Table of Contents
Overview
Definition and Importance
Gross anatomy, also known as macroscopic anatomy, refers to the study of the structures of the body that can be observed without the aid of a microscope. The term "macro" means "large," distinguishing it from microscopic anatomy, which focuses on structures that require magnification for observation.[3.1] This field encompasses the examination of various anatomical features, including organs, tissues, and systems, and provides a foundational understanding essential for medical practice and education. The importance of anatomy knowledge in medical practice cannot be overstated, as it serves as the cornerstone of medical education. A solid understanding of anatomy is crucial for healthcare professionals, enabling them to accurately diagnose, treat, and manage patients' medical conditions.[39.1] The importance of gross anatomy extends beyond mere observation; it serves as a critical framework for understanding the relationships between different bodily structures. This anatomical knowledge is vital for surgical practice, where a thorough understanding of gross anatomy can influence surgical techniques and decision-making in the operating room.[15.1] For instance, advancements in surgical anatomy have led to the development of new surgical techniques, enhancing the precision and safety of procedures.[14.1] Furthermore, the ability to recognize anatomical variations is crucial for optimizing patient care, as these variations can significantly impact diagnostic accuracy and treatment outcomes.[24.1] The time dedicated to teaching gross anatomy to undergraduate medical students is rapidly decreasing, with available data indicating a decline in gross anatomy hours from a mean of 248.7 hours in 1973 to 143.6 hours in 2001, and further down to 129 hours in 2017.[16.1] This reduction raises concerns about the adequacy of anatomical education, as nearly half of newly qualified doctors believe they received insufficient anatomy teaching, often due to the course being condensed into a single semester.[5.1] The financial burden of maintaining cadaveric dissection facilities has also limited the resources available for gross anatomy instruction, leading some medical schools to adopt alternative methods such as prosection-based or simulated teaching.[5.1] These trends underline the risk that post-graduate students might lack proper anatomical knowledge, which is essential for effective surgical techniques and decision-making in clinical practice.[16.1]Techniques of Study
The integration of advanced educational technologies, particularly virtual dissection tools like the Anatomage Table, has significantly transformed the study of gross anatomy in medical education. This innovative tool revolutionizes anatomy education by providing interactive 3D visualization and virtual dissection, enhancing medical simulation and anatomical understanding for both students and professionals.[11.1] The Anatomage Table replicates the human body with stunning detail, allowing users to perform virtual cadaver dissections repeatedly, ensuring mastery without the constraints of traditional cadaver labs.[9.1] Furthermore, its functionalities make the curriculum in residency and undergraduate programs more engaging, assisting physicians and surgeons in better understanding radiological anatomy and planning surgeries.[6.1] Traditional anatomy education, primarily reliant on cadaveric dissection, faces challenges such as limited cadaver availability, ethical concerns, and high maintenance costs.[10.1] In response, educational technologies have introduced facilities like virtual dissection tables (VDTs), which utilize 3D vectorial atlases to create authentic learning experiences.[7.1] Platforms such as the Anatomage Table provide digitized human cadavers and superior medical learning tools, significantly enhancing educational outcomes.[8.1] The shift towards these digital environments facilitates immersive and interactive learning experiences, reflecting the rapid advancements in technology increasingly adopted in anatomy education.[12.1] Visual aids are essential for enhancing comprehension and retention of complex information in gross anatomy. Research indicates that 93.2% of students utilize visual aids, significantly improving their understanding of anatomical concepts.[18.1] Various types of visual aids, such as diagrams and charts, serve as effective tools for quick reference and summarization, catering to different learning styles.[20.1] Additionally, interactive anatomy tools allow students to engage with the material in diverse ways, such as manipulating 3D models or watching animated videos, fostering a more engaging learning environment.[22.1] This versatility in visual learning tools aids in grasping spatial relationships and transforms the learning experience into an active and collaborative process.[29.1] Ultimately, the integration of these resources creates a dynamic classroom atmosphere where students are encouraged to participate actively in their educational journey.[29.1] Furthermore, the application of interactive visuals, such as animations and augmented reality, enables learners to explore anatomical concepts at their own pace, fostering greater engagement and understanding.[30.1] By tailoring educational approaches to accommodate diverse cognitive abilities and learning preferences, educators can enhance the overall effectiveness of gross anatomy instruction.[30.1] Overall, the integration of technology and visual aids in the study of gross anatomy represents a significant advancement in medical education, transforming how students learn and understand complex anatomical structures.History
Ancient Contributions
The study of gross anatomy has its origins in ancient civilizations, particularly through the contributions of early anatomists like Herophilus of Chalcedon. Herophilus is recognized as the first person to systematically dissect human bodies, a practice that was controversial due to the prevailing taboos surrounding the desecration of corpses.[87.1] His anatomical observations significantly advanced the understanding of various organs, including the brain, eye, liver, reproductive organs, and nervous system.[87.1] Herophilus's work was highly influential and laid the groundwork for later discoveries in medicine, including the eventual development of antibiotics.[86.1] He is considered one of the most important figures in the history of anatomy, and his contributions continue to be celebrated in medical education and research today.[86.1] Furthermore, his findings were utilized by later anatomists such as Galen and Andreas Vesalius, who built upon his foundational knowledge to further advance the field of anatomy.[85.1] In addition to Herophilus, the school of Alexandria produced notable anatomists like Erasistratus of Chios, who contributed significantly to the understanding of the nervous system and blood vessels.[51.1] The anatomical knowledge developed during this period was more informed than previous works, marking a departure from reliance on earlier authorities such as Aristotle and Galen, whose ideas dominated European thought until the Renaissance.[51.1] The Renaissance marked a significant turning point in the study of human anatomy, as interest in human dissection began to grow. Prior to this period, dissection was often deemed unnecessary, with much of the knowledge about the human body derived from early authors like Galen. However, in the 12th century, as universities emerged in Italy, Emperor Frederick II mandated that medical students take courses in human anatomy and surgery, paving the way for more hands-on learning experiences.[49.1] Leonardo da Vinci, a prominent figure of the Renaissance, conducted numerous dissections of human corpses, which informed his highly detailed anatomical sketches. His work included the first accurate depiction of the human spine and the earliest known descriptions of conditions such as cirrhosis of the liver and arteriosclerosis.[49.1] Vesalius, another key figure, further advanced the field by meticulously dissecting human bodies and correcting over 200 errors found in Galen's anatomical texts, thereby establishing a more scientific approach to anatomy.[48.1] This period laid the groundwork for anatomy to evolve into a recognized science, although it would take centuries for anatomical drawings to be fully accepted as essential tools for learning.[49.1] Despite the advancements made during these ancient and Renaissance periods, the practice of dissection faced significant cultural resistance. For centuries, dissection was viewed with suspicion, and it was not until the 12th century that Emperor Frederick II mandated anatomy courses for medical students in Italy, paving the way for more formalized anatomical education.[61.1] This shift marked a critical turning point in the history of gross anatomy, as it began to transition from a largely theoretical discipline to one grounded in empirical observation and practice.Evolution Through the Renaissance
