Objective[WT5”BZ] To evaluate the effect of stump anorectal longitudinal incision and colorectal heart shape anastomosis for the treatment of Hirschsprung′s disease (HD). Methods Ninety eight children with HD underwent colorectal resection and GI reconstruction by our method from April 1991 to April 2000. Results All patients were followed up for 5～96 months. There were no postoprative infection in pelvic and celiac cavities or wound infection,nor anastomotic strictures. One patient had an anastomotic fistula that was treated successfully by early repair. Recurrent constipation in 3 cases was successfully treated by dilatation. One patient experienced occasional fecal seepage. Enterocolitis occured in six patients. The overall complication rate was 11 2%.[WT5”HZ] Conclusion[WT5”BZ] Anorectal longitudinal incision and heart shape colorectal anastomosis has the advantage of satisfactory clinical result and less complication in the treatment of HD.

As an important component of multi-physiological-parameter tele-monitoring system, database system is characterized by its large capacity, complex data type and being realtime. According to the design flow of the database, this paper develops a multi-physiological parameter network database with EER concept model and distributed database technology.

Radiotherapy is the most common treatment for nasopharyngeal carcinoma, and the radiotherapy technique is essential for the prognosis of nasopharyngeal carcinoma. Due to the complexity of the structure of the intensity-modulated device and the accuracy of the clinical requirements of radiotherapy, it is inevitable that higher requirements will be imposed on the process of intensity-modulated radiotherapy. Currently, gaps exist in the radiotherapy equipment and personnel qualification among radiotherapy units, and thus the homogenization in the radiotherapy remains to be strengthened in China. With the application of radiotherapy information management system, digital medicine and artificial intelligence technologies in the field of radiotherapy, the original process fails to meet the application needs of the new precise radiotherapy technology. Therefore, this process is designed based on the existing radiotherapy procedures for nasopharyngeal carcinoma in combination with the latest developments in the field of radiotherapy, aiming to establish a novel standard process recommendation, ensuring the standardization and homogenization of radiotherapy and achieve the individualized intensity-modulated radiotherapy for nasopharyngeal carcinoma patients.