Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely: Dendrite morphology, a neuron's anatomical fingerprint, is a neuroscientist's asset in unveiling organizational principles in the brain. Hover, the genetic program encoding the morphological identity of a single dendrite remains a mystery. In order to obtain a formal understanding of dendritic branching,  studied distributions of morphological parameters in a group of four individually identifiable neurons of the fly visual system.  found that parameters relating to the branching topology re similar throughout all cells. Only parameters relating to the area covered by the dendrite re cell type specific. With these areas, artificial dendrites re grown based on optimization principles minimizing the amount of wiring and maximizing synaptic democracy. Although the same branching rule was used for all cells, this yielded dendritic structures virtually indistinguishable from their real counterparts. From these principles  derived a fully-automated model-based neuron reconstruction procedure validating the artificial branching rule. In conclusion,  suggest that the genetic program implementing neuronal branching could be constant in all cells whereas the one responsible for the dendrite spanning field should be cell specific.
['Hermann Cuntz', 'Friedrich Forstner', 'Juergen Haag', 'Alexander Borst']
I am writing a research paper on a idea The morphological identity of insect dendrites
[{"from": "human", "value": "I am writing a research paper on a idea The morphological identity of insect dendrites"}, {"from": "gpt", "value": "Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely: Dendrite morphology, a neuron's anatomical fingerprint, is a neuroscientist's asset in unveiling organizational principles in the brain. Hover, the genetic program encoding the morphological identity of a single dendrite remains a mystery. In order to obtain a formal understanding of dendritic branching,  studied distributions of morphological parameters in a group of four individually identifiable neurons of the fly visual system.  found that parameters relating to the branching topology re similar throughout all cells. Only parameters relating to the area covered by the dendrite re cell type specific. With these areas, artificial dendrites re grown based on optimization principles minimizing the amount of wiring and maximizing synaptic democracy. Although the same branching rule was used for all cells, this yielded dendritic structures virtually indistinguishable from their real counterparts. From these principles  derived a fully-automated model-based neuron reconstruction procedure validating the artificial branching rule. In conclusion,  suggest that the genetic program implementing neuronal branching could be constant in all cells whereas the one responsible for the dendrite spanning field should be cell specific."}]