During the Renaissance, the study of gross anatomy underwent a significant transformation, largely influenced by cultural attitudes towards human dissection and the pioneering work of key figures such as Andreas Vesalius and Leonardo da Vinci. This period marked a shift towards a more empirical approach to anatomy, moving away from reliance on ancient texts and towards direct observation and dissection of human bodies. Andreas Vesalius, often regarded as the founder of modern anatomy, played a crucial role in this evolution. His seminal work, "De humani corporis fabrica," published in 1543, revolutionized the understanding of human anatomy through meticulous dissections and detailed illustrations that challenged long-held beliefs derived from Galenic texts. Vesalius's emphasis on direct observation laid the groundwork for modern anatomical science, significantly impacting medical education and practice.[74.1] The Renaissance also saw a growing acceptance of human dissection, which was previously met with resistance due to cultural and religious beliefs. In 13th century Christian Europe, for instance, dissection and autopsy began to gain socio-cultural acceptance, allowing for more systematic studies of human anatomy.[65.1] This acceptance was not uniform across regions; for example, in Vienna, attitudes towards dissection were more permissive compared to Britain and other German states, reflecting local cultural factors that influenced medical practices.[64.1] During the Renaissance, the study of human anatomy gained significant momentum, largely influenced by prominent figures such as Leonardo da Vinci and Andreas Vesalius. Da Vinci's contributions, alongside those of Michelangelo, marked a pivotal shift towards anatomy and dissection, which became increasingly accepted in scholarly pursuits.[74.1] Vesalius, a Flemish anatomist, played a crucial role in this transformation with his groundbreaking work, "De humani corporis fabrica," which revolutionized the understanding of human anatomy through meticulous dissections and detailed illustrations.[73.1] This period not only advanced medical knowledge but also sparked a societal shift in attitudes towards dissection, laying the foundation for modern anatomy and influencing both scientific and artistic endeavors that are still celebrated today.[74.1]Recent Advancements
Integration of Digital Technologies
Recent advancements in gross anatomy education have increasingly incorporated digital technologies, transforming traditional teaching methods. One significant development is the use of virtual dissection tools, which provide an innovative alternative to cadaveric dissection. These tools utilize advanced three-dimensional (3D) technology to simulate anatomical models in a virtual environment, allowing students to engage with anatomical structures without the need for physical specimens.[118.1] The integration of virtual dissection not only addresses the high costs associated with maintaining cadaver supplies and lab space but also enhances the learning experience by offering interactive and authentic educational opportunities.[115.1] Moreover, the advent of virtual reality (VR) in anatomy education presents unique possibilities for cooperative learning strategies, particularly in fields requiring intricate spatial understanding.[106.1] Studies have shown that VR applications can complement traditional dissection processes by providing detailed 3D models of human anatomy that students can manipulate and explore digitally.[107.1] This approach not only enriches the learning experience but also helps students better visualize spatial relationships among anatomical structures, which is crucial for mastering the subject.[105.1] In addition to VR, the use of three-dimensional learning applications has proven to be an efficient method for studying gross anatomy. These applications allow students to identify anatomical structures in a more engaging manner, thereby strengthening their understanding of the subject.[95.1] The combination of real-world data with interactive tools offers a truly authentic educational experience, further enhancing student engagement and learning outcomes.[115.1] Despite these advancements, the integration of digital technologies into gross anatomy education is not without challenges. Educators must navigate the complexities of combining traditional methods with new technologies while ensuring that students receive a comprehensive understanding of anatomy.[117.1] Furthermore, there is a need for ongoing research and development to address inconsistencies in anatomical reference texts, which have historically been based on cadaver studies rather than evidence-based in vivo findings.[99.1] As the field continues to evolve, the collaboration between anatomical research and education will be essential for the successful implementation of these innovative teaching methods.[99.1]Innovative Teaching Methodologies
Recent advancements in technology have significantly transformed the teaching of gross anatomy, offering innovative alternatives to traditional cadaveric dissection. Virtual dissection software and three-dimensional (3D) anatomical models are notable developments that enable students to explore anatomical structures in simulated environments. These methods are recognized as cost-effective and ethical alternatives, allowing students to visualize and manipulate anatomical features without the ethical concerns associated with human cadaver use.[128.1] Research indicates that virtual dissection can augment cadaveric dissection, suggesting that a combination of both methods enhances the learning experience and optimizes cadaveric laboratory time.[132.1] Similarly, 3D models facilitate a deeper understanding of spatial relationships within the human body, improving student engagement and interaction by shifting the focus from mere knowledge transmission to active knowledge construction.[130.1][129.1] In addition to technological tools, evidence-based strategies such as team-based learning (TBL), case-based learning (CBL), and flipped classroom models have been applied to anatomy education. These methodologies encourage collaborative learning and critical thinking, essential skills for future medical practitioners.[129.1] Students have reported that resources such as orientation videos and laboratory guides significantly aid their learning process, indicating that multimedia tools complement traditional teaching methods effectively.[131.1] Innovative teaching methodologies in medical education are increasingly integrating traditional practices with modern technologies. Cadaveric dissection (CD) has been a foundational practice in medical education for centuries, providing essential insights into human anatomy that are difficult to replicate with technology alone.[133.1] However, anatomical education is undergoing reforms to align with the evolving demands of the medical profession, as medical schools are increasingly inclined towards student-centered, integrated, clinical application models.[135.1] The introduction of artificial intelligence (AI) and virtual reality (VR) technologies has begun to challenge the traditional dominance of cadaveric dissection, prompting a reevaluation of its role in contemporary curricula.[133.1] This hybrid approach is intended to maximize learning by incorporating dissection into modern curriculum designs in a more dynamic and engaging manner.[134.1]In this section:
Educational Approaches
Traditional Methods
Traditional methods of teaching gross anatomy primarily revolve around cadaveric dissection, which is considered a necessary and indispensable component of anatomy education for medical students. This dissection course enables students to learn the fundamental constructional principles of the human body through hands-on experience with cadavers, fostering the development of essential tactile skills required for clinical practice.[166.1] Despite ongoing discussions regarding the time allocation, content, and clinical relevance of dissection courses, the practice remains a core topic in medical curricula, underscoring its importance in the educational journey of future healthcare professionals.[165.1] The historical evolution of gross anatomy education has significantly shaped contemporary curricula, revealing both the advantages and limitations of traditional teaching methods. Traditional methods, particularly cadaveric dissection, provide unparalleled hands-on experience, allowing students to develop essential tactile skills for clinical practice.[166.1] In contrast, modern medical curricula have adopted horizontal integration, which combines the educational contributions of various basic sciences, and vertical integration, which merges clinical subjects with basic science information.[164.1] This integration represents a legitimate shift from rote memorization of facts to a problem-solving approach, making the contributions of separate basic sciences less distinctly defined than in discipline-based courses.[164.1] An unintended consequence of these integrated assessments is that they may allow students to pass with relatively low scores in specific areas, such as anatomy, which previously required more rigorous knowledge to succeed.[164.1]Modern Pedagogical Strategies
