- Author:
- James Lawson <j.lawson@auckland.ac.nz>
- Date:
- 2009-09-22 18:09:47+12:00
- Desc:
- fixed metadata
- Permanent Source URI:
- http://models.cellml.org/workspace/proctor_2007/rawfile/13b612dda1b3694ac9bf7bfb513416d808df5091/proctor_tsirigotis_gray_2007.cellml
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<!--
This CellML file was generated on 28/07/2009 at 2:45:42 at p.m. using:
COR (0.9.31.1207)
Copyright 2002-2009 Dr Alan Garny
http://COR.physiol.ox.ac.uk/ - COR@physiol.ox.ac.uk
CellML 1.0 was used to generate this model
http://www.CellML.org/
-->
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<articleinfo>
<title>An in-silico model of the ubiquitin-proteasome system thatincorporates normal homeostasis and age-related decline</title>
<author>
<firstname>Jeelean</firstname>
<surname>Lim</surname>
<affiliation>
<shortaffil>Bioengineering Institute, University of Auckland</shortaffil>
</affiliation>
</author>
</articleinfo>
<section id="sec_status">
<title>Model Status</title>
<para>
This CellML version of the model has been checked in COR and PCEnv and the model runs to reproduce the results as shown in figure 3 of the published paper (ie. k69=0). The units have been checked and are consistent. This CellML description is deterministic, unlike the stochastic model created and preferred by the authors. Time courses produced are therefore similar to, but not exactly the same as the figures in the paper; the graphs produced by this CellML description have smooth curves since random fluctuations of the intracellular preocesses are not taken into account.
</para>
</section>
<sect1 id="sec_structure">
<title>Model Structure</title>
<para>
ABSTRACT: The ubiquitin-proteasome system is responsible for homeostatic degradation of intact
protein substrates as well as the elimination of damaged or misfolded proteins that might otherwise
aggregate. During ageing there is a decline in proteasome activity and an increase in aggregated proteins.
Many neurodegenerative diseases are characterised by the presence of distinctive ubiquitin-positive
inclusion bodies in affected regions of the brain. These inclusions consist of insoluble, unfolded,
ubiquitinated polypeptides that fail to be targeted and degraded by the proteasome. We are using a
systems biology approach to try and determine the primary event in the decline in proteolytic capacity
with age and whether there is in fact a vicious cycle of inhibition, with accumulating aggregates further
inhibiting proteolysis, prompting accumulation of aggregates and so on.The model can be used to predict the
effects of different experimental procedures such as inhibition of the proteasome or shutting down the
enzyme cascade responsible for ubiquitin conjugation.
</para>
<para>
The model output shows good agreement with experimental data under a number of different
conditions. However, our model predicts that monomeric ubiquitin pools are always depleted under
conditions of proteasome inhibition, whereas experimental data show that monomeric pools were
depleted in IMR-90 cells but not in ts20 cells, suggesting that cell lines vary in their ability to replenish
ubiquitin pools and there is the need to incorporate ubiquitin turnover into the model. Sensitivity analysis
of the model revealed which parameters have an important effect on protein turnover and aggregation
kinetics.
