Wiki » History » Version 9
Version 8 (Chaitanya Chintaluri, 30 Apr 2014 14:57) → Version 9/12 (Chaitanya Chintaluri, 30 Apr 2014 14:57)
Neocortical models in the Open Source Brain repository
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### Introduction
It is in the scientific community’s interest to have a detailed model of the Thalamo - cortical loop. This will aid us in understanding
the role of cortex in processing information. Although there are a few existing models addressing this question, they are not updated with the
latest findings of the field, the model’s development stops with the publication of the results. Also, often such detailed models are
abandoned due to lack of financial and human resources to maintain such projects. New projects are built up from the scratch - this wastes
precious resources, and is like re-inventing the wheel. This project differs specifically in this respect - by making the project
Open, new findings are encouraged to be added, bugs will be acknowledged and subseqently corrected. As it is the community that develops
the project, the findings are open to all - immediately. The central idea is to arrive at a consensus of existing good models of cells and
network alike and to build upon them. This will happen with benchmarking, version control and testing.
### Cell models
#### Individual cell models
##### Generic cortical pyramidal cell
[Pyramidal cells review](http://www.nature.com/nrn/journal/v9/n3/full/nrn2286.html) by Nelson Spruston
project:pospischiletal2008 (single compartment, conductance based; Regular Spiking (RS) neurons & Intrinsically Bursting (IB) neurons)
project:acnet2 is a network model of the thalamorecipient layer (IV) of primary auditory cortex (AI), and consists of 2 populations, pyramidal cells and basket cell interneurons.
project:piriformcortexvanier
##### Layer 2/3 Pyramidal cell
project:thalamocortical (Fast Regular Bursting & Regular Spiking)
##### Layer 4 Spiny Stellate cell
project:thalamocortical
##### Layer 5 Pyramidal cell
project:mainenetalpyramidalcell:
project:rothmanetalkoleetalpyrcell
project:thalamocortical (Intrinsically bursting & Regular Spiking)
project:l5bpyrcellhayetal2011
There is a \*dedicated page on modelling L5 cells [here](/projects/l5pyramidalcellmodels/wiki*).
##### Layer 6 Pyramidal cell
project:thalamocortical
##### Interneurons
project:thalamocortical (Superficial & Deep Basket, Axo-axonic & LTS interneurons)
project:acnet2 is a network model of the thalamorecipient layer (IV) of primary auditory cortex (AI), and consists of 2 populations, pyramidal cells and basket cell interneurons.
project:pospischiletal2008 (Fast Spiking (FS) neurons)
#### Channel Properties
#### Morphology
#### Nomenclature
It is important to have a consistent naming in the models of the cells and channels. Although these are not currently adopted, they are advised. A standard naming helps in making models interchangeable and easily testable. There is no consensus yet on naming of individual compartments in a cell model. [Discuss]
[Petilla terminology](http://www.ncbi.nlm.nih.gov/pubmed/18568015) for nomenclature of features of GABAergic interneurons of the cerebral cortex.
[Channelpedia](http://channelpedia.epfl.ch/ionchannels) For ion channel names.
### Network models
#### Abstract cortical networks
project:izhikevichmodel
project:vogelsetal2011
project:destexhe\_jcns\_2009
project:brunel2000
#### Detailed network models
project:thalamocortical
project:acnet2
See the page on [[Modelling the thalamocortical loop]]
------------------------------------------------------
### Introduction
It is in the scientific community’s interest to have a detailed model of the Thalamo - cortical loop. This will aid us in understanding
the role of cortex in processing information. Although there are a few existing models addressing this question, they are not updated with the
latest findings of the field, the model’s development stops with the publication of the results. Also, often such detailed models are
abandoned due to lack of financial and human resources to maintain such projects. New projects are built up from the scratch - this wastes
precious resources, and is like re-inventing the wheel. This project differs specifically in this respect - by making the project
Open, new findings are encouraged to be added, bugs will be acknowledged and subseqently corrected. As it is the community that develops
the project, the findings are open to all - immediately. The central idea is to arrive at a consensus of existing good models of cells and
network alike and to build upon them. This will happen with benchmarking, version control and testing.
### Cell models
#### Individual cell models
##### Generic cortical pyramidal cell
[Pyramidal cells review](http://www.nature.com/nrn/journal/v9/n3/full/nrn2286.html) by Nelson Spruston
project:pospischiletal2008 (single compartment, conductance based; Regular Spiking (RS) neurons & Intrinsically Bursting (IB) neurons)
project:acnet2 is a network model of the thalamorecipient layer (IV) of primary auditory cortex (AI), and consists of 2 populations, pyramidal cells and basket cell interneurons.
project:piriformcortexvanier
##### Layer 2/3 Pyramidal cell
project:thalamocortical (Fast Regular Bursting & Regular Spiking)
##### Layer 4 Spiny Stellate cell
project:thalamocortical
##### Layer 5 Pyramidal cell
project:mainenetalpyramidalcell:
project:rothmanetalkoleetalpyrcell
project:thalamocortical (Intrinsically bursting & Regular Spiking)
project:l5bpyrcellhayetal2011
There is a \*dedicated page on modelling L5 cells [here](/projects/l5pyramidalcellmodels/wiki*).
##### Layer 6 Pyramidal cell
project:thalamocortical
##### Interneurons
project:thalamocortical (Superficial & Deep Basket, Axo-axonic & LTS interneurons)
project:acnet2 is a network model of the thalamorecipient layer (IV) of primary auditory cortex (AI), and consists of 2 populations, pyramidal cells and basket cell interneurons.
project:pospischiletal2008 (Fast Spiking (FS) neurons)
#### Channel Properties
#### Morphology
#### Nomenclature
It is important to have a consistent naming in the models of the cells and channels. Although these are not currently adopted, they are advised. A standard naming helps in making models interchangeable and easily testable. There is no consensus yet on naming of individual compartments in a cell model. [Discuss]
[Petilla terminology](http://www.ncbi.nlm.nih.gov/pubmed/18568015) for nomenclature of features of GABAergic interneurons of the cerebral cortex.
[Channelpedia](http://channelpedia.epfl.ch/ionchannels) For ion channel names.
### Network models
#### Abstract cortical networks
project:izhikevichmodel
project:vogelsetal2011
project:destexhe\_jcns\_2009
project:brunel2000
#### Detailed network models
project:thalamocortical
project:acnet2
See the page on [[Modelling the thalamocortical loop]]