Modern pedagogical strategies in gross anatomy education have evolved significantly, integrating both traditional and contemporary teaching methods to enhance the learning experience for medical students. Historically, anatomy education relied heavily on cadaveric dissection, which remains a foundational element of medical training. However, challenges such as limited cadaver availability, ethical concerns, and high maintenance costs have prompted a shift towards alternative educational approaches.[145.1] Recent advancements in digital technologies have led to a significant shift in anatomy education, moving from traditional methods to the integration of tools such as three-dimensional (3D) models, virtual dissections, augmented reality (AR), and virtual reality (VR).[77.1] These advanced digital tools are increasingly being adopted to enhance learning by providing immersive and interactive experiences that can complement traditional dissection practices.[77.1] Research indicates that the combination of virtual and traditional gross dissection methods has resulted in significant improvements in the learning outcomes of second-year medical students.[144.1] This integration not only maximizes the impact of practical dissection but also addresses challenges such as economic constraints and shortages of available anatomical specimens.[144.1] The integration of clinical anatomy into the gross anatomy curriculum is essential for enhancing medical students' learning experiences. This approach has been shown to improve performance in final examinations and increase student satisfaction, highlighting the necessity of merging basic and clinical practice in anatomical education.[146.1] Understanding anatomy in a clinical context requires more than mere memorization of structures and relationships; it necessitates the application of knowledge in real-world scenarios. Case-based learning serves as a cornerstone of this integrated educational strategy, allowing students to encounter practical situations that underscore the significance of anatomical knowledge.[148.1] Through these case studies, students are better equipped to apply their understanding of anatomy in clinical settings, thereby bridging the gap between theoretical knowledge and practical application.[148.1] The modern anatomy curriculum also reflects a trend towards horizontal and vertical integration, where various basic sciences and clinical subjects are combined. This shift moves away from rote memorization towards problem-solving and application of knowledge, making anatomy education more relevant and engaging for students.[139.1] As a result, the pedagogical landscape of gross anatomy continues to evolve, balancing traditional methods with innovative technologies to prepare future medical professionals effectively.Challenges In Anatomy Education
Student Perceptions and Experiences
Student perceptions and experiences in anatomy education are increasingly shaped by the integration of virtual reality (VR) and augmented reality (AR) technologies. These tools are perceived as engaging and promising complements to traditional learning methods, offering enhanced three-dimensional views of anatomical structures. A systematic review by Salimi et al. (2024) highlights the growing popularity of these technologies, noting that while VR significantly boosts engagement, it does not necessarily improve academic performance [190.1][188.1][188.2]. Mixed-reality (MR) environments further enrich student experiences by merging virtual and real-world elements, facilitating immersive learning scenarios that are less cognitively demanding than traditional methods. First-year medical students have reported that MR activities are easier to navigate and help maintain focus [202.1][203.1]. The Immersive Virtual Anatomy Laboratory (IVAL) exemplifies how VR can overcome the physical limitations of conventional anatomy education, allowing students to explore detailed anatomical structures interactively [204.1]. Beyond technological advancements, effective pedagogical strategies remain crucial. Students have expressed a strong preference for resources like orientation videos and laboratory guides, which support self-directed learning and enhance their educational experience [199.1]. Strategies that promote active participation and provide constructive feedback are essential for addressing the challenges in learning gross anatomy [197.1]. The integration of innovative technologies and teaching strategies plays a pivotal role in shaping student perceptions and experiences, reflecting a broader trend in medical education towards technology-enhanced learning environments [200.1][190.2].Limitations of Current Methods
The current methods of teaching gross anatomy face several limitations that hinder effective learning and retention among students. One significant challenge is the inadequate study strategies employed by students entering health professional schools, which can lead to poor course outcomes and the need for course repetition. Faculty and teaching assistants often provide guidance on effective study techniques at the beginning of the course, but many students still struggle to adapt to the demands of the curriculum.[182.1] Moreover, the integration of gross anatomy and histology into broader medical or dental curricula, while beneficial in contextualizing these subjects, may result in students underestimating their importance as foundational components of medical education.[183.1] This perception can diminish the focus and effort students dedicate to mastering these essential subjects. Recent trends indicate a drastic reduction in gross anatomy teaching hours and a decline in the number of trained anatomists, compounded by rising costs associated with procuring human cadavers. These factors contribute to a diminished emphasis on cadaveric dissection, which is a critical component of traditional anatomy education.[185.1] Additionally, there is a pervasive concern that graduates lack sufficient anatomical knowledge for safe medical practice, although the reasons for this gap remain less well-studied.[186.1] The COVID-19 pandemic has further complicated anatomy education, prompting a shift towards mixed-reality technologies and other digital approaches. While these innovations may offer some advantages over traditional methods, they also highlight the need for a reassessment of how anatomy is taught.[193.1] The integration of clinical anatomical sciences into medical education has been evolving, with a shift towards blended learning and the incorporation of clinical cases throughout the medical curriculum.[194.1] However, the effectiveness of these integrated approaches in enhancing student learning and patient safety remains to be fully evaluated. To address the challenges in anatomy education, there is an ardent need for a pedagogical framework that incorporates active-learning principles, enabling effective dissemination of knowledge within this field.[192.1] Feedback from students indicates a high level of satisfaction with instructional plans that integrate clinical scenarios and practical sessions; specifically, 79% of students strongly agreed with the highest grading score of "extremely satisfied" regarding the pedagogical framework implemented in their courses.[195.1] Furthermore, the majority of students expressed that such instructional plans should be adopted across all structure-function courses in anatomy education, particularly in practical sessions involving dissection or discussions of clinical scenarios.[195.1] Enhancing anatomy education is essential, as patient safety is a key component of the overall quality of healthcare services, and educational activities aimed at improving patient safety often overlap with other initiatives such as quality improvement and simulation-based education.[196.1]Future Directions
Research and Development in Anatomy Education
Research and development in anatomy education are increasingly influenced by advancements in technology and pedagogical strategies. Recent studies highlight a significant shift from traditional cadaver-based methods to the integration of digital technologies, such as virtual reality (VR), augmented reality (AR), and interactive three-dimensional (3D) models. These innovations aim to enhance the learning experience for medical students by providing immersive and interactive environments that facilitate a deeper understanding of anatomical structures.[226.1] The integration of virtual reality (VR) and augmented reality (AR) technologies is becoming increasingly popular in the development of anatomy education, as these tools are recognized for their potential to enhance student learning outcomes. Research has demonstrated that VR-based learning strategies significantly improve student performance in gross anatomy examinations, particularly among female students, when compared to traditional teaching methods.[229.1] This improvement highlights the effectiveness of VR in cooperative learning environments within gross anatomy laboratories.[229.1] Furthermore, technology in anatomy education not only fosters engagement and interaction but also enhances accessibility, making complex subjects more understandable and providing personalized study experiences.[231.1] Various studies have evaluated the effectiveness of VR and AR in anatomical education, underscoring their role as valuable educational tools.[235.1] The future of anatomy education is increasingly leaning towards multimodal approaches that integrate traditional cadaver-based teaching methods with digital technologies. Recent studies indicate that both students and educators are recognizing the value of these combined methods to enhance anatomy learning.