    This code includes detailed passive cable models of six dentate gyrus
    fast-spiking basket cells published in the paper:

    Norenberg A, Hu H, Vida I, Bartos M, Jonas P. (2010) Distinct
    nonuniform cable properties optimize rapid and efficient activation of
    fast-spiking GABAergic interneurons. PNAS 107(2):894-9.

    Please, send bug reports, questions and comments to Anja Matthia (nee
    Norenberg) anja.matthiae@charite.de or anja@matthiae.eu

    This model requires NEURON to be installed which is freely available
    from http://www.neuron.yale.edu.

    Usage: Auto-launch from ModelDB or download and extract the
    archive. There are no mod files to compile so double click on
    mosinit.hoc (mswin and mac) in the Figure_2 folder or cd to Figure_2
    and type nrngui mosinit.hoc (linux) which starts run-BC6.hoc

    After a short pause you should see graphs which reproduce Fig. 2B, C:

    Description of files:

    run-BC6.hoc             runs simulation using BC6, reproducing
    			Fig.2B,C of the paper. Needs nrngui.hoc
    morph-BC6.hoc           contains the morphology of BC6
    specify-BC6.hoc         specifies segmentation and section
    			lists. Needs NsegOut-BC6.txt
    pipettes.hoc            specifies pipettes used in the simulation
    Graphs-BC6.hoc          specifies the plots used in the simulation
    PointProc-BC6.hoc       implements point processes in the simulation
    ImportData-BC6.hoc      imports experimental traces:
    ExpTrace-DendLong.txt   dendritic voltage trace for BC6 to long
                            current injection
    ExpTrace-DendShort.txt  dendritic voltage trace for BC6 to short
                            current injection
    ExpTrace-SomaLong.txt   somatic voltage trace for BC6 to long current
                            injection
    ExpTrace-SomaShort.txt  somatic voltage trace for BC6 to short current
                            injection
    InpTrace-SomaLong.txt   somatic long injection current
    InpTrace-SomaShort.txt  somatic short injection current

    ++++++++