Prof. Dr. Nurettin Ali Berkol Anatomical Models Laboratory is a modern and comprehensive visual educational unit established to enable students studying medicine and health sciences to examine human anatomy, topographical relationships, and systemic structures in detail.
What is the Prof. Dr. Nurettin Ali BERKOL Anatomical Models Laboratory? / What is Its Purpose?
Core Purpose: The primary purpose of the Prof. Dr. Nurettin Ali Berkol Anatomical Models Laboratory is to enable students to reinforce the theoretical knowledge they acquire through anatomy education using visual materials that closely resemble real anatomical structures. The laboratory aims to create a lasting learning environment by facilitating the three-dimensional understanding of complex anatomical structures.
Key Features: The laboratory provides students with the opportunity to perform dissections (the examination of tissues by separating them) on real cadavers. In addition, the extensive anatomical model collection in the laboratory allows students to review their knowledge and conduct visual studies whenever they wish, independently of cadaver sessions. The collection includes selected models with the highest level of detail, as well as enlarged or specially sectioned models designed to facilitate the understanding of complex anatomical structures.
Academic Contribution: This laboratory environment provides a valuable opportunity for students to better understand the complex structure of the human body at both microscopic and macroscopic levels. Integrating real cadaver studies with model-based visual education contributes academically to transforming theoretical anatomical knowledge into practical orientation before students enter their clinical education.
Equipment and Technical Infrastructure Available in the Laboratory
The Prof. Dr. Nurettin Ali Berkol Anatomical Models Laboratory has a professional infrastructure that presents all systems of the human anatomy through both individual structures and their relationships as a whole:
- Real Cadaver and Dissection Infrastructure: Cadaver-based study opportunities that allow students to experience human anatomy directly through actual tissues.
- High-Detail Anatomical Model Collection: Anatomical models that go beyond standard models and represent the organs and tissue systems of the human body as realistically as possible.
- Enlarged Special Anatomical Models: Specially prepared enlarged models designed to illustrate microscopic or small-scale anatomical structures that are difficult to identify or understand with the naked eye.
- Specially Sectioned Models: Sectioned models illustrating the topographical relationships of body layers, deep tissues, neurovascular bundles, and internal organ structures.
- Study Stations: Practical areas that allow students to independently review anatomical models through visual and tactile learning outside cadaver sessions.
Research and Application Areas
The practical training and methodological studies conducted in the laboratory cover the following areas:
- Cadaver Dissection Applications: Examination of tissues by separating them layer by layer on the human body and developing fundamental anatomical orientation prior to surgical procedures.
- Systemic Anatomy Practices: Studying major systems such as the musculoskeletal system (bones, joints, and muscles), circulatory system, respiratory system, digestive system, urogenital system, and neuroanatomy using anatomical models.
- Topographical and Regional Anatomy: Analyzing the depth and anatomical relationships of body regions, including the head and neck, thorax, abdomen, and extremities, using specially sectioned models.
- Visual and Tactile Knowledge Review: Enabling students to associate the theoretical Latin terminology learned in their courses with three-dimensional models, supporting lasting learning practices beyond rote memorization.
Contributions to Students and the Healthcare Sector
- Dual-Method Learning Approach: Students have the opportunity to experience real cadaver tissues directly while also examining anatomical structures on highly detailed models with precise symmetry.
- Flexible Practice Opportunities: Beyond the time limitations of cadaver sessions, the extensive model collection provides students with the opportunity to review visual information as much as they need and learn at their own pace.
- Three-Dimensional Clinical Perception and Analytical Thinking: Examining complex anatomical structures using enlarged and specially sectioned models contributes directly to students' future ability to interpret surgical and radiological images, such as CT and MRI scans.
