Release date: 2014-10-15
The intrinsic link between brain neuronal pathways is complex, but researchers have now established new computer models to construct artificial networks of hippocampal gyrus neurons.
The hippocampus helps us form memories, and the researchers hope to use the tool to learn more about memory development.
The model was developed by Dr. Martin Pyka of the Mercator Research Group in Germany and his colleagues. Dr. Pyka developed a method for reconstructing anatomical data and neurons from the brain into 3D models.
Once established, the 3D model will be controllable by the computer.
They claim that their method is unique because it enables spatial location anatomical calculations of neuronal intrinsic connections. Scientists can more easily use the tool to produce a viable network structure.
An article published at the forefront of neuroanatomy states that scientists can use models to monitor the temporal sequence of pathway neuron signals that propagate throughout the network. According to Dr. Pyka, the evidence currently found suggests that the shape and size of the hippocampus can explain why neurons in these networks are activated at specific frequencies.
In the future, this approach can help people understand how animals combine different information in the hippocampus to form memories that remember the source of food, the dangers, and the specific circumstances in which they are remembered.
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Source: Kexun Medical Network
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