
The exponential distance rule, which states that the probability of axons decreases exponentially with their length, accurately describes the structural brain network of the Drosophila fruit fly. A one-parameter model based on this rule effectively captures numerous binary and weighted properties of the Drosophila connectome, revealing that geometric constraints play a key role in shaping brain networks across species.


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the-exponential-distance-rule-accurately-predicts-the-topology-and-functional-properties-of-the-drosophila-connectome


The Exponential Distance Rule Accurately Predicts the Topology and Functional Properties of the Drosophila Connectome
