Built upon real CT and MRI datasets, Cadaviz presents a next-generation DICOM-derived medical learning ecosystem that seamlessly integrates anatomy, embryology, radiology, pathology, physiology, kinesiology, and more within a unified clinically oriented immersive medical education platform. Through anatomically precise three-dimensional visualization, interactive exploration, and clinically connected learning, the framework enables students to understand the human body as a continuous and interconnected system rather than isolated structures. Spanning fetal development, vascular and neural pathways, movement sciences, pathology integration, and radiological correlation, learner perception studies furthermore demonstrate enhanced spatial understanding, conceptual clarity, engagement, and learning confidence while bridging foundational sciences with real-world clinical application.

Dr. G Durga Devi, HOD of Anatomy at Sree Balaji Medical College and Hospital, along with her team, published a study in Clinical Anatomy, a globally respected Wiley journal with a 2.3 Impact Factor, recognized for advancing anatomical sciences and medical education research.

The study examined how first-year MBBS students across varying academic performance levels perceived the effectiveness of Cadaviz in anatomy learning. Conducted as a cross-sectional survey involving 220 students, the research assessed student experiences with immersive virtual dissection technology in medical education.

The findings demonstrated that Cadaviz significantly enhanced engagement, interactivity, and self-paced learning, while offering a highly accessible and user-friendly learning experience with minimal technical barriers.

Most notably, the study emphasized Cadaviz’s ability to support inclusive, learner-centered education by strengthening conceptual understanding, boosting learner confidence, and encouraging active participation across all academic groups — particularly benefiting students who required additional academic support.

Dr. C. S. Ramesh Babu, Anatomist at Muzaffarnagar Medical College, Muzaffarnagar, Uttar Pradesh, India, and Dr. Cherian Kurian, Associate Professor in the Department of Forensic Medicine and Toxicology at MGM Medical College, Vashi, Navi Mumbai, co-authored a review titled “Scope of CADAVIZ in Training for Forensic Odontology, Anthropology, and Radiology as an Adjunct Tool.” Published in the Indian Journal of Forensic Medicine & Toxicology, the review examines CADAVIZ, an advanced virtual dissection table, as a sustainable and effective alternative to conventional cadaver-based training in forensic medicine and toxicology. By enabling high-resolution virtual visualization, interactive manipulation, and three-dimensional reconstruction of anatomical structures and imaging data, CADAVIZ enhances forensic education in trauma assessment, autopsy planning, and identification from skeletal remains. The review highlights its particular value in strengthening learning across the odontological, anthropological, and radiological domains of forensic science.

Dr. Minal Pandurang Mahajan, Assistant Professor, Government Homoeopathy College, Jalgaon, authored a narrative review titled “Asthma, Homoeopathy and CADAVIZ: Integrating Respiratory Anatomy with Homeopathic Approaches,” published in the International Journal of Science and Research Archive. The article highlights CADAVIZ as a digital platform that enhances anatomical and physiological understanding of the respiratory system within homeopathic education. Through layer-by-layer interactive dissection, the review illustrates how learners can explore thoracic structures from superficial layers to deeper airways, thereby improving spatial awareness and insight into respiratory mechanics. The integration of the physiological module further clarifies how bronchoconstriction, mucosal edema, and impaired gas exchange contribute to asthmatic pathology, strengthening clinical interpretation. Overall, the review emphasizes that the immersive CADAVIZ experience supports deeper learning by enabling meaningful integration of anatomical structure, physiological function, and disease pathology.

A study titled “Assessment of Learners’ Perception of Cadaviz as a Supplement to Traditional Cadaveric Dissection”, published in the Journal of Applied Bioanalysis, was conducted by the faculty of .

The study specifically evaluated students’ perceptions of Cadaviz as a supplement to traditional cadaveric dissection, with particular emphasis on usability, anatomical visualization, learner engagement, satisfaction, and its suitability for curricular integration.

The study involved 123 medical students, the majority of whom reported positive experiences regarding the platform’s ease of navigation and overall usability. Most participants agreed that Cadaviz enhanced visualization and improved three-dimensional understanding of anatomical structures while also increasing engagement during anatomy learning sessions.

Overall satisfaction with the use of Cadaviz was high, and a substantial proportion of students supported its permanent integration into undergraduate anatomy teaching.

A study titled “CADAVIZ: Making Sense of the Journey from Cell to System” was presented at VELAMMAL ANATCON’25, the 46th Annual Conference of the Association of Anatomists, Tamil Nadu, hosted by the Department of Anatomy, Velammal Medical College Hospital & Research Institute, Madurai, on 6th December 2025. Presented by Dr. G. Durga Devi, Professor and Head, Department of Anatomy, Sree Balaji Medical College and Hospital, the study highlighted the role of CADAVIZ, a virtual dissection table, in enhancing students’ understanding of abstract concepts in embryology through immersive 3D visualization, structured and repeatable learning, and future-ready digital approaches to anatomy education.