[226.1] Furthermore, a comprehensive analysis has identified four key directions for the advancement of anatomy education. These include the promotion of systematic peer teaching, the establishment of anatomy education as a scholarly domain, further vertical integration with postgraduate medical education, and the full integration of radiology education, alongside the effective use of educational technology.[227.1] The integration of immersive technologies, particularly virtual reality (VR) and augmented reality (AR), is rapidly transforming medical education, especially in the field of anatomy. These technologies create virtual and hyper-realistic scenarios of human body parts, which are likely to improve the acquisition of anatomy knowledge in health sciences education when used as complementary resources.[236.1] A systematic review has highlighted the growing potential applications of AR in medical education and developed an analytical model to guide future research in assessing AR as a teaching tool.[233.1] While VR and AR technologies present transformative opportunities for enhancing medical training, their effective integration into existing curricula poses challenges that necessitate ongoing research to evaluate their effectiveness and address potential barriers to implementation.[233.1]In this section:
References
[3] 1.1 Overview of Anatomy and Physiology - OpenStax — Macro- means "large," thus, gross anatomy is also referred to as macroscopic anatomy. In contrast, micro- means "small," and microscopic anatomy is the study of structures that can be observed only with the use of a microscope or other magnification devices (Figure 1.2 b). Microscopic anatomy includes cytology, the study of cells and
[5] Gross anatomy - Wikipedia — Gross anatomy - Wikipedia Gross anatomy Working intimately with a cadaver during a gross anatomy course has been shown to capture the essence of the patient-provider relationship. However, the expense of maintaining cadaveric dissection facilities has limited the time and resources available for gross anatomy teaching in medical schools that are less funded, with some adopting alternative prosection-based or simulated teaching. This, coupled with decreasing time dedicated to gross anatomical courses within the growing greater medical school curriculum, has caused controversy surrounding the sufficiency of anatomical teaching with nearly half of newly qualified doctors believing they received insufficient anatomy teaching due to the course often being condensed into one semester. Anatomy Human anatomy Anatomy and morphology Gross anatomy Plant anatomy Human anatomy History of anatomy Index of anatomy articles Anatomy
[6] Anatomage - the virtual dissection tool and its uses: A narrative ... — Virtual dissection tools such as Anatomage table can be a boon to medical education and make the curriculum in residency and undergraduate programs more interesting. Utilizing the functionalities of the Anatomage table can assist physicians and surgeons by aiding in better understanding the radiological anatomy, planning surgeries, and also
[7] Virtual Dissection: an Educational Technology to Enrich Medical ... — In recent years, educational technologies have led to facilities such as virtual dissection tables (VDTs) based on 3D vectorial atlases, which use medical images to create authentic experiences for anatomy teaching and learning . It can be used in medical education to enhance and facilitate learning anatomy [16-18].
[8] Anatomage Table | Digital Anatomy and Physiology Medical Learning Platform — Explore virtual dissection and real-time physiology simulation on real human cadavers through the Anatomage Table. ... This state-of-the-art platform offers digitized human cadavers and superior medical learning tools, transforming medical education and training. By incorporating the Anatomage Table, institutions can enhance learning outcomes
[9] Advanced Digital Cadaver for Medical Education | Brahmarsive — Our virtual cadaver replicates the human body with stunning detail. Medical students and professionals can perform virtual cadaver dissection to develop their skills, practicing dissection cadaver procedures as many times as needed. This ensures mastery without the constraints of traditional cadaver labs
[10] The Role of Technology in Anatomy Education: Evaluating Knowledge Gains ... — Background: Anatomy is a foundational element of medical education, traditionally taught through cadaveric dissection.However, this method poses challenges such as limited cadaver availability, ethical concerns, and high maintenance costs. This study evaluates the effectiveness of virtual dissection tools in enhancing anatomical knowledge compared to traditional cadaveric dissection among
[11] Anatomage Table: Revolutionize Anatomy Education - ASM App Hub — Discover the Anatomage Table, revolutionizing anatomy education with interactive 3D visualization, virtual dissection, and immersive learning experiences, enhancing medical simulation, and anatomical understanding for students and professionals in the field of anatomy and medical education.
[12] From Cadavers to Codes: The Evolution of Anatomy Education Through ... — This review examines the shift from traditional anatomy education to the integration of advanced digital technologies. With rapid advancements in digital tools, such as 3D models, virtual dissections, augmented reality (AR) and virtual reality (VR), anatomy education is increasingly adopting digital environments to enhance learning. These tools offer immersive, interactive experiences
[14] How robotic surgery is changing our understanding of anatomy — A new surgical anatomy allows new surgical techniques. ... After the initial description of the gross anatomical landmarks during removal of the prostate, thanks to the pioneering experience of Patrick Walsh in the 1980s, our knowledge of several structures surrounding the gland has progressively increased. ... Levin H. Impact of bladder neck
[15] The Role of Anatomy in Enhancing Surgical Outcomes — This article delves into the role of anatomy in surgical practice and how it contributes to better surgical outcomes. 1. The Importance of Anatomical Knowledge in Surgery. Anatomy provides the roadmap of the human body, offering crucial insights into the relationships between various tissues, organs, muscles, blood vessels, and nerves.
[16] From Tutoring Gross Anatomy to Pancreatic Surgery Innovation — The time dedicated to teaching gross anatomy to undergraduate medical students is rapidly decreasing. Available data show a negative trend of gross anatomy hours in students' curricula from a mean of 248.7 h in 1973 down to 143.6 h in 2001 and 129 h in 2017 . These results underline the risk that post-graduate students might lack proper
[18] Essential Study Strategies for Anatomy and Physiology — Research shows that visual aids are crucial for mastering anatomical concepts. Studies indicate that 93.2% of students use visual aids for learning gross anatomy, combining both electronic and traditional resources. Visual learning tools significantly enhance comprehension, with students who utilize anatomical models and computer programs
[20] How Can Visual Aids Enhance The Learning Experience In Anatomy Reviews ... — Types of Visual Aids Visual aids come in various forms, each catering to different learning styles. Here are some of the most impactful types you might consider for your anatomy reviews: 1. Diagrams and Charts. Visual representations of anatomical structures are excellent for quick reference and summarization.
[22] Anatomy Visualization Tools for Interactive Learning — Interactive anatomy tools cater to various learning styles, enabling students to choose how they engage with the material. For instance, I once met a fellow student who preferred watching animated videos of body processes, while others liked manipulating 3D models. This versatility makes anatomy visualization tools invaluable in diverse
[24] What Are The Implications Of Anatomical Variations In Clinical Practice ... — - Make an effort to reassure patients that their individual anatomy is taken into consideration in their treatment plan. The Takeaway Anatomical variations are a reality in clinical practice, affecting everything from surgical outcomes to diagnostic accuracy and patient trust.
[29] What Teaching Strategies Are Most Effective for Explaining Complex ... — – Learn Human Anatomy Teaching anatomy can often feel like navigating a labyrinth of complexity. Practical Advice: Invest time in platforms like Visible Body or Google Arts & Culture, which offer interactive anatomy models. During your next lesson, encourage students to take turns manipulating these models; it fosters engagement and helps them visualize the anatomy in a more meaningful way. By relating her struggle to the anatomy of the leg, my students grasped not just the structure but also its significance. Lastly, collaborative learning can transform a dreary anatomy topic into an exciting project. In the end, let’s aim to create a classroom atmosphere where students aren’t just passive receivers of information, but active participants in their learning journey. How Do Anatomy Video Lectures Accommodate Different Learning Styles?
