Problems learning radiographic positioning in distance learning?
Best insight from top research papers
Distance learning poses challenges for radiologic technology students, affecting their learning of radiographic positioning. Students face issues such as teachers' lack of technological knowledge, financial constraints, internet connectivity problems, and reduced focus during online classes . To address these challenges, students employ coping strategies like time management and seeking support from peers . Implementing Problem-Based Learning (PBL) and utilizing positioning training tools based on CT images can enhance students' understanding and skills in radiographic positioning . These tools allow students to practice positioning efficiently without the need for X-ray equipment, aiding in anatomy comprehension and skill acquisition . By integrating innovative learning methods and tools, educators can mitigate the obstacles faced by radiologic technology students in distance learning environments.
Answers from top 4 papers
More filters
| Papers (4) | Insight |
|---|---|
| Distance learning in radiographic positioning poses challenges due to the lack of hands-on practice with X-rays and phantoms. The developed simulator using CT images aids in virtual positioning training. | |
17 May 2011 5 Citations | Distance learning in radiographic positioning can be challenging due to the hands-on nature. The proposed CT image-based training tool offers a solution by enabling virtual positioning practice without X-ray exposure. |
| Distance learning challenges in radiographic positioning are addressed by a 3DCG phantom-based training tool enabling efficient skill acquisition without X-ray equipment, promoting anatomy understanding and accurate positioning. | |
| Not addressed in the paper. |
Related Questions
2.What are the challenges faced by radiography students, UCC during clinical training globally?5 answersRadiography students globally face various challenges during clinical training. These challenges include gaps between theory and practice, inadequate exposure to specialized procedures, time constraints in treatment rooms. Additionally, factors contributing to these challenges encompass inadequate infrastructure, difficult logistics, inadequate teaching aids, negative trainer attitudes, and poor training methods. Furthermore, the lack of literature and guidelines to support radiographers in managing students with learning difficulties and disabilities during clinical practice poses a significant challenge. The evolving nature of healthcare due to technological advancements necessitates continuous adaptation of teaching and learning strategies to equip professionals with the necessary skills for evolving clinical workflows.
Radiographs in CP?6 answersRadiographs play a crucial role in the management and diagnosis of conditions in children with cerebral palsy (CP), particularly in monitoring hip displacement through the measurement of migration percentage (MP). The accuracy and reliability of these radiographic measurements are essential for successful hip surveillance, which is a fundamental aspect of managing CP. However, the reporting of MP in radiographs, especially from community hospitals, is often inadequate, highlighting a need for improved education of radiologists.
Computed Radiography (CR) technology, which is used in the acquisition and processing of radiographic images, can be affected by the condition and age of CR cassettes, potentially introducing artifacts that may complicate the diagnosis. This underscores the importance of maintaining CR equipment in good condition to ensure the quality of radiographic images. Moreover, the correct positioning of patients during X-ray examinations is critical to obtaining accurate diagnostic information, which is particularly challenging in patients with CP due to possible hip contractures.
Advancements in CR technology, including image processing techniques, have been shown to improve the clarity of radiographs, potentially offering better visualization of anatomical structures. This is significant for the assessment of skeletal injuries, which are a major concern in child abuse cases. Radiographic examinations also play an essential role in the diagnosis of dental diseases in children, further emphasizing the versatility and importance of radiographic imaging in pediatric healthcare.
Particle beam radiography represents an advanced imaging technique that, although not directly mentioned in the context of CP, illustrates the broader spectrum of radiographic technologies that could potentially offer new avenues for the diagnosis and management of complex conditions. The continuous evolution of radiographic and imaging technologies, including CR and particle beam radiography, highlights the potential for improving diagnostic accuracy and patient care in CP and beyond.
What are the most common problems faced by students in traditional classroom settings in radiology student?4 answersStudents in traditional radiology classroom settings often face challenges such as a decline in focus and engagement, compromising training and competency. Factors contributing to these challenges include inadequate infrastructure, difficult logistics, inadequate teaching aids, negative trainer attitudes, and poor training methods. Additionally, the conventional teaching approach, which combines in-hospital placements with theory classes, can be disrupted during situations like the COVID-19 pandemic, making clinical rotations impossible and raising safety concerns. These issues highlight the need for innovative teaching methods like flipped classrooms and informal cooperative learning to enhance student engagement, knowledge retention, and skill acquisition in radiology education. By addressing these common problems through modern teaching approaches and improved resources, the quality of radiology education can be significantly enhanced.
What are the factors that affect the ability of radiologic technology students to analyze quality image radiographs?5 answersFactors that affect the ability of radiologic technology students to analyze quality image radiographs include knowledge of radiographic modalities and handling and care of radiographic equipment. Additionally, the exposure technique factors, patient anatomy, and image processing methods and parameters used can also impact the overall image quality. It is important for students to understand their learning styles during clinical practice, as this can help them maximize their learning and recognize ways to improve their analysis of radiographs. Furthermore, awareness and adherence to occupational radiation safety and protection guidelines are crucial for radiographers to ensure accurate analysis of radiographs. By maintaining adequate image quality of radiographs, radiographers can enhance their ability to analyze and interpret the radiographic findings.
Benefits of elective placement radiography?3 answersElective placement in radiography offers several benefits for students. It provides opportunities for students to apply their learning to practice and develop the expected skills of a graduate radiographer. It also contributes to the personal and professional development of students, helping them to bridge the gap between theory and practice and develop a sense of professional identity. Students perceive their clinical placement experiences as valuable for their clinical experience and knowledge acquisition. Additionally, clinical placements during healthcare crisis periods, such as the COVID-19 pandemic, can enhance students' resilience and contribute to their growth as healthcare professionals. Overall, clinical placement provides students with the opportunity to gain practical experience, develop essential skills, and contribute to their professional and personal growth.
Is MRI radiographic imaging?6 answers