Microanatomy Education

The VIVO SET Virtual Dissection Table offers more than thirty three-dimensional microanatomy models, which are increasingly used in medical and biology education. These models offer many advantages for enhancing the learning process and understanding subjects more deeply. Some of these advantages are discussed below:

1. Better Understanding and Comprehension of Structures

One of the main challenges in teaching microanatomy is imagining the complex and multilayered structures of the human body. The VIVO SET Virtual Dissection Table allows students to view microanatomy structures from different angles and better understand the relationships between components. These models are especially useful for microscopic structures such as cells and tissues, and help students better understand what is happening inside the body.

2. Interaction and Active Learning

The VIVO SET Virtual Dissection Table allows students to interact with educational content. This type of active learning increases understanding and long-term memory. Students can rotate and zoom models and separate components of microanatomy structures.

3. Learning Independent of Physical Limitations

One of the limitations of traditional anatomy education is the limited access to physical specimens and the need to use a microscope. The VIVO SET Virtual Dissection Table eliminates these limitations. It also provides unlimited repetition and practice, which enhances learning.

4. Higher Accuracy and Details

The three-dimensional models on the VIVO SET Virtual Dissection Table are designed with high accuracy and detail to accurately depict all important features of microanatomy. This modeling accuracy helps students better understand how different parts of the body interact and function.

5. Increasing Learning Motivation

The use of advanced technology such as VIVO SET Virtual Dissection Table can make learning more attractive for students and increase their motivation to learn. Interactive learning experience and seeing tangible results make students more willing and inclined to research.

6. Better Comparison and Connection between Structures

Three-dimensional models allow students to easily make comparisons between different structures and understand the connections between them. For example, comparing the size and shape of cells or examining different tissues side by side is much easier with this device.