[30] 6 Effective Strategies for Communicating Complex Medical Concepts ... — FactorDescriptionUnderstand Your AudienceTailor visual complexity and style to the target audience’s health literacy level and informational needsSimplify Complex InformationBreak down concepts into digestible pieces conveyed through flowcharts, diagrams, infographicsUse Clear and Consistent ImageryMaintain consistency in color, symbols, fonts to establish visual hierarchy and transmission of information without clutterUtilize Interactive VisualsEnable exploration of concepts through animations and virtual reality at the audience’s own pace to boost engagementEmploy Metaphors and AnalogiesBridge understanding gaps by relating complex ideas to familiar objects, processes or scenariosTell a Visual StoryLogically sequence information to guide the audience through a narrative that enhances retentionFeedback and IterationSeek regular input from the target audience and refine materials accordingly to maximize effectivenessAccessibility ConsiderationsProvide alternative formats for diverse cognitive/visual abilities and learning stylesCollaborate with Design ExpertsWork with medical illustrators, graphic designers to optimize visual appeal, accuracy and communicationIncorporate TechnologyLeverage innovations like virtual reality for immersive, interactive concept exploration
[39] Understanding Anatomy: A Key to Clinical Success — The Importance of Anatomy Knowledge in Medical Practice. Anatomy, the study of the structure and organization of the human body, serves as the cornerstone of medical education and practice. Without a solid understanding of anatomy, healthcare professionals would be unable to accurately diagnose, treat, or manage a patient's medical conditions.
[48] The History of Anatomy - from the beginnings to the 20th century — Anatomy is the study of the body. Although anatomy is not officially banned by the Church, social authorities reject the dissection of human corpses until the 12th and even 13th century. Leonardo da Vinci (1452-1519), today’s most well-known Renaissance artist and scientist, performs many anatomical dissections of human corpses that form the basis for his famous, highly detailed anatomical sketches. By dissecting human bodies, preparing muscles, tendons, and nerves down to the smallest detail, Vesalius is able to prove more than 200 errors in Galen’s anatomical works. In the 18th century, anatomical artists create the first whole-body specimens, which are dried and varnished. It is not until the 19th century, when anatomy becomes a science, that the public is excluded from witnessing dissections.
[49] History of anatomy - Wikipedia — For many decades human dissection was thought unnecessary when all the knowledge about a human body could be read about from early authors such as Galen. In the 12th century, as universities were being established in Italy, Emperor Frederick II made it mandatory for students of medicine to take courses on human anatomy and surgery. Students who had the opportunity to watch Vesalius in dissection at times had the opportunity to interact with the animal corpse. As an artist-anatomist, Leonardo made many important discoveries, and had intended to publish a comprehensive treatise on human anatomy. For instance, he produced the first accurate depiction of the human spine, while his notes documenting his dissection of the Florentine centenarian contain the earliest known description of cirrhosis of the liver and arteriosclerosis. He was the first to develop drawing techniques in anatomy to convey information using cross-sections and multiple angles, although centuries would pass before anatomical drawings became accepted as crucial for learning anatomy.
[51] The Science of Anatomy: A historical timeline - PMC - PubMed Central (PMC) — A particularly famous one was Alexandria; some of the anatomists from this school—such as its founder, Herophilus of Chalcedon, and his disciple, Erasistratus of Chios—greatly contributed to existing knowledge of the nervous system, blood vessels and lymphatics.13 In particular, Herophilus developed a library of anatomical knowledge which was much more informed regarding the actual structure of the human body in comparison to previous works.14 Additionally, Herophilus was the first physician to dissect human bodies and is considered to be the founder of anatomy; he contradicted Aristotle’s notion that the heart was the “seat of intelligence”, arguing instead that it was the brain.10 However, he was eventually accused by his contemporaries of dissecting live criminals.
[61] History of anatomy - Wikipedia — For many decades human dissection was thought unnecessary when all the knowledge about a human body could be read about from early authors such as Galen. In the 12th century, as universities were being established in Italy, Emperor Frederick II made it mandatory for students of medicine to take courses on human anatomy and surgery. Students who had the opportunity to watch Vesalius in dissection at times had the opportunity to interact with the animal corpse. As an artist-anatomist, Leonardo made many important discoveries, and had intended to publish a comprehensive treatise on human anatomy. For instance, he produced the first accurate depiction of the human spine, while his notes documenting his dissection of the Florentine centenarian contain the earliest known description of cirrhosis of the liver and arteriosclerosis. He was the first to develop drawing techniques in anatomy to convey information using cross-sections and multiple angles, although centuries would pass before anatomical drawings became accepted as crucial for learning anatomy.
[64] Cultures of Death and Politics of Corpse Supply - PMC — This article aims to explain why access to bodies in Vienna was easier and the attitude towards dissection more permissive than in Britain, the U.S. or even other German states. ... Vienna and the Jews, 1867-1938: a cultural history. Cambridge University Press; Cambridge: 1989. p. 44. [Google Scholar] 124. Cohen . Die Studenten der Wiener
[65] Is dissection humane? - PMC — In the 13 th century Christian Europe, dissection and autopsy of humans was regularly carried out with reasonable socio-cultural and religious acceptance. Throughout history, the dissection of human cadavers for medical education has experienced various cycles of legalization and proscription in different countries.
[73] Dissections Explored In The Renaissance Era - healthdor.com — One of the most influential figures in the history of dissection during the Renaissance was Andreas Vesalius, a Flemish anatomist whose groundbreaking work 'De humani corporis fabrica' revolutionized the study of human anatomy. Vesalius's meticulous dissections and detailed illustrations challenged many of the long-held beliefs about the human
[74] The Beginning of Anatomical Study - Science Technology and Society a ... — Riley Karsen Lovelace; Nick Allan Rodgers; Leah C Chappell; Liam Dennis Wood; Cole Thomas Gaccione; Morgan Breanna Reeves; Caleb Eickhoff; Nick Sanborn; Elizabeth K Bland; Giulia Emanuel; and Patrick James Orr The work of Leonardo da Vinci and Andreas Vesalius during the Renaissance sparked a shift toward anatomy and dissection in society, advanced medicines, and influenced countless works of art that are still praised today. The study of anatomy during the Renaissance was paramount to the advances in science, technology, and society of the time. His work laid the foundation for modern anatomy and transformed the scientific understanding of the human body, paving the way for more advanced medical practice.
