Pathology3D
Pathology3D - is a new generation of 3D screen simulators specially designed for studying general and special pathological anatomy. With Pathology3D you can immerse yourself in the fascinating world of virtual 3D organ models and simulate pathomorphological changes that are typical for various diseases and syndromes. This is a powerful constructor that gives you the ability to interact with interactive 3D models and visually explore pathological processes. With Pathology3D you can visualize and study various pathological changes on organs and examine their effect on body functioning. It is a valuable tool for students, medical professionals, and researchers to enhance their knowledge and skills in pathological anatomy.Pathology3D library is also available in the VARGATES for personal use! Download now and study without risk!
ORGANS DISEASES / SYNDROMES MICROSLIDE MACROSLIDE The appendix corresponds to the current international curriculum for the discipline of "Pathological Anatomy" and is well integrated into the educational process. Accessible presentation and realistic visualization of organs allow faster and more efficient study of pathological anatomy. The app allows you to develop skills in recognizing morphological changes through gamification and 3D graphics. The software modules allow students to independently study the pathological conditions of a particular syndrome/disease in a fun game form. A unique approach to the learning process greatly enhances the long-term retention of students' knowledge. The student can assess his knowledge independently or under the guidance of a teacher, analyze his progress and determine his strengths and weaknesses.Advantages of the pathological condition constructor
Pathology3D
Simple and user-friendly interface
Realistic visualization of pathological changes
Supported operating systems: Windows, Linux, Mac
Pathohistological micro- and macro preparations
Modeling a disease/syndrome takes place in several stages.
- First, a disease/syndrome is selected from the module.
- A three-dimensional model of the target organ is then loaded, which can be examined and modified at the macro level using pathomorphological parameters.
- At the micro level, you have to choose a suitable option from the suggested photos of histological preparations.
