An investigation of current application status of radiological diagnosis and treatment equipment in medical institutions in Shijiazhuang, China, 2019 / 中国辐射卫生

Objective To investigate the application of radiological diagnosis and treatment equipment and distribution of medical radiation levels in medical institutions at various levels in Shijiazhuang, China in 2019, and to lay a sound foundation for further radiation protection and management. Methods A universally designed questionnaire was used to investigate and compile data on the level of the sampled hospitals, the number of radiation workers, equipment information, the number of outpatients and emergency patients, the number of inpatients, and the frequency of radiological diagnosis and treatment; the application frequency of each radiological diagnosis and treatment item was calculated based on the demographic data of Shijiazhuang. Results In Shijiazhuang, there were 390 medical institutions (excluding dental clinics) certified for radiological diagnosis and treatment, with a total of 4262 radiation workers and 1215 radiological diagnosis and treatment devices; 1.11 radiological diagnosis and treatment devices were available per 10 000 people, and 3.89 radiation workers were available per 10 000 people. The number of annual outpatients and emergency patients was 30 208 471, the number of inpatients was 1 981 295, and the total number of people or times receiving radiological diagnosis and treatment was 5 987 230. The application frequency of medical radiation was 546.70 persons/times per 1000 people, with the highest frequency for X-ray diagnosis (534.63 persons/times per 1000 people), followed by diagnosis and treatment with nuclear medicine (6.16 persons/times per 1000 people), and the lowest frequency for radiotherapy (1.17 persons/times per 1000 people). In terms of regional distribution, the highest frequency of medical radiation fell in Yuhua District (1602.97 persons/times per 1000 people), and the lowest frequency fell in Shenze County (203.21 persons/times per 1000 people). Conclusion The development of medical radiation is imbalanced in Shijiazhuang, with high-quality medical resources concentrated mainly in the main urban area, thus resulting in long-term overworking of hospital staff and equipment in some areas. The government and health administration departments should strengthen macro-control and the rational allocation of medical resources; medical institutions at various levels should rationally use radiological diagnosis and treatment equipment, strengthen judgments on the justness of radiation, and strengthen the training of radiation workers on protection knowledge and radiation protection optimization.

Current status of the application of radiodiagnosis and radiotherapy resources in Huai′an City in 2020 / 中华放射医学与防护杂志

Objective:To investigate the current status of the radiodiagnosis and radiotherapy resources and medical exposure frequencies in Huai′an City.Methods:According to the monitoring data in the " Radiological Health Information Management Platform of Jiangsu Province" in 2020, a descriptive analysis was conducted on the personnel, equipment, and exposure frequencies in the institutes engaged in radiation-based diagnosis and treatment in Huai′an.Results:A total of 181 hospitals were investigated in 2020, including 7 tertiary hospitals(3.9%), 24 secondary hospitals(13.3%), 126 primary hospitals(69.6%), and 24 ungraded hospitals(13.3%). There were 1 397 radiation workers, including 948 males and 449 females, and 459 pieces of radiation equipment, including 420 for radio diagnosis, 13 for radiotherapy, 4 for nuclear medicine, and 22 for interventional radiology. The hospitals of different grades greatly differed in the number of radiation workers and equipment. There were 80.1, 20.9, 2.2, and 2.0 radiation workers and 15.7, 5.5, 1.4, and 1.6 pieces of radiation equipment in the tertiary hospitals, secondary hospitals, primary hospitals, and ungraded hospitals, respectively on average. There were 2 903 246, 27 648, 8 087, and 17 874 receiving radiodiagnosis, radiotherapy, nuclear medicine, and interventional radiology, respectively in 2020. The medical exposure frequencies in the whole city were calculated to be 599.50 per 1 000 population, including 334.59 treated with conventional X-rays, 239.82 receiving CT scan, 14.18 for breast and dentistry, 3.62 receiving interventional radiology, 5.61 treated with radiotherapy, and 1.69 receiving nuclear medicine.Conclusions:The radiodiagnosis and radiotherapy resources are unbalanced in the hospitals of different grades in Huai′an City. Therefore, it is necessary to pay more attention to the reasonable allocation of medical resources. Meanwhile, radiation workers in secondary hospitals may be more prone to job burnout. Facing the normalization of the prevention and control of COVID-19 epidemic, the supervision and management of radiological health should be strengthened to ensure the legitimacy of radiological diagnosis and radiotherapy and theoptimization of protection. The frequencies of medical exposure are consistent with the local economic level. To analyze the differences in medical exposure frequencies and predict the developmental trends in different regions, it is necessary to establish a more accurate prediction model.