[77] From Cadavers to Codes: The Evolution of Anatomy Education Through ... — This review examines the shift from traditional anatomy education to the integration of advanced digital technologies. With rapid advancements in digital tools, such as 3D models, virtual dissections, augmented reality (AR) and virtual reality (VR), anatomy education is increasingly adopting digital environments to enhance learning. These tools offer immersive, interactive experiences
[85] Greek Anatomist Herophilus - The Father of Anatomy (Biography) — Herophilus's work was highly influential, and it was used by later anatomists, such as Galen and Andreas Vesalius. He is considered to be one of the most important figures in the history of anatomy, and his contributions to the field are still celebrated today. Here are some of the specific reasons why Herophilus is considered the Father of
[86] Father Of Anatomy - Jacks Of Science — Herophilus' work helped pave the way for the later discovery of antibiotics and other medical advances. ... and his legacy continues to influence medical education and research today. ... How does Herophilus work compare to that of other early anatomists? Herophilus of Chalcedon was one of the most famous anatomists of the ancient world.
[87] Greek anatomist herophilus: the father of anatomy - PMC — One of the most stirring controversies in the history of Anatomy is that Herophilus, an ancient Greek anatomist and his younger contemporary, Erasistratus, were accused of performing vivisections of living humans. However, this does not detract from the fact that Herophilus has made phenomenal anatomical observations of the human body which have contributed significantly towards the understanding of the brain, eye, liver, reproductive organs and nervous system. Herophilus is recognized as the first person to perform systematic dissection of the human body predating even Andreas Vesalius, (often regarded as the founder of modern human anatomy) (Prioreschi 1996; Wills 1999) despite the taboos that prevailed regarding desecration of the human body at that time (Prioreschi 2001).
[95] The Future of Morphological Science Education: Learning and Teaching ... — With recent technological advances, high costs of cadaver-based teaching, increase in ... Three-dimensional learning applications are an efficient learning method for studying gross anatomy, since it allows students to identify 3D atlas applications ... These types of conference tools could strengthen the significance of anatomy, underpinning
[99] Anatomy and its impact on medicine: Will it continue? - PMC — Similarly, clinicians need to become aware of the outcomes from this.8 Sobering examples can be seen with surface anatomy, which needs to be revised in the light of findings from living subjects using modern imaging techniques.9–11 There are inconsistencies between and within anatomical reference texts, which have been based primarily on cadaver studies rather than being evidence-based in vivo. On the horizon, there are many educational innovations that will impact on anatomy teaching in the future. Anatomical research and anatomy education are two sides of the one coin. For anatomy to reinvent itself, anatomists need to engage with anatomical research (from a clinical and/or a scientific perspective) as well as implement educational innovations (ideally while investigating the learning of their own students).
[105] 3D Anatomy Models and Impact on Learning: A Review of the Quality of ... — Anatomy is a discipline where spatial visualization is of importance. Students need to learn not just anatomical structures and functions but also spatial relationships to surrounding structures. 2 While anatomy textbooks and anatomy atlases provide two-dimensional (2D) static anatomical illustrations, they are of limited value in exposing three-dimensional (3D) dynamics of anatomical
[106] ERIC - EJ1411381 - Enhancing Anatomy Education through Cooperative ... — The advent of virtual reality (VR) in education offers unique possibilities for facilitating cooperative learning strategies, particularly in fields demanding intricate spatial understanding, such as gross anatomy. This study investigates the impact of integrating cooperative learning strategies within a VR-based gross anatomy curriculum, focusing on enhancing students' anatomy knowledge and
[107] Enhancing medical anatomy education with the integration of virtual ... — This study explores the integration of VR into a traditional gross anatomy lab to enrich the learning experience for medical students. Methods included the deployment of a VR application developed to complement the dissection process, featuring detailed 3D models of human anatomy that students could manipulate and explore digitally.
[115] The Future of Anatomy Education: BodyViz 7 One-Click Dissection — The combination of real-world data and interactive tools provides a truly authentic educational experience. ... Compared to the significant expenses of maintaining cadaver supplies and lab space, BodyViz allows for the virtual dissection of real patient anatomy, saving both time and money. ... Take your anatomy curriculum to the next level and
[117] What Challenges Do Educators Face When Integrating Digital Anatomy ... — As technology continues to surge forward, so does its integration into our classrooms, especially in the field of anatomy and medical education. Digital anatomy tools, from virtual dissection software to 3D modeling applications, promise engaging and innovative learning experiences. However, integrating these tools is not without its challenges.
[118] Effectiveness and satisfaction with virtual and donor dissections: A ... — In response to these challenges, virtual dissection has emerged as a viable alternative to traditional methods in anatomy education 5. Virtual dissection is an innovative method that employs digital devices and advanced three-dimensional (3D) technology to simulate anatomical models in a virtual environment 6.
[128] PDF — MODERN INNOVATIONS IN GROSS ANATOMY EDUCATION Recent advancements in technology have transformed the teaching of gross anatomy, offering innovative alternatives to cadaveric dissection. Virtual dissection software allows students to explore anatomical structures in a simulated environment, providing a cost-effective and ethical alternative to
[129] Teaching anatomy using an active and engaging learning strategy — Background Various evidence-based and student-centered strategies such as team-based learning (TBL), case-based learning (CBL), and flipped classroom have been recently applied to anatomy education and have shown to improve student engagement and interaction. These strategies shift the focus of teaching from knowledge transmission to knowledge construction by students and encourage the use of
[130] PDF — medical curricula. Keywords: Gross anatomy; Medical education; Cadaveric dissection; Virtual dissection; Three-dimensional models. cadaveric dissection . Three-dimensional (3D) anatomical models offer another approach to teaching gross anatomy, allowing students to visualize and manipulate anatomical structures in real-time. These modern
[131] Effectiveness of Pedagogical Tools for Teaching Medical Gross Anatomy ... — Students were expected to preview for laboratory sessions by watching orientation videos and studying the provided Complete Anatomy screens. To review laboratory material, students were expected to use lecture material, laboratory guides, orientation videos, Complete Anatomy screens, and other provided resources. Overall, students strongly agreed or agreed that the orientation videos, Complete Anatomy screens, and lab guides were effective aids in learning gross anatomy. Number of students who strongly agreed or agreed with effectiveness of a orientation videos, b Complete Anatomy screens, and c laboratory guides While participants across all four focus groups utilized the orientation videos in different capacities, overall students agreed that the orientation videos complemented their learning of gross anatomy both within the laboratory setting and in preparation for the laboratory practical.
[132] Integrated virtual and cadaveric dissection laboratories enhance first ... — This study demonstrates that there is potential for virtual dissection to augment cadaveric dissection in medical education. Keywords: Education technology, Radiology, Medicine, Cadaver, ... also felt that the VDT was an effective use of the cadaveric laboratory time. ... Anatomy in a modern medical curriculum. Ann R Coll Surg Engl. 2007;89(2
[133] From Scalpel to Simulation: Reviewing the Future of Cadaveric ... — Cadaveric dissection (CD) has been a foundational practice in medical education for centuries, offering indispensable insights into human anatomy. This review explores the enduring significance of human cadaveric dissection in contemporary medical education and examines the impact of AI-driven tools and virtual simulations on traditional dissection practices. Human cadaveric dissection (CD) has been a main teaching tool for anatomy, and this mode of learning can be traced back to the 3rd century B.C. However, over the last decade or so, the introduction of artificial intelligence (AI) and virtual reality (VR) technologies has challenged the traditional dominance of CD as a teaching tool for the upcoming generations of medical students.
