rdf validator won't draw a graph of the following from Matt Halstead on 2005-12-19 (www-rdf-validator@w3.org from December 2005)

From: Matt Halstead <matt.halstead@auckland.ac.nz>
Date: Tue, 20 Dec 2005 11:08:14 +1300
To: www-rdf-validator@w3.org
Message-Id: <09D113AB-FE40-4B4D-939B-8002677A6D41@auckland.ac.nz>
report=Rdf validator won't draw graphs of the following RDF document.


RDF=<?xml version="1.0">
<?xml version="1.0"?>
<rdf:RDF
     xmlns:biopax="http://www.biopax.org/release/biopax-level2.owl#"
     xmlns="http://www.cellml.org/ontologies/cAMP_PKA_Cascade#"
     xmlns:rdf="http://www.w3.org/1999/02/22-rdf-syntax-ns#"
     xmlns:xsd="http://www.w3.org/2001/XMLSchema#"
     xmlns:rdfs="http://www.w3.org/2000/01/rdf-schema#"
     xmlns:psimi="http://www.biopax.org/external/psimi#"
     xmlns:owl="http://www.w3.org/2002/07/owl#"
     xmlns:daml="http://www.daml.org/2001/03/daml+oil#"
     xmlns:dc="http://purl.org/dc/elements/1.1/"
   xml:base="http://www.cellml.org/ontologies/cAMP_PKA_Cascade">
   <owl:Ontology rdf:about="">
     <owl:imports rdf:resource="http://www.biopax.org/release/biopax- 
level2.owl"/>
     <owl:imports rdf:resource="http://www.biopax.org/external/psimi"/>
   </owl:Ontology>
   <biopax:protein rdf:ID="active_gi"/>
   <biopax:physicalEntityParticipant rdf:ID="reaction_3_active_ac">
     <biopax:PHYSICAL-ENTITY>
       <biopax:protein rdf:ID="active_ac"/>
     </biopax:PHYSICAL-ENTITY>
     <biopax:STOICHIOMETRIC-COEFFICIENT rdf:datatype="http:// 
www.w3.org/2001/XMLSchema#double"
     >1</biopax:STOICHIOMETRIC-COEFFICIENT>
   </biopax:physicalEntityParticipant>
   <biopax:protein rdf:ID="inactive_pka"/>
   <biopax:protein rdf:ID="pp2a"/>
   <biopax:physicalEntityParticipant rdf:ID="reaction_13_active_PKA">
     <biopax:PHYSICAL-ENTITY>
       <biopax:protein rdf:ID="active_pka"/>
     </biopax:PHYSICAL-ENTITY>
     <biopax:STOICHIOMETRIC-COEFFICIENT rdf:datatype="http:// 
www.w3.org/2001/XMLSchema#double"
     >1</biopax:STOICHIOMETRIC-COEFFICIENT>
   </biopax:physicalEntityParticipant>
   <biopax:smallMolecule rdf:ID="adrenaline"/>
   <biopax:biochemicalReaction rdf:ID="formation_of_active_gs">
     <biopax:PARTICIPANTS>
       <biopax:physicalEntityParticipant  
rdf:ID="reaction_7_inactive_gs">
         <biopax:STOICHIOMETRIC-COEFFICIENT rdf:datatype="http:// 
www.w3.org/2001/XMLSchema#double"
         >1</biopax:STOICHIOMETRIC-COEFFICIENT>
         <biopax:PHYSICAL-ENTITY>
           <biopax:protein rdf:ID="gs">
             <rdfs:comment rdf:datatype="http://www.w3.org/2001/ 
XMLSchema#string"
             >also termed inactive_gs in the context of this model.</ 
rdfs:comment>
           </biopax:protein>
         </biopax:PHYSICAL-ENTITY>
       </biopax:physicalEntityParticipant>
     </biopax:PARTICIPANTS>
     <biopax:LEFT>
       <biopax:physicalEntityParticipant  
rdf:ID="reaction_7_adrenaline_beta_2_ar_complex">
         <biopax:PHYSICAL-ENTITY>
           <biopax:complex rdf:ID="adrenaline_beta_2_ar_complex"/>
         </biopax:PHYSICAL-ENTITY>
         <biopax:STOICHIOMETRIC-COEFFICIENT rdf:datatype="http:// 
www.w3.org/2001/XMLSchema#double"
         >1</biopax:STOICHIOMETRIC-COEFFICIENT>
         <rdfs:comment rdf:datatype="http://www.w3.org/2001/ 
XMLSchema#string"
         >Adrenaline needs to be bound to the beta 1 adrenaergic  
receptor before it can bind to the Gs. So this is a reactant.</ 
rdfs:comment>
       </biopax:physicalEntityParticipant>
     </biopax:LEFT>
     <biopax:RIGHT>
       <biopax:physicalEntityParticipant rdf:ID="reaction_7_active_gs">
         <biopax:STOICHIOMETRIC-COEFFICIENT rdf:datatype="http:// 
www.w3.org/2001/XMLSchema#double"
         >1</biopax:STOICHIOMETRIC-COEFFICIENT>
         <biopax:PHYSICAL-ENTITY>
           <biopax:protein rdf:ID="active_gs">
             <rdfs:comment rdf:datatype="http://www.w3.org/2001/ 
XMLSchema#string"
             >This is an abstraction on the activation inactivation  
