A comprehensive description of the spatiotemporal activity patterns in the immature brain will be crucial to understanding the developmental dynamics that exist between intrinsic and extrinsic factors that regulate circuit development.
* signature patterns that predict current or future behavior
* construction of self-organizing circuits (advanced robotics -- *Terminator, Skynet, Cylons*)
* activity-dependent structural plasticity. Implications for brain repair.
* development of brain-machine interfaces
### Future work
More detailed descriptions of the nature and the functions of these activity patterns can and should be performed in parallel in ongoing and future studies.
For example:
* What is the intra- vs sub- cortical nature of barrel cortex activity (E.M.'s work)
* What is the intra- vs sub- cortical nature of ongoing activity in motor- associational-, and other non-primary sensory cortical areas?
* Relationship of imaged patterns to EEG patterns described in other studies?
* Extent to which functional correlations reflect direct synaptic connections?
* Retinal wave drive of other areas?
* Ontogenetic relationships of localized calcium domains?
* Development profile through first postnatal weeks
* Chronic developmental profile in individuals?
* Aberrant activity patterns in developmental disorder and seizure models?
Datasets, and exploratory data analysis will use R code that lives inside this wholeBrain project repository. Datasets and raw data to big too be inside this git repo will be stored on external servers and linked to accordingly.