<?xml version="1.0" encoding="UTF-8"?> <neuroml xmlns="http://morphml.org/neuroml/schema" xmlns:mml="http://morphml.org/morphml/schema" xmlns:nml="http://morphml.org/networkml/schema" xmlns:meta="http://morphml.org/metadata/schema" xmlns:bio="http://morphml.org/biophysics/schema" xmlns:cml="http://morphml.org/channelml/schema" xmlns:xsi="http://www.w3.org/2001/XMLSchema-instance" xsi:schemaLocation="http://morphml.org/neuroml/schema http://www.neuroml.org/NeuroMLValidator/NeuroMLFiles/Schemata/v1.8.0/Level3/NeuroML_Level3_v1.8.0.xsd" name = "NeuroML Level 1, 2 and 3 PG cell model" lengthUnits="micron"> <meta:notes>author: Aditya Gilra adapted from Cleland and Sethupathy 2006.</meta:notes> <cells> <cell name="PG"> <meta:notes>Cell: periglomerular morphml written by hand by Aditya Gilra, NCBS, Bangalore, India.</meta:notes> <segments xmlns="http://morphml.org/morphml/schema"> <!-- Changing the namespace from neuroml to morphml--> <!-- Section: soma --> <segment id="0" name = "soma" cable = "0"> <proximal x="0" y="0" z="0" diameter="8"/> <distal x="8" y="0" z="0" diameter="8"/> </segment> <!-- Section: dendrites --> <segment id="1" name = "dend0" parent="0" cable = "1"> <!-- Connected at 1 on parent section: soma --> <proximal x="8" y="0" z="0" diameter="1"/> <distal x="28" y="0" z="0" diameter="1"/> </segment> <segment id="2" name = "dend1" parent="0" cable = "2"> <!-- Connected at 1 on parent section: soma --> <proximal x="8" y="0" z="0" diameter="1"/> <distal x="8" y="20" z="0" diameter="1"/> </segment> <!-- I don't really need the spines: just ensure that the soma EPSP is the same as with spines --> <!--<segment id="3" name = "spineneck0" parent="1" cable = "3"> <proximal x="28" y="0" z="0" diameter="0.1"/> <distal x="28.5" y="0" z="0" diameter="0.1"/> </segment> <segment id="4" name = "spinehead0" parent="3" cable = "4"> <proximal x="28.5" y="0" z="0" diameter="1"/> <distal x="29" y="0" z="0" diameter="1"/> </segment> <segment id="5" name = "spineneck1" parent="2" cable = "5"> <proximal x="8" y="20" z="0" diameter="0.1"/> <distal x="8" y="20.5" z="0" diameter="0.1"/> </segment> <segment id="6" name = "spinehead1" parent="5" cable = "6"> <proximal x="8" y="20.5" z="0" diameter="1"/> <distal x="8" y="21" z="0" diameter="1"/> </segment>--> </segments> <cables xmlns="http://morphml.org/morphml/schema"> <!-- Changing namespace from neuroml to morphml--> <!-- <cable id="0" name="soma"> <meta:group>all</meta:group> <meta:group>somagroup</meta:group> </cable> <cable id="1" name="dend0"> <meta:group>all</meta:group> <meta:group>periphery</meta:group> <meta:group>dendrites</meta:group> </cable> <cable id="2" name="dend1"> <meta:group>all</meta:group> <meta:group>periphery</meta:group> <meta:group>dendrites</meta:group> </cable> <cable id="3" name="spineneck0"> <meta:group>all</meta:group> <meta:group>periphery</meta:group> </cable> <cable id="4" name="spinehead0"> <meta:group>all</meta:group> <meta:group>periphery</meta:group> <meta:group>spineheads</meta:group> </cable> <cable id="5" name="spineneck1"> <meta:group>all</meta:group> <meta:group>periphery</meta:group> </cable> <cable id="6" name="spinehead1"> <meta:group>all</meta:group> <meta:group>periphery</meta:group> <meta:group>spineheads</meta:group> </cable> --> <cable id="0" name="soma"/> <cable id="1" name="dend0"/> <cable id="2" name="dend1"/> <!--<cable id="3" name="spineneck0"/> <cable id="4" name="spinehead0"/> <cable id="5" name="spineneck1"/> <cable id="6" name="spinehead1"/>--> <cablegroup name="all"> <cable id = "0"/> <cable id = "1"/> <cable id = "2"/> <!--<cable id = "3"/> <cable id = "4"/> <cable id = "5"/> <cable id = "6"/>--> </cablegroup> <cablegroup name="somagroup"> <cable id = "0"/> </cablegroup> <cablegroup name="dendrites"> <cable id = "1"/> <cable id = "2"/> </cablegroup> <cablegroup name="ORNdendrite"> <cable id = "1"/> </cablegroup> <cablegroup name="periphery"> <cable id = "1"/> <cable id = "2"/> <!--<cable id = "3"/> <cable id = "4"/> <cable id = "5"/> <cable id = "6"/>--> </cablegroup> <!--<cablegroup name="spineheads"> <cable id = "4"/> <cable id = "6"/> </cablegroup>--> </cables> <biophysics units='Physiological Units'> <!-- Note: values of cond dens are different in NEURON and phy units--> <bio:mechanism xmlns:bio='http://morphml.org/biophysics/schema' passive_conductance='true' type='Channel Mechanism' name='pas'> <bio:parameter name='gmax' value='0.5'> <!-- 3 ms time constant with CM=1microF/cm^2 --><!-- 1GigaOhm for 8micron dia soma gives 0.5 mS/cm^2--> <bio:group>all</bio:group> </bio:parameter> <bio:parameter name='e' value='-67'> <bio:group>all</bio:group> </bio:parameter> </bio:mechanism> <!-- capacitance and axial resistance and init_memb_potential must be at the very end! Order is important! --> <bio:spec_capacitance xmlns:bio='http://morphml.org/biophysics/schema'> <bio:parameter value='1.0'> <bio:group>all</bio:group> </bio:parameter> </bio:spec_capacitance> <bio:spec_axial_resistance xmlns:bio='http://morphml.org/biophysics/schema'> <bio:parameter value='0.2'> <bio:group>all</bio:group> </bio:parameter> </bio:spec_axial_resistance> <bio:init_memb_potential> <bio:parameter value="-65"> <bio:group>all</bio:group> </bio:parameter> </bio:init_memb_potential> </biophysics> <connectivity> <nml:potential_syn_loc xmlns="http://networkml.org/ml/schema" synapse_type="ORN_PG" synapse_direction="post"> <!--<nml:group>spineheads</nml:group>--> <nml:group>dendrites</nml:group> <!--<nml:group>ORNdendrite</nml:group>--> </nml:potential_syn_loc> <nml:potential_syn_loc xmlns="http://networkml.org/ml/schema" synapse_type="mitral_PG" synapse_direction="post"> <!--<nml:group>spineheads</nml:group>--> <nml:group>dendrites</nml:group> </nml:potential_syn_loc> <nml:potential_syn_loc xmlns="http://networkml.org/ml/schema" synapse_type="PG_mitral" synapse_direction="pre"> <!--<nml:group>somagroup</nml:group>--> <nml:group>dendrites</nml:group> </nml:potential_syn_loc> <nml:potential_syn_loc xmlns="http://networkml.org/ml/schema" synapse_type="SA_PG" synapse_direction="post"> <nml:group>dendrites</nml:group> </nml:potential_syn_loc> </connectivity> </cell> </cells> </neuroml>