RESUMO
Objective The pathological network management system provides a good working platform for pathological diagnosis, but there are few related reports. In order to give full play to the influence of pathological network management system on the whole process of pathological report, optimize the process of pathological report, and improve the efficiency of process and the quality of pathological report, we statistical analyzed the 41535 pathological reports time in our hospital.Methods The 33696 pathological reports time from the pathology department of our hospital in 2012 and 41535 in 2017 were statistical analyzed, to investigate the influence of the system on the pathological reporting process, which was included pathological specimen reception, information input, technical production, pathological report writing, capture and so on. The failure rates of pathological reports by single-site working mode in 2012 with multi-site working mode in 2017 were compared.Results Among the 33696 pathological reports in 2012, 18482 were outpatients, of which 17779(96.2%) cases were reported in ≤3 days, and 15214 were inpatients, of which 14590 (95.9%) cases were reported in ≤5 days. Among the 41535 pathological reports in 2017, 22832 were outpatients, of which 22271(97.5%) cases were reported in ≤3 days, and 187037 were inpatients, of which 18347 (98.1%) cases were reported in ≤5 days. The failure rate of pathological reports in 2012 was 5.69%, while in 2017 was 1.93%. Pathological network management system was through the whole process of pathologic examination, from the specimen reception, production, diagnosis, application and pathology report card printing.Conclusion The operation process of pathological work is standardized, the labor time of the staff is shortened, the human error is reduced, the quality of the pathological report is improved, and the Objective basis for pathological quality control is provided by using the pathological network management system.
RESUMO
Recently, it becomes conspicuous that the network should have enough communication bandwidth and be organized with steadiness to operate and support hospital information system successfully. Seoul National University Hospital completed to reconstruct legacy network which had been used since 1995. We had a consultation to diagnose the current problems and reconstructed the network according to the consultation. The design of network architecture was mainly focused on the circuit route in case of error condition and the suitable bandwidth for the easy communication. We also regulated the use of unsuitable protocols which might broadcast inappropriate data packets over the whole network. After 6 months of operation we evaluated the performance of newly constructed network. The average traffic rate from the input port of main servers was 0.5% and that from the output port was 6% separately. The average traffic rate on the overall ATM backbone showed around 1 %.From the result, we concluded that the newly constructed network had such an enough capability supporting hospital information system without any interruption. Furthermore, we expect that it will be sufficient to support the additional traffic increment by PACS and group ware applications.