[134] The Ongoing Discussion About Cadaveric Dissection in Medical Education ... — It is intended as a middle ground that will maximise learning by fitting dissection into the modern curricula designs in a more dynamic and engaging manner. Keywords: Medical education, cadaveric dissection, anatomy in ... E., Yurdakul, S. E., & Atac, A. (2013). An Overview of the Technologies used for Anatomy Education in terms of Medical
[135] Cadaveric dissection as an educational tool for anatomical sciences in ... — Anatomical education has been undergoing reforms in line with the demands of medical profession. The aim of the present study is to assess the impact of a traditional method like cadaveric dissection in teaching/learning anatomy at present times when medical schools are inclining towards student-centered, integrated, clinical application models.
[139] Are We Facing the End of Gross Anatomy Teaching as We Have Known It for ... — Horizontal integration (ie, the combined educational contributions of various basic sciences) and vertical integration (the integration of clinical subjects with basic science information) have been hallmarks of modern medical curricula,14–16 as well as a legitimate shift from memorization of facts to problem-solving.17 Integration makes the contributions of separate basic sciences less demarcated than discipline-based courses, and an unintended consequence of integrated tests is that they allow students to pass with relatively low scores for minor parts of these integrated tests (ie, such as anatomy), whereas previously the anatomical knowledge had their own tests, which required adequate knowledge to pass the tests.18
[144] The additional role of virtual to traditional dissection in teaching ... — The combination of virtual to traditional gross dissection resulted in a significant improvement of second-year medical students' learning outcomes. It could be of help in maximizing the impact of practical dissection, overcoming the contraction of economic resources, and the shortage of available b …
[145] The Role of Technology in Anatomy Education: Evaluating Knowledge Gains ... — Background: Anatomy is a foundational element of medical education, traditionally taught through cadaveric dissection.However, this method poses challenges such as limited cadaver availability, ethical concerns, and high maintenance costs. This study evaluates the effectiveness of virtual dissection tools in enhancing anatomical knowledge compared to traditional cadaveric dissection among
[146] Clinical anatomy teaching: A promising strategy for anatomic education ... — Clinical anatomy education should be more emphasized and merged into the gross anatomy curriculum owing to the better performance in the final examination and high rate of satisfaction. ... and this novel teaching mode of integrating basic and clinical practice was necessary, ... Main tools in anatomy learning; (C) Benefits of clinical anatomy
[148] Bridging Theory and Practice: Clinical Applications in Anatomy Education — Clinical Integration Strategies Understanding anatomy in a clinical context requires more than memorization of structures and relationships. Case-based learning serves as a cornerstone of modern anatomical education, where students encounter real-world scenarios that demonstrate the practical significance of anatomical knowledge. Through these cases, students learn to apply their understanding
[164] Are We Facing the End of Gross Anatomy Teaching as We Have Known It for ... — Horizontal integration (ie, the combined educational contributions of various basic sciences) and vertical integration (the integration of clinical subjects with basic science information) have been hallmarks of modern medical curricula,14–16 as well as a legitimate shift from memorization of facts to problem-solving.17 Integration makes the contributions of separate basic sciences less demarcated than discipline-based courses, and an unintended consequence of integrated tests is that they allow students to pass with relatively low scores for minor parts of these integrated tests (ie, such as anatomy), whereas previously the anatomical knowledge had their own tests, which required adequate knowledge to pass the tests.18
[165] PDF — gross anatomy curriculum designed to lead to a medi-cal degree. The main body of the document establishes the anatomical concepts as well as the subject matter a student should master prior to graduation from med-ical school. Gross anatomy dissection is still a crucial primary core topic in medical school and biomedical graduate studies.
[166] PDF — ADVANTAGES AND LIMITATIONS OF TRADITIONAL AND MODERN TEACHING METHODS Both traditional and modern teaching methods have their advantages and limitations in the context of gross anatomy education. Cadaveric dissection offers unparalleled hands-on experience and allows students to develop tactile skills essential for clinical practice.
[182] Early Identification of Factors Contributing to Allied Health Students ... — Introduction Early identification of students struggling with gross anatomy due to inadequate study strategies is critical to prevent poor course outcomes and repetition of the course. Students often enter health professional schools with inadequate and inefficient study strategies. Faculty and teaching assistants give students advice at the beginning of the course about effective study
[183] When students struggle with gross anatomy and histology: A ... - PubMed — Gross anatomy and histology are now often taught as parts of an integrated medical or dental curriculum. Although this puts these foundational basic sciences into a wider educational context, students may not fully appreciate their importance as essential components of their medical education and ma …
[185] JMIR Medical Education - Confronting the Challenges of Anatomy ... — Background: Anatomy is considered to be one of the keystones of undergraduate medical education. However, recently, there has been drastic reduction, both in gross anatomy teaching hours and its context. Additionally, a decrease in the number of trained anatomists and an increase in the costs associated with procuring human cadavers have been noted, causing a diminution of cadaveric
[186] Why is Anatomy Difficult to Learn? The Implications for ... - PubMed — The impact of the medical curricular reform on anatomy education has been inconclusive. A pervasive perception is that graduates do not possess a sufficient level of anatomical knowledge for safe medical practice; however, the reason is less well-studied. ... Keywords: anatomy learning challenges; gross anatomy education; knowledge acquisition
[188] Virtual Reality as a Complementary Learning Tool in Anatomy Education ... — Nonetheless, in the motivation questionnaire, participants agreed virtual reality provides a better tridimensional view of the human body and therefore is a potential complementary tool when learning anatomy. We conclude virtual reality does not seem to have an impact on academic performance, but it was perceived as an engaging and promising
[190] Efficacy of virtual reality and augmented reality in anatomy education ... — Anatomy is the cornerstone of medical education. Virtual reality (VR) and augmented reality (AR) technologies are becoming increasingly popular in the development of anatomy education. Various studies have evaluated VR and AR in anatomy education. This meta-analysis aims to evaluate the effectiveness of VR and AR in anatomical education.
[192] (PDF) Confronting the challenges of anatomy education in a competency ... — Objective: To address these challenges there is an ardent need for a pedagogical framework such that anatomy education can be disseminated through active-learning principles, within a fixed
[193] Anatomy education beyond the Covid‐19 pandemic: A changing pedagogy — As the impact and outcomes of the significant adjustments in educational strategies in the past 2 years are analyzed, there is a real opportunity to re‐assess and re‐calibrate the way in which anatomy teaching is delivered (Lachman & Pawlina, 2022), including the role that digital approaches can play in the anatomy education of the future.
[194] PDF — R E V I E W Integration of clinical anatomical sciences in medical education: Design, development and implementation strategies Mohammed K. K E Y W O R D S anatomy education, cognitive integration, curriculum integration, teaching innovation 1 | INTRODUCTION Over the last few years, institutions have shifted anatomy instruction away from stand-alone courses to parts of integrated courses and/or curricula (McBride & Drake, 2018). In relation to anatomy education, clinical anatomy using cases can be vertically integrated across the entire 4 years of medical school (Doomernik et al., 2017). Blended learning in medical education: Use of an integrated approach with web-based small group modules and didactic instruction for teaching radiologic anatomy1.