Efecto de la frecuencia de aplicación de estrógenos locales sobre el grosor endometrial en mujeres posmenopáusicas / Effect of local estrogen application frequency on endometrial thickness in postmenopausal women

Resumen Introducción: Los estrógenos conjugados vía vaginal para aliviar la atrofia y sequedad vaginales pueden producir cambios endometriales. Objetivo: Conocer el efecto de la frecuencia de aplicación de estrógenos conjugados vía vaginal en el grosor endometrial en mujeres posmenopáusicas. Método: Se estudiaron 70 mujeres posmenopáusicas con sequedad vaginal que recibieron estrógenos conjugados en crema (0.625 mg/1 g) durante 12 semanas divididas de la siguiente manera según la frecuencia de aplicación: grupo 1, dos veces por semana (n = 35) y grupo 2, tres veces por semana (n = 35). Al inicio y final del tratamiento se determinó el valor estrogénico en la citología vaginal y se realizó ultrasonido endovaginal para medir el grosor endometrial. La comparación entre los grupos se realizó con U de Mann-Whitney y entre los valores pre y postratamiento con prueba de Wilcoxon. Resultados: De 70 mujeres reclutadas solo se estudiaron 38 mujeres, 19 en cada grupo, pareadas por valor estrogénico inicial. No se encontró diferencia entre los grupos, ni antes ni después del tratamiento, en el índice de maduración, valor estrogénico ni grosor endometrial. Conclusión: No hubo diferencias en el grosor endometrial entre las distintas frecuencias de aplicación de estrógenos conjugados en crema.

Abstract Introduction: Conjugated estrogens, when used by the vaginal route for the relief of vaginal dryness and atrophy, can produce endometrial changes. Objective: To know the effect of vaginal conjugated estrogens application frequency on endometrial thickness in postmenopausal women. Method: Seventy postmenopausal women with vaginal dryness who received conjugated estrogen cream (0.625 mg/1 g) for 12 weeks were studied. The women were divided according to application frequency as follows: group 1, twice-weekly (n = 35), and group 2, thrice-weekly (n = 35). At baseline and at end-of-treatment, vaginal cytology was examined to determine the estrogenic value, and an endovaginal ultrasound was performed to measure endometrial thickness. The comparison between groups was carried out with Mann Whitney's U-test, and the comparison between baseline and post-treatment values, with Wilcoxon's test. Results: Of 70 recruited women, only 38 were studied, 19 in each group, paired by baseline estrogenic value. No difference was found between groups, neither at baseline nor after treatment, in the maturation index, estrogenic value or endometrial thickness. Conclusion: There were no differences in endometrial thickness between the conjugate estrogen cream different application frequencies.

Study on medication rule of depressive disorder in medical records of Er Xu Ming Yi Lei An / 国际中医中药杂志

Objective To study the origin, position, pathogenesis and differentiation rule of depressive disorder in ancient medical records, Er Xu Ming Yi Lei An. Methods Study medical records in ancient medical books, Ming Yi Lei An, Xu Ming Yi Lei An, Er Xu Ming Yi Lei An. Adopt Excel to establish medical records' database about depressive disorder, and use frequency analysis method to summarize medication rule of Chinese materia medica for treating depressive disorder. Results Six body symptoms referred in medical records are anorexia,lassitude, sweating, abdominal distension, insomnia, and hypochondriac pain, account 53.41% in top ten symptoms;regulating Qi method is the most frequently used treatment; The most frequently use prescriptions in a descending order are Xiaoyaosan, Buzhong Yiqi Tang, Taoren Chengqi Tang, Modified Guipi Tang, Wendan Tang, Liujun Zi Tang, Suanzaoren Tang, et. Most frequently applied medical herbs in a descending order are bupleurum, dried tangerine peel, white peony alba, tumeric root tuber, fossilia ossis mastoid, and Chinese angelica, et. Conclusion There are certain rules in the origin, pathogenesis, diagnosis and prescriptions of depressive disorder in ancient medical records, Er Xu Ming Yi Lei An.