Ultrasound Teaching of Cardiac Anatomy in Medical School
This paper examines the use of ultrasound imaging as a teaching tool for cardiac anatomy and physiology at the undergraduate medical education level. Drawing on a feasibility study by Hammoudi et al. (2013), it evaluates student and teacher perceptions of an ultrasound-based course introduced after standard curriculum units. The paper also situates this approach within the broader debate over anatomy teaching methods, including cadaver dissection and virtual simulation. Findings suggest that the vast majority of students found the course engaging and that it improved their understanding of cardiac physiology, though the authors note a need for additional research to confirm measurable knowledge gains.
- Introduction to Ultrasound in Medical Education: Ultrasound as a feasible undergraduate teaching tool
- Anatomy Teaching Methods and the Role of Ultrasound: Comparing ultrasound to dissection and virtual models
- Study Design and Student Engagement: Course structure and high student satisfaction rates
- Findings on Student and Teacher Perceptions: Positive perceptions but limited knowledge-gain evidence
- Conclusion: Ultrasound viable; further research needed
✍️ How to write this paper — guide, tools & examples ▾
What makes this paper effective
- Clearly situates the ultrasound teaching approach within the ongoing debate over anatomy education methods, giving the review a meaningful context.
- Draws on specific quantitative outcomes (98% student satisfaction, 74% reporting improved understanding) to ground its claims in concrete evidence.
- Balances positive findings with an honest acknowledgment of the limited literature and the need for further research, demonstrating academic restraint.
Key academic technique demonstrated
The paper effectively uses a feasibility study framework, combining quantitative survey data with open-ended teacher and student feedback. This mixed approach allows the author to make a nuanced argument: that ultrasound is a promising complement to traditional teaching methods, without overstating the evidence for knowledge improvement.
Structure breakdown
The paper opens by establishing the clinical relevance of ultrasound and the purpose of the reviewed study. It then contextualizes the approach against traditional anatomy teaching methods before summarizing the study's design and participants. The findings section presents student and teacher outcomes, including supporting evidence from an earlier study by Brunner et al. (1995). The conclusion restates the viability of the approach while calling for further research — a standard and appropriate closing move for a review of a feasibility study.
Introduction to Ultrasound in Medical Education
During medical courses, teaching of anatomy and physiology largely depends on lectures, course books, and the dissection of cadavers. Ultrasonography is more often than not used in clinical practice, and a growing number of doctors are trained in its daily use. Contemporary ultrasound machines are less cumbersome and more user-friendly in comparison to older models. The main goal of the study reviewed here encompassed evaluating the viability of delivering an ultrasound-based course to undergraduates and discovering the perceptions of both students and teachers regarding this promising teaching modality (Hammoudi et al., 2013).
In particular, the authors of the article undertake a feasibility analysis as to whether an ultrasound-based course can easily and effectively be incorporated into the normal medical teaching programme for undergraduate students. This was accomplished by obtaining feedback from both students and teachers. The course was largely intended to increase the level of understanding and comprehension of cardiac anatomy and physiology for medical students at the undergraduate level.
Anatomy Teaching Methods and the Role of Ultrasound
The longstanding debate regarding approaches to learning anatomy — including the preservation of cadaver dissection as a contemporary method — continues to evolve. With the advancement of technology and the introduction of computer-based and virtual models as well as simulation, many changes have been introduced. In comparison to purely virtual dissection, the ultrasound method permits effective visualization of major anatomical structures, and allows medical students to handle the transducer in a manner similar to how they would grip a scalpel and anatomical forceps (Mircea et al., 2013).
An ultrasound-based teaching course was developed and offered to all second-year medical students following completion of the standard curriculum units at the facility. After a brief theoretical introduction and a real-world demonstration, students were permitted to conduct their own inquiry and operate the ultrasound machine. Students and teachers were then asked to complete a survey and were given the opportunity to provide open-ended feedback (Hammoudi et al., 2013).
Conclusion
Making use of ultrasound imaging for the purposes of teaching cardiac anatomy and physiology to medical students at the undergraduate level is practicable and viable. Moreover, this approach increases student motivation to deepen their knowledge. The feedback provided by both students and teachers from the research study was largely constructive and beneficial. Ultrasound technology appears to be a complementary method to standard teaching approaches, including dissection classes, lectures, and course books. However, additional research studies — including formal assessments of students' knowledge gains — are necessary to confirm and validate the benefits of this technique (Hammoudi et al., 2013).
References
Brunner, M., Moeslinger, T., & Spieckermann, P. G. (1995). Echocardiography for teaching cardiac physiology in practical student courses. Advances in Physiology Education, 13, 2–9.
Hammoudi, N., Arangalage, D., Boubrit, L., Renaud, M. C., Isnard, R., Collet, J. P., ... & Duguet, A. (2013). Ultrasound-based teaching of cardiac anatomy and physiology to undergraduate medical students. Archives of Cardiovascular Diseases, 106(10), 487–491.
Mircea, P. A., Badea, R., Fodor, D., & Buzoianu, A. D. (2012). Using ultrasonography as a teaching support tool in undergraduate medical education — time to reach a decision. Medical Ultrasonography, 14(3), 211.
Create your account
Always verify citation format against your institution’s current style guide requirements.