A study titled “CADAVIZ: The Digital Cadaveric Path to Medical Expertise” was presented at NATCON-72, 2025; the 72nd National Conference of the Anatomical Society of India, hosted by the Department of Anatomy, Darbhanga Medical College & Hospital, Darbhanga, Bihar. The presentation highlighted learners’ perceptions of CADAVIZ™, a virtual dissection table, demonstrating its effectiveness as an innovative, interactive, and user-friendly tool that enhances visualization, spatial understanding, engagement, and confidence in learning anatomy, while complementing traditional cadaveric dissection in medical education.

This research evaluated how the CADAVIZ virtual dissection table (VDT) improves anatomy learning, specifically focusing on cerebellar anatomy. Post-test results showed that the group using both CADAVIZ and cadaveric dissection had the greatest improvement.

An article titled “Bridging Traditional Knowledge and Modern Technology: Artificial Intelligence in Anatomy Education for Ayurveda” was published in the Journal of Ayurveda and Consciousness (JAC). Authored by Mr. Bharat Pathak, Assistant Professor, Department of Shareera Rachana, Ayurveda Campus, Institute of Medicine, Tribhuvan University, Kathmandu, Nepal, along with contributing authors, the review article specifically highlighted CADAVIZ as a first-of-its-kind virtual dissection table designed for Ayurvedic education. The article emphasized that CADAVIZ enables immersive 3D visualization of human anatomy aligned with Ayurvedic concepts such as Rachana Sharir, marma points, and traditional anatomical terminology, helping students bridge classical textual descriptions with realistic anatomical models. It further noted that CADAVIZ supports repeatable, interactive, and culturally aligned learning, making complex anatomical relationships easier to understand while complementing cadaveric dissection and faculty-led mentorship in modern Ayurveda education.

Cadaviz was presented at the 25th KCACON 2025, hosted by the Department of Anatomy, SDM College of Medical Sciences & Hospital, SDM University, Dharwad. The presentation highlighted the role of Cadaviz in advancing anatomy education through virtual dissection and digital visualization. The associated peer-reviewed publication reinforces Cadaviz’s academic relevance and evidence-based impact in medical education.

A survey-based study that evaluated how first-year medical students responded to using the CADAVIZ 3D virtual dissection table compared with traditional cadaveric teaching. The study found that students gave strongly positive feedback on CADAVIZ’s user-friendly interface.

An original research article that investigates how the CADAVIZ virtual dissection table impacts comprehension of anatomical concepts among first-year students. Pre- and post-test results showed significant improvements in understanding across all performance levels.

Today, digital dissection and visualization tools like CADAVIZ are being discussed in the context of pharmaceutical education and professional training. Recent coverage highlights the role of interactive, 3D digital anatomy tools.

This research article emphasizes how virtual dissection tables and clinical skill laboratories are being used to modernize medical education. The paper discusses the educational benefits of integrating simulation-based tools into traditional curricula.

A study titled “Cadaveric Dissection versus Virtual Dissection Table – Perspective of First-Year MBBS Students” was published in the International Journal of Life Sciences, Biotechnology and Pharma Research (Volume 14, Issue 4, April 2025). Conducted by faculty from Indira Gandhi Government Medical College (IGGMC), Nagpur, Maharashtra, in collaboration with AIIMS Gorakhpur, Uttar Pradesh, the study explored first-year MBBS students’ learning experiences with traditional cadaveric dissection and the CADAVIZ™ virtual dissection table. The research highlighted that while cadaveric dissection remains indispensable for developing clinical and surgical skills, the integration of CADAVIZ significantly enhances visualization, engagement, and conceptual clarity, reinforcing the value of a blended, technology-enabled approach to modern anatomy education.

CADAVIZ – Expanding Digital Horizons of Anatomy and Physiology in Ayurveda is a article published in the Journal of Ayurveda and Integrated Medical Sciences. It discusses how digital technology, specifically the CADAVIZ virtual dissection table (VDT), can enhance the teaching and learning of fundamental subjects like anatomy (Rachana Sharir) and physiology (Kriya Sharir) within Ayurveda education. The article outlines the challenges of traditional hands-on methods (like cadaver dissection) and highlights how CADAVIZ offers an interactive, technology-driven alternative that supports competency-based and objective-based medical education in Ayurveda.

A study titled “Revolutionizing Medical Education and Research: The Role of Virtual Dissection Tables in Biomaterial Evaluation” was presented at ICEMIT-2024: International Conference on Energy, Materials, and Information Technology, organized by Amity University Jharkhand and sponsored by the Anusandhan National Research Foundation, Government of India. The presentation explored the role of Virtual Dissection Tables (VDTs) in advancing medical education and biomaterial research by enabling high-resolution, interactive 3D visualization of human anatomy and biomaterial interactions, thereby supporting innovative, ethical, and resource-efficient approaches to biomaterial evaluation.

In collaboration with Ashokrao Mane Ayurvedic Medical College and the All India Institute of Ayurveda (AIIA), Goa, an abstract titled “CADAVIZ – Expanding Digital Horizons of Anatomy and Physiology in Ayurveda” was presented as part of an e-book compilation at the 10th World Ayurveda Congress & Arogya Expo 2024. The presentation highlighted the role of CADAVIZ, a virtual dissection table, in enhancing the teaching and learning of foundational subjects such as anatomy (Rachana Sharir) and physiology (Kriya Sharir) in Ayurvedic education.