<?xml version="1.0" encoding="UTF-8"?>
<channelml xmlns="http://morphml.org/channelml/schema" xmlns:xsi="http://www.w3.org/2001/XMLSchema-instance" xmlns:meta="http://morphml.org/metadata/schema" xsi:schemaLocation="http://morphml.org/channelml/schema  http://www.neuroml.org/NeuroMLValidator/NeuroMLFiles/Schemata/v1.8.1/Level2/ChannelML_v1.8.1.xsd" units="Physiological Units">
  <meta:notes>A ion channel model from Channelpedia(www.channelpedia.net)</meta:notes>
  <channel_type name="K">
    <status value="stable">
      <meta:comment>TBD</meta:comment>
      <meta:contributor>
        <meta:name>Rajnish Ranjan</meta:name>
      </meta:contributor>
    </status>
    <meta:notes>K channel, with rate equations expressed in tau and inf form</meta:notes>
    <meta:authorList>
      <meta:modelAuthor>
        <meta:name>Ranjan, R.</meta:name>
      </meta:modelAuthor>
      <meta:modelTranslator>
        <meta:name>Rajnish Ranjan</meta:name>
        <meta:institution>EPFL</meta:institution>
        <meta:email>ranjan.rajnish-at-epfl.ch</meta:email>
      </meta:modelTranslator>
    </meta:authorList>
    <meta:publication>
      <meta:fullTitle>A quantitative description of membrane current and its application to conduction and excitation in nerve. 1952. Bull. Math. Biol., ChannelML 1990,52,25-71; discussion 5-23</meta:fullTitle>
      <meta:pubmedRef>http://www.ncbi.nlm.nih.gov/pubmed/2185861</meta:pubmedRef>
    </meta:publication>
    <meta:neuronDBref>
      <meta:modelName>K_188</meta:modelName>
      <meta:uri>channelpedia.net/icmodel/getchannelMLfile/188/1</meta:uri>
    </meta:neuronDBref>
    <current_voltage_relation cond_law="ohmic" ion="K" default_gmax="1" default_erev="-78.0">
      <q10_settings q10_factor="1" experimental_temp="9.3"/>
      <gate name="m" instances="4">
        <closed_state id="m0"/>
        <open_state id="m"/>
        <transition name="alpha" from="m0" to="m" expr_form="generic" expr="v &amp;neq; 10 ? (0.01*(10-v))/(exp((10-v)/10) - 1.0)"/>
        <transition name="beta" from="m" to="m0" expr_form="generic" expr="0.125 * (exp(-v/80))"/>
      </gate>
    </current_voltage_relation>
  </channel_type>
</channelml>