[195] Confronting the Challenges of Anatomy Education in a Competency-Based ... — The feedback for the course indicated that students expressed satisfaction with the instructional plan employed in the course; 79% (44/56) of students in both cohorts where the pedagogical framework was implemented strongly agreed with the highest grading score “extremely satisfied.” The majority of students (81/114, 71%) in both of the cohorts where the pedagogical framework was implemented indicated in open-ended comments that the instructional plan that was integrated into the Head and Neck course should be implemented across all structure-function courses in anatomy education, and if possible, especially in practical sessions involving dissection or discussion of clinical scenarios.
[196] PDF — Patient safety is a key part of the quality of healthcare services; patient safety, patient experience, and service efficacy. As such there are many development activities that overlay these domains. Delivering educational activities to improve patient safety often overlaps with other initiatives such as quality improvement, human factors, and simulation based education. This paper outlines
[197] Practical Tips for Effective and Efficient Anatomy Teaching — Enhancing students' learning opportunities by providing feedback, designing the educational strategies to foster students' active participation, creating an individualized educational environment and developing a relevant curriculum will overcome any challenges encountered and will make anatomy teaching effective and efficient.
[199] Effectiveness of Pedagogical Tools for Teaching Medical Gross Anatomy ... — Students were expected to preview for laboratory sessions by watching orientation videos and studying the provided Complete Anatomy screens. To review laboratory material, students were expected to use lecture material, laboratory guides, orientation videos, Complete Anatomy screens, and other provided resources. Overall, students strongly agreed or agreed that the orientation videos, Complete Anatomy screens, and lab guides were effective aids in learning gross anatomy. Number of students who strongly agreed or agreed with effectiveness of a orientation videos, b Complete Anatomy screens, and c laboratory guides While participants across all four focus groups utilized the orientation videos in different capacities, overall students agreed that the orientation videos complemented their learning of gross anatomy both within the laboratory setting and in preparation for the laboratory practical.
[200] Teaching anatomy using an active and engaging learning strategy — This study discusses the use of an active and engaging learning strategy to teach the musculoskeletal system to Year 1 MBBS students (Faculty of Medical Sciences, The University of the West Indies, Cave Hill, Barbados) and examines the correlation between assessment modalities and student performance. In order to improve teaching of the musculoskeletal system in anatomy to Year 1 MBBS students of the Faculty of Medical Sciences (FMS), The University of the West Indies (UWI), Cave Hill Campus, Barbados, we designed an ‘active and engaging learning strategy’ based on the definitions of active learning by Bonwell & Eison and Felder and Brent . Student performance in the pre-presentation spotter assessment was compared with the post-presentation spotter assessment, mid-term, and final examinations to assess the overall effectiveness of the active and engaging learning strategy.
[202] Student Engagement Using HoloLens Mixed-Reality Technology in Human ... — Mixed-reality technology is a powerful tool used in healthcare and medical education to engage students in life-like scenarios. This blend of virtual and augmented reality images incorporates virtual projections with the real environment to allow real-time observation and interaction . ... 2023 Jan 19;33(1):223-231. doi: 10.1007/s40670-023
[203] Evaluation of cognitive load for a mixed reality anatomy application — Mixed reality technology enabled first-year medical students to study 3D anatomy in a realistic and immersive way outside of the laboratory without imposing excessive cognitive demands. Learners reported that the MR activity was less difficult and complex than traditional classroom and laboratory learning, and that they were more focused on
[204] Virtual reality in medical education: Effectiveness of Immersive ... — In this context, the Immersive Virtual Anatomy Laboratory (IVAL) represents an innovative solution to address the limitations of traditional anatomy learning .IVAL leverages VR technology to enable students to explore anatomical structures in a detailed three-dimensional virtual environment, providing interactive and realistic experiences unrestricted by physical constraints.
[226] Revolutionising Anatomy Education: The Current Role of Digital ... - PubMed — Revolutionising Anatomy Education: The Current Role of Digital Technologies in Enhancing Anatomy Learning for Undergraduate Medical Students - PubMed eCollection 2024 Dec. Revolutionising Anatomy Education: The Current Role of Digital Technologies in Enhancing Anatomy Learning for Undergraduate Medical Students This review aimed to address the research question: "How are digital technologies currently being used in the delivery of anatomy teaching in undergraduate medical education?". A systematic search was performed across multiple databases including PubMed, MEDLINE, Education Resources Information Center (ERIC), Embase, Scopus, and Web of Science, with studies screened using Covidence (Veritas Health Innovation, Melbourne, Australia), a web-based software platform. Despite this, recent studies have revealed that students and educators increasingly value multimodal approaches that combine traditional cadaver-based teaching methods with digital tools to enhance anatomy learning.
[227] Are We Facing the End of Gross Anatomy Teaching as We Have ... - PubMed — After this analysis, the authors propose four ways forward. These directions include systematic peer teaching and development of anatomy education as a scholarly domain, further vertical integration with postgraduate medical education, full integration with radiology education, and capitalizing on educational technology.
[229] Enhancing anatomy education through cooperative learning: harnessing ... — This study emphasizes the evaluation of students’ performance in the gross anatomy laboratory, where the cooperative learning strategy within the VR-based learning environment was primarily applied. In summary, our study demonstrated that VR-based anatomy learning significantly improved student performance compared to traditional methods, especially for female students. In this study, we implemented a VR-based learning strategy that enhanced students’ academic performance in gross anatomy examinations compared to traditional learning methods. In conclusion, our study underscores the potential of VR-based cooperative learning as an effective educational tool, particularly in gross anatomy laboratory courses. This incorporation of multiple terms’ performance data allowed us to provide a more comprehensive view of the benefits and effectiveness of VR-based cooperative learning in gross anatomy education.
[231] How Does the Use of Technology, Like Anatomy Apps and Virtual ... — Beyond engagement and interaction, technology in anatomy education offers several benefits: 1. Accessibility. ... The integration of technology like anatomy apps and virtual dissection tools undeniably enhances learning outcomes in anatomy education. From making complex subjects more accessible to providing personalized and engaging study
[233] Augmented reality in medical education: a systematic review — Introduction: The field of augmented reality (AR) is rapidly growing with many new potential applications in medical education. This systematic review investigated the current state of augmented reality applications (ARAs) and developed an analytical model to guide future research in assessing ARAs as teaching tools in medical education.
[235] Efficacy of virtual reality and augmented reality in anatomy education ... — Anatomy is the cornerstone of medical education. Virtual reality (VR) and augmented reality (AR) technologies are becoming increasingly popular in the development of anatomy education. Various studies have evaluated VR and AR in anatomy education. This meta-analysis aims to evaluate the effectiveness of VR and AR in anatomical education.
[236] Immersive virtual reality and augmented reality in anatomy education: A ... — The virtual and hyper-realistic scenarios of human body parts that iVR and AR render likely to improve the acquisition of anatomy knowledge in health sciences education, especially when used as complementary resources. 94 Although anatomical dissection is often considered the "gold standard" for anatomy education in the health sciences, not