locomotive logistics unit. Methods Through the method of building deposit area and buffer area in regular depot, hygienic materials with validity regulation such as drugs could be included in hospital regular inventory manage ment; the hygienic materials were dynamically replaced according to the hospital's daily cost. Results Under the condition of ensuring the adequateness of hygienic materials, the method was able to meet the validity requirement and avoid wasting as well. Conclusion Hospitals have favorable condition and professional management in reserving different types of hygienic materials. As it costs time to assemble materials, this management mode is more suitable for the management of hygienic materials of locomotive logistics unit.

With the application of HIS in hospital,a great deal of data accumulate in database.It's very important to take advantage of these data for IT and managerial staffs.It is suggested that data mart be selected to process the data at the initial stage.

OBJECTIVE Based on data analysis of nosocomial infections in our hospital,main reasons of the infection,especially the relationship between infection risk and malignant conditions were investigated in detail. METHODS A retrospective study of 50 272 patients in the period form Jan 2000 to Dec 2007 showed 2979 patients(5.93%) had nosocomial infections.The reasons caused nosocomial infections were diverced. RESULTS The patients with severe blood disorder or tumors were at high risk of nosocomial infections.The longer the stay in hospital,the higher the risk they had.Moreover,the Department of Hematopoietic Stem Transplantation and the Department of Hematological Disease both accounted for the majority of nosocomial infections.Intervention therapy was another main reason of the infection.Respiratory tract was the most common infection site. CONCLUSIONS The infection rate of our hospital is lower among same kinds of hospitals.To reduce infection risk further,a new system with advanced statistical analysis software is being established.The system includes a monitor motif which could conquer the current weakness.

In order to deal with the defects of data quality during the process of hospital information system operation,this paper puts forward the quality supervision and control system to supervise the data quality in real time and in the end.The system uses server data quality supervision model based on standard store.The advantage of this model is to discover data quickly and give early-warning to users without affecting the data input at terminals.

Objective To explore advanced and effective methods of medical quality control. Methods A perspective method, together with literature summary, process analysis, statistics and computer network techniques, was employed. Results A model of real time control of medical quality via element management, process management, and monitored control management was set up; methods of real time control of quality and expenses for disease entities in hospitals were defined; the effect of clinical paths on real time control of the quality of hospitalization was ascertained; and ways of real time control of the quality of medical records were determined. Conclusion Real time control of medical quality is a new, effective way of monitoring medical quality.

Objective To calculate workload according to working day and holiday separately.Methods Functions of SQL in Oracle were used to separate working day and holiday.Results The method could accomplish holiday's workload statistics expediently.Conclusions Statistics of holiday's workload are becoming ordinary work,so the separated analysis for them has practical value.

OBJECTIVE To investigate the present situation of the nosocomial infection in our hospital in order to decrease the infection rate. METHODS A total of 40 554 patients were inspected from Oct 2004 to Sept 2005.There were 626 patients with nosocomial infection. RESULTS The nosocomial infection was 1.54%.Old patients were the main components.The longer they were in hosptial,the more risk of infection they had.Elder monitoring department and hematological department were the most common infected units.Respiratory tract was the most common infected site of the body.The entity of disease for the most infection was malignant tumor.Invasive treatment was one of the causes for the infection. CONCLUSIONS The infection rate of our hospital was relatively low.We should establish the system to control the infection.Use the advanced statistical software well be to aid the control and discover the anti-infection deficiency from the statistical view-point.

Operation information is the important component of HIS sources. Data mining software Brioquery can be used to extract qualitative and quantitive information related to the operation from HIS system. With the ever-growing demand of hospital management for information service, people's ability to collect and compile data by means of information technology will be greatly increased to make the best of information for medical management.

OBJECTIVE To summarize the infection cases and the factors causing site infection after operations,and investigate the measures to prevent and reduce exogenous incision infection.METHODS Discharged patients from Jan 1st,2003 to May 31st,2006 in our hospital were investigated for retrospective analysis on incision infection cases.RESULTS Totally 111 incision infection cases were reported from 54 286 cases.The nosocomial infection rate in this cohort was 0.21%(111/54 286),which was 33.44% of total surgical incision infection cases.CONCLUSIONS Incision infection is one of the most commonly encountered concomitant symptoms,it is as well the bottleneck for our hospital to reduce average stay length of surgical patients and patients′ hospitalization expenses,and to speed up turnover of beds.Incision infection rate is also an important criterion to evaluate the management quality and medical technology quality within and among hospitals.Effective measures should be taken to decrease incision infection rate and to resolve the problem that is difficult to hospitalize and expensive to treat.

Objective To explore the effective methods for analyse and manage of medical quality information. Methods Based on the feasibility and necessity of medical quality information management, the designs of conceptual model, logical model, and physical model, and the process and methods of data transfer were expounded. Results The data warehouse was established. Conclusion The established data warehouse, the important component in the hospital information system, will be helpful in hospital decision-support and hospital administration.