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The Department of Radiology of West China Hospital of Sichuan University provides us a teaching model that image-reading combined with problem-based learning (PBL) for radiographer once a month. Based on the problem images and typical cases, after careful image-reading, radiographer is guided to think positively and propose specific solutions to the problems. Then designated personnel gives a detail lecture on related diseases, imaging performance, diagnostic requirements, conventional scanning schemes, operating specifications, common problems and image post-processing, etc., which aims at taking continuing education for radiographers.
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@#Patient communication is highly regarded as one of the basis of health care and an important part of practice in the application of radiographic procedures. Good communication is necessary in medical imaging if optimum diagnostic images are to be achieved. This study is a prospective assessment on the effectiveness of communication among radiographers and patients during general radiographic procedures at the Port Moresby General Hospital (PMGH). Questionnaires were administered to 100 patients and 15 radiographers using a quantitative approach for data collection. Informed consent was obtained from each of the participants, after obtaining ethical clearance from the authorities. The responses in the questionnaires were recorded in Excel Spread sheet. The data was statistically analysed using Microsoft Excel 2013. A majority (78%) of the patients reported that there were no communication problems while more than half (57%) expressed satisfaction with the radiographic services that were provided. A majority (67%) of radiographers reported that language barrier was the cause of communication problems during radiographic procedures. The result indicated that although there was communication between radiographers and patients, the most common factor affecting effective communication was language barrier.
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China's CDC novel coronavirus pneumonia emergency response mechanism was announced on February 17, 2020. As of February 11, novel coronavirus had infected 3 019 medical staff (including 1 716 confirmed cases; suspected cases, clinically diagnosed cases and cases of asymptomatic infections). The reports showed that more than 80% of the patients were medical workers in general wards, which might be caused by nosocomial infection due to inadequate protection. Radiographers, who encounter patients in different departments of the hospital, also have the risk of occupational exposure to novel coronavirus pneumonia caused by strong viral infection, inadequate protection, and poor immunity. Therefore, the emergency plan is formulated for this risk in order to ensure their safety and the orderly progress of the work, provide practical basis for the future improvement and development of the emergency plan for radiographers to respond to emergent public events, and also provide ideas for peers to deal with emergencies.
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Background:A lot of activities have been found to contribute to musculoskeletal symptoms (MSS) among different professionals such as lifting of heavy objects, prolonged sitting or standing, long schedule of duties equipment manipulation and others. The aims of this study were to assess the prevalence and severity as well as risk factors of musculoskeletal symptoms among practicing radiographers and sonographers in the southern part of Nigeria Methods:This study involved distribution of questionnaire to radiographers and sonographers within the southern part of Nigeria. A total of 48 radiographers and 45 sonographers were involved in this study. Information collected from the participants included categories of work performed, schedule/ duration of duty, types of equipment used, work organizational factors, prevalence and severity of musculoskeletal symptoms to mention a few.Results:Out of the 48 Radiographers and 45 sonographers that participated in the study, 76.3% complained of at least one episode of symptom. Low back pain was the most frequent complaint (52.6%), followed by neck pain, shoulder pain and hand/wrist pain. Reports showed that some of the respondents were prevented from performing their duties as a result of the symptoms experienced. The major risk factors were prolonged standing/sitting during prolonged duration of duty, lifting of patients and heavy equipment, overstretching of the neck following heavy work schedules. Conclusion:There is a high prevalence of musculoskeletal symptoms among radiographers and sonographers in Southern Nigeria. Work schedule/duration of duty and lifting of heavy loads are important factors to be controlled in order to reduce the prevalence and severity of musculoskeletal symptoms among radiographers and sonographers inSouthern Nigeria
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Background: PACS (Picture archiving and communication systems) and digital imaging (DI) has revolutionized radiology bringing about a paradigm shift in the way radiodiagnosis is perceived and practiced with a slew of benefits like elimination of the need for manual handling of films, helping in long term storage of digital images, easy transfer and retrieval of radiographic images. The objective of this study was to analyse the influence of PACS and digital imaging on the workflow in the radiology, performance of the radiographer and image storage and retrieval capabilities.Methods: It was a questionnaire-based study in which questions were asked to the radiographers working in our hospital at five different working sites. Each questionnaire was aimed to evaluate the effect of digital imaging on radiology workflow, improvement in the performance of radiographers, reduction in the work-related frustration levels due to use of digital imaging and finally the utility of digital imaging in image storage, query and retrieval.Results: Among the 50 questionnaires 41 were completed and retrieved. Among the respondents, 90.24% indicated that digital imaging has obviated the need for repeat examinations, 95.12% agreed with the fact that it resulted in the reduction of the number of reject images, 95.1% said it helped them in improving their performances, 92.6% of the respondents said they did not face any issue with its use and 95.1% of the participants agreed that the image query and retrieval could be accomplished in a hassle-free manner.Conclusions: The digital imaging technique not only improves the performance of the radiographers but also increases the workflow of the health care hospitals or clinics. The digital imaging reduces the number of rejected images thus reducing radiation exposure to the patients. Further, it is highly cost-effective and time-saving.
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BACKGROUND: Although a physician may be the nearest to the radiation source during C-arm fluoroscope-guided interventions, the radiographer is also near the fluoroscope. We prospectively investigated the radiation exposure of radiographers relative to their location. METHODS: The effective dose (ED) was measured with a digital dosimeter on the radiographers' left chest and the side of the table. We observed the location of the radiographers in each procedure related to the mobile support structure of the fluoroscope (Groups A, M and P). Data about age, height, weight, sex, exposure time, radiation absorbed dose (RAD), and the ED at the radiographer's chest and the side of the table was collected. RESULTS: There were 51 cases for Group A, 116 cases for Group M and 144 cases for Group P. No significant differences were noted in the demographic data such as age, height, weight, and male to female ratio, and exposure time, RAD and ED at the side of the table. Group P had the lowest ED (0.5 +/- 0.8 microSv) of all the groups (Group A, 1.6 +/- 2.3 microSv; Group M, 1.3 +/- 1.9 microSv; P < 0.001). The ED ratio (ED on the radiographer's chest/ED at the side of the table) of Group A was the highest, and the ED radio of Group P was the lowest of all the groups (Group A, 12.2 +/- 21.5%; Group M, 5.7 +/- 6.5%; Group P, 2.5 +/- 6.7%; P < 0.001). CONCLUSIONS: Radiographers can easily reduce their radiation exposure by changing their position. Two steps behind the mobile support structure can effectively decrease the exposure of radiographers by about 80%.