Vinformax Dimensions Technologies presents Stereoscopic 3D
animations for medical education for hard-to-imagine concepts in
the curriculum that also help teachers augment the learning
process. MediMagic app has an array of topics under Pre Clinical
that inclufde Human Anatomy Neuroanatomy Histology Embryology Human
Physiology and Biochemistry. It also include Para Clinical include
Forensic Micro Biology Pathology Pharmalogy.
All the course content is structured peer-reviewed and complementary to the professors’ lecture. The core interest and attention is focused on application of technology to assemble and disassemble the graphics in real time to suit specific learning objectives. For example in anatomy course content one is able to see the structures come out of the screen turn around in different directions and then disseminate layer by layer structures that underlie. When studying physiology an active imagination is essential for students to visualize how cellular signals are transmitted how these signals are propagated and the physiological consequences of the pathways. In biochemistry the animations depict complex molecular mechanisms performed in the cell leaving a lasting visual in the minds of the students. This way the extensive animations help students comprehend the intricacies of their coursework.
This not only allows the student to pre-learn before class but also revise the material anytime after the lecture using their mobile phones or tablets. It inculcates self-teaching and interactive learning by students. It brings any dry subject to life through the rich media content and animation features.
All the course content is structured peer-reviewed and complementary to the professors’ lecture. The core interest and attention is focused on application of technology to assemble and disassemble the graphics in real time to suit specific learning objectives. For example in anatomy course content one is able to see the structures come out of the screen turn around in different directions and then disseminate layer by layer structures that underlie. When studying physiology an active imagination is essential for students to visualize how cellular signals are transmitted how these signals are propagated and the physiological consequences of the pathways. In biochemistry the animations depict complex molecular mechanisms performed in the cell leaving a lasting visual in the minds of the students. This way the extensive animations help students comprehend the intricacies of their coursework.
This not only allows the student to pre-learn before class but also revise the material anytime after the lecture using their mobile phones or tablets. It inculcates self-teaching and interactive learning by students. It brings any dry subject to life through the rich media content and animation features.
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