</para>
<para>
The complete original paper reference is cited below:
</para>
<para>
An in silico model of the ubiquitin-proteasome system that incorporates normal homeostasis and age-related decline, Carole J. Proctor, Maria Tsirigotis and Douglas A. Gray, 2007,<emphasis>BMC Systems Biology</emphasis>, 1:17. <ulink url="http://www.pubmedcentral.nih.gov/articlerender.fcgi?artid=1847462">PubMed ID: 17408507</ulink>
</para>
<informalfigure float="0" id="fig_reaction_diagram">
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<imageobject>
<objectinfo>
<title>Figure 1</title>
</objectinfo>
<imagedata fileref="proctor_2007a.png"/>
</imageobject>
</mediaobject>
<caption>Network diagram of the ubiquitin-proteosome model: Reactants leading to the first ubiquitination step.</caption>
</informalfigure>
<informalfigure float="0" id="fig_reaction_diagram">
<mediaobject>
<imageobject>
<objectinfo>
<title>Figure 2</title>
</objectinfo>
<imagedata fileref="proctor_2007b.png"/>
</imageobject>
</mediaobject>
<caption>Network diagram of the ubiquitin-proteosome model: reactions of chain lengthening and shortening (only shown for chains up to length four).</caption>
</informalfigure>
<informalfigure float="0" id="fig_reaction_diagram">
<mediaobject>
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<title>Figure 3</title>
</objectinfo>
<imagedata fileref="proctor_2007c.png"/>
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<caption>Network diagram of the ubiquitin-proteosome model: binding of substrate with polyubiquitin chains (of length four or more) to proteasome and chain shortening of bound substrates by DUBs which leads to release from proteasome when the chain length is less than four.</caption>
</informalfigure>
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<mediaobject>
<imageobject>
<objectinfo>
<title>Figure 4</title>
</objectinfo>
<imagedata fileref="proctor_2007d.png"/>
</imageobject>
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<caption>Network diagram of the ubiquitin-proteosome model: degradation of substrates by proteasome in ATP-dependent manner releasing ubiquitin for recycling.</caption>
</informalfigure>
<informalfigure float="0" id="fig_reaction_diagram">
<mediaobject>
<imageobject>
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<title>Figure 5</title>
</objectinfo>
<imagedata fileref="proctor_2007e.png"/>
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<caption>Network diagram of the ubiquitin-proteosome model: formation of aggregated proteins, sequestering of aggregates and proteasome inhibition by aggregates.</caption>
</informalfigure>
</sect1>
</article>
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<map_components component_1="AggP_Proteasome" component_2="environment"/>
<map_variables variable_1="time" variable_2="time"/>
</connection>
<connection>
<map_components component_1="NatP" component_2="v1"/>
<map_variables variable_1="v1" variable_2="v1"/>
</connection>
<connection>
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<map_variables variable_1="v2" variable_2="v2"/>
<map_variables variable_1="NatP" variable_2="NatP"/>
</connection>
<connection>
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</connection>
<connection>
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</connection>
<connection>
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</connection>
<connection>
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<connection>
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</connection>
<connection>
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<connection>
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<connection>
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</connection>
<connection>
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<connection>
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<connection>
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<connection>
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<connection>
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<connection>
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<connection>
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<connection>
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<connection>
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<connection>
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<connection>
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<connection>
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<connection>
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<connection>
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<connection>
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<connection>
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<connection>
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<connection>
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<connection>
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<connection>
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<connection>
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<connection>
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<connection>
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<connection>
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<connection>
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<connection>
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<connection>
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<map_variables variable_1="Ub" variable_2="Ub"/>
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<connection>
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<connection>
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<connection>
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<connection>
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<connection>
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<connection>
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<connection>
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<connection>
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<connection>
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<connection>
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<connection>
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<connection>
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<connection>
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<connection>
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<map_variables variable_1="E3" variable_2="E3"/>
</connection>
<connection>
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<map_variables variable_1="DUB" variable_2="DUB"/>
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<connection>
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<map_variables variable_1="DUB" variable_2="DUB"/>
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<connection>
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<connection>
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<connection>
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<connection>
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<connection>
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<connection>
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<connection>
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<connection>
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<connection>
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<connection>
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<connection>
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</connection>
<connection>
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</connection>
<connection>
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</connection>
<connection>
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<connection>
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<connection>
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</connection>
<connection>
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<connection>
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<map_variables variable_1="Proteasome" variable_2="Proteasome"/>
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<connection>
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<map_variables variable_1="Proteasome" variable_2="Proteasome"/>
</connection>
<connection>
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<connection>
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<connection>
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<connection>
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</connection>
<connection>
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<connection>
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</connection>
<connection>
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</connection>
<connection>
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<connection>
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<connection>
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<connection>
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<connection>
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<connection>
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</connection>
<connection>
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<connection>
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<connection>
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</connection>
<connection>
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<connection>
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<map_variables variable_1="E3_MisP" variable_2="E3_MisP"/>
</connection>
<connection>
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<connection>
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</connection>
<connection>
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<connection>
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<connection>
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<connection>
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<connection>
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<connection>
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<connection>
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<connection>
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<connection>
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<connection>
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<connection>
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<connection>
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<connection>
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<connection>
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<connection>
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<connection>
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<connection>
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<connection>
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<connection>
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<connection>
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<connection>
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<connection>
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<connection>
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<connection>
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<connection>
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<connection>
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<connection>
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<connection>
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</connection>
<connection>
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<connection>
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