An integration of medical data management system based on WEB and data mining tool is reportedly in this paper. In the application process of this system, web-based medical data mining user sends requests to the server by using client browser with http protocol, the commands are then received by the server and the server calls the data mining tools remote object for data processing, and the results are sent back to the customer browser through the http protocol and presented to the user. In order to prove the feasibility of the proposed solution, the test is done under the NET platform by using SAS and SPSS, and the detail steps are given. By the practical test, it was proved that the web-based data mining tool integration solutions proposed in this paper would have its broad prospects for development, which would open up a new route to the development of medical data mining.
Data Mining ; Internet ; Medical Informatics ; Software

Objective To manage the information of examination, certification and registration of doctors in the organizations of medical treatment, prevention and health care. Methods A software was developed by using the client/server model and object-oriented technique on the basis of experiences from many years of hard working in military hospital. Results Because of the successful design and application of the software, the whole military certificated doctors information database was established for trends tracking management of all military certificated doctors' information by general departments. Conclusion The database management and developing technique are the same as those of No.1 Military Medical System. It is very practical.

Objective To analyze the prevention and nursing measures of adverse drug reaction in patients with rheumatoid arthritis treated with Tolicizumab.Method The clinical data and nursing measures in 30 patients with rheumatoid arthritis treated with Tolicizumab were reviewed and analyzed.Result All the patients completed the treatment and no infusion reaction was observed in the first 24 hours.Conclusions Comprehensive and intensive assessment is necessary before application of Tocilizumab. Executing standard drug dispensing and injection process,mastering the infusion reaction emergency processing measures and establishing injection related systems are of great significance to observe and treat various adverse reactions in time,ensuring drug effects and safety of the patients.

Objective: To investigate the clinicopathologic features of Rasmussen syndrome (RS) and to raise awareness of this rare disease. Methods: Clinicopathologic data of 4 cases of RS were retrospectively analyzed at Beijing Haidian Hospital from 2008 to 2016. Results: The clinical manifestations included epilepsia partialis continua and progressive neurologic deficits in all patients.MRI demonstrated unihemispheric focal cortical atrophy in all cases. The histopathologic changes included variable degrees of lymphocytic infiltrate within the cortex, subarachnoid space and perivascular cuffing.Microglial nodules and neuronophagia were seen. Mild to severe neuronal loss was noted with variable degrees of reactive gliosis. Spongy edema and cavitation were observed in focal cortex. Inflammation involving hippocampus was seen in one case. Three cases were accompanied by focal cortical dysplasia (FCD) Ⅲd. Immunohistochemical staining showed that the infiltrative lymphocytes were positive for CD3, CD8, granzyme B and TIA1 and the proliferating microglial cells were positive for CD68. NeuN positive neurons decreased significantly and reactive astrocytes were GFAP positive. Conclusions Pathologic changes of RS are similar to viral encephalitis and the inflammation is progressive and multifocal involving the hemisphere. The diagnosis of RS relies on pathologic features combined with clinical findings and neuroradiological examinations.

Novel coronavirus pneumonia, which has emerged in Wuhan since the end of 2019, has posed a huge challenge for medical institutions in the city. Rapid completion of a number of cabin hospitals plays a vital role in preventing further spreading of the epidemic, by means of collecting and treating mild patients of the disease. This paper presents the key process of Tongji Hospital in its rapid informatization since it took over a cabin hospital. Based on the network architecture of the Tongji cloud platform, the shared service center is used to share data and integrate services between the cabin hospital and Tongji hospital. This practice can prevent cross-infection and improve service efficiency as well, hence offering a reference for future information infrastructure development of cabin hospitals.