1.The risk factors of cervical lymph node recurrence after radiotherapy for neck negative nasophargneal carcinoma.
Shanyi CHEN ; Xianming LI ; Erzhou LI
Chinese Journal of Radiation Oncology 1992;0(01):-
50 Gy in the upper neck as compared to those treated with seperate facial and neck fields to 0.05)Conclusions We suggest that patients with neck negative NPC should be treated with conjoint facio cervical lateral fields and prophylactic whole neck irradiation with more than 50 Gy to the upper neck.
2.Analysis of the expectancy on community health service by patients in a Shanghai community
Erzhou GU ; Yingyao CHEN ; Chuanlin LI ; Peng HAN ; Dan TIAN
Chinese Journal of Hospital Administration 2009;25(3):179-182
Objective The study was to provide evidence for the development of local community health services through the analysis of patiems' expectations for community health services. Methods The expectations were indirectly evaluated by investigating the patients in the willingness-to-pay. Results The patients had a generally high expectation for health community services and they would be highly disappointed once their expectations fall short. Conclusions Those expectations that could be realized with short-term efforts ought to attract high attention of community health service providers and made important goals to achieve in the near future.
3.Role of high resolution CT in diffuse pulmonary nodules.
Litian XIA ; Erzhou LI ; Jingshan GONG ; Dong YANG ; Limin SUN ; Jianmin XU
Chinese Journal of Oncology 2002;24(5):494-496
OBJECTIVETo evaluate high resolution CT (HRCT) in the diagnosis of diffuse pulmonary nodules.
METHODSFifty normal chest radiographs, conventional CT and HRCT were used to evaluate the visualization of pulmonary lobule. The configuration, distribution and intrinsic structure of lesion in 38 patients with diffuse pulmonary nodules were analyzed by HRCT.
RESULTSThe chest radiographs were not able to show the structure of pulmonary lobule. The visualization rates of pulmonary lobule were 20% by conventional CT and 50% by HRCT (P < 0.05). Of 38 patients with diffuse pulmonary nodules, 19 had interstitial nodules which were located in the pulmonary intestities, the lobular septa and under the pleura. HRCT could clearly show their para-bronchial distribution with clear cut margin. Four had airspace nodules, chiefly shown as solidification of the air spaces. There was no nodule beneath the pleura or in the lobular septa. HRCT revealed even density and hazzy margins. Fifteen had randomly distributed nodules, with the nodules scattered at random. HRCT showed nodules with high density, sizes varying greatly but the margin was clear.
CONCLUSIONHigh resolution CT is able to show the pattern of distribution, intranodular structures and background of the diffuse pulmonary nodules, which is valuable in the diagnosis and differential diagnosis of this disease.
Adult ; Aged ; Diagnosis, Differential ; Female ; Humans ; Lung Neoplasms ; diagnosis ; diagnostic imaging ; Male ; Middle Aged ; Tomography, X-Ray Computed