However, there are also recurrent networks in the hilus of the dentate gyrus, CA1 and the subiculum. The CA3 recurrent network is the most prominent auto-associative network in the hippocampus and is implicated in pattern-separation and pattern-completion tasks that are relevant for memory.
Based on the connections observed in the interactive diagram of the knowledge base, we pose that the entorhinal cortex associates information prehippocampally at a more generic level than the HF. Generally it is thought that only the HF is involved in memory formation, through associating different types of information. The role of some of these underexposed connections is discussed in relation to three topics that are strongly associated with the PHR–HF network: memory formation, navigation and temporal dynamics. Using this knowledge base, the PHR–HF circuitry is discussed and special attention is paid to underexposed connections. We present a comprehensive interactive knowledge base of all anatomically established PHR–HF connections in the rat. Although the anatomical connections between and within the hippocampal formation (HF) and the parahippocampal region (PHR) have been and still are being investigated extensively, for several reasons some of the PHR–HF network connections have become underexposed and this probably results in biased functional concepts. His lesson for this 3D model of mandible can be seen on this page as well.Comprehensive knowledge of the architecture of neuronal networks lies at the basis of understanding their functions. Replacing the original Sobotta anatomy atlas with 3D anatomy was a great idea but what about the text books that were explaining the anatomy? 3D Anatomy is not enough to effectively learn anatomy because it lacks information and explanations. That is why Fahrice Dozic created a lesson for every single model in the software, covering the entire human anatomy. Tools also allow the user to create screenshots as well as notes important for his work, exams and lectures.
The entire human body and all the organ systems can be easily navigated with tools in our software that allow the user to remove and isolate as well as search for objects that he wants. Unlike any other anatomical software so far which often lack details and understanding of their importance, Animated Anatomy was created using the original Sobotta drawings and gave them a 3D form.
This model of mandible contains all the anatomical properties and shapes defined by Sobotta and Pernkopf. Here is an example of how detailed our 3D models are.
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