cycle of Gs.</rdfs:comment>
           </biopax:protein>
         </biopax:PHYSICAL-ENTITY>
       </biopax:physicalEntityParticipant>
     </biopax:RIGHT>
     <biopax:LEFT rdf:resource="#reaction_7_inactive_gs"/>
     <biopax:PARTICIPANTS>
       <biopax:physicalEntityParticipant  
rdf:ID="reaction_7_adrenaline_beta_1_ar_complex">
         <biopax:STOICHIOMETRIC-COEFFICIENT rdf:datatype="http:// 
www.w3.org/2001/XMLSchema#double"
         >1</biopax:STOICHIOMETRIC-COEFFICIENT>
         <biopax:PHYSICAL-ENTITY>
           <biopax:complex rdf:ID="adrenaline_beta_1_ar_complex"/>
         </biopax:PHYSICAL-ENTITY>
       </biopax:physicalEntityParticipant>
     </biopax:PARTICIPANTS>
     <rdfs:comment rdf:datatype="http://www.w3.org/2001/ 
XMLSchema#string"
     >This is really the formation of active_gs from inactive gs in  
the model.</rdfs:comment>
   </biopax:biochemicalReaction>
   <biopax:physicalEntityParticipant  
rdf:ID="reaction_1_adrenaline_beta_1_ar_complex">
     <biopax:PHYSICAL-ENTITY  
rdf:resource="#adrenaline_beta_1_ar_complex"/>
     <biopax:STOICHIOMETRIC-COEFFICIENT rdf:datatype="http:// 
www.w3.org/2001/XMLSchema#double"
     >1</biopax:STOICHIOMETRIC-COEFFICIENT>
   </biopax:physicalEntityParticipant>
   <biopax:biochemicalReaction  
rdf:ID="formation_of_adrenaline_beta_2_ar_complex">
     <biopax:LEFT>
       <biopax:physicalEntityParticipant rdf:ID="reaction_2_beta_2_ar">
         <biopax:STOICHIOMETRIC-COEFFICIENT rdf:datatype="http:// 
www.w3.org/2001/XMLSchema#double"
         >1</biopax:STOICHIOMETRIC-COEFFICIENT>
         <biopax:PHYSICAL-ENTITY>
           <biopax:protein rdf:ID="beta_2_ar"/>
         </biopax:PHYSICAL-ENTITY>
       </biopax:physicalEntityParticipant>
     </biopax:LEFT>
     <biopax:LEFT>
       <biopax:physicalEntityParticipant rdf:ID="reaction_2_adrenaline">
         <biopax:PHYSICAL-ENTITY rdf:resource="#adrenaline"/>
         <biopax:STOICHIOMETRIC-COEFFICIENT rdf:datatype="http:// 
www.w3.org/2001/XMLSchema#double"
         >1</biopax:STOICHIOMETRIC-COEFFICIENT>
       </biopax:physicalEntityParticipant>
     </biopax:LEFT>
     <biopax:RIGHT>
       <biopax:physicalEntityParticipant  
rdf:ID="reaction_2_adrenaline_beta_2_ar_complex">
         <biopax:STOICHIOMETRIC-COEFFICIENT rdf:datatype="http:// 
www.w3.org/2001/XMLSchema#double"
         >1</biopax:STOICHIOMETRIC-COEFFICIENT>
         <biopax:PHYSICAL-ENTITY  
rdf:resource="#adrenaline_beta_2_ar_complex"/>
       </biopax:physicalEntityParticipant>
     </biopax:RIGHT>
   </biopax:biochemicalReaction>
   <biopax:physicalEntityParticipant rdf:ID="reaction_3_ATP">
     <biopax:STOICHIOMETRIC-COEFFICIENT rdf:datatype="http:// 
www.w3.org/2001/XMLSchema#double"
     >1</biopax:STOICHIOMETRIC-COEFFICIENT>
     <biopax:PHYSICAL-ENTITY>
       <biopax:smallMolecule rdf:ID="ATP"/>
     </biopax:PHYSICAL-ENTITY>
   </biopax:physicalEntityParticipant>
   <biopax:physicalEntityParticipant rdf:ID="reaction_3_cAMP">
     <biopax:PHYSICAL-ENTITY>
       <biopax:smallMolecule rdf:ID="cAMP"/>
     </biopax:PHYSICAL-ENTITY>
     <biopax:STOICHIOMETRIC-COEFFICIENT rdf:datatype="http:// 
www.w3.org/2001/XMLSchema#double"
     >1</biopax:STOICHIOMETRIC-COEFFICIENT>
   </biopax:physicalEntityParticipant>
   <biopax:physicalEntityParticipant rdf:ID="reaction_4_active_ac">
     <biopax:PHYSICAL-ENTITY rdf:resource="#active_ac"/>
   </biopax:physicalEntityParticipant>
   <biopax:protein rdf:ID="PDE"/>
   <biopax:physicalEntityParticipant rdf:ID="reaction_0_ach">
     <biopax:PHYSICAL-ENTITY>
       <biopax:smallMolecule rdf:ID="ACH"/>
     </biopax:PHYSICAL-ENTITY>
   </biopax:physicalEntityParticipant>
   <biopax:biochemicalReaction rdf:ID="formation_of_AMP">
     <biopax:LEFT>
       <biopax:physicalEntityParticipant rdf:ID="reaction_12_cAMP">
         <biopax:PHYSICAL-ENTITY rdf:resource="#cAMP"/>
         <biopax:STOICHIOMETRIC-COEFFICIENT rdf:datatype="http:// 
www.w3.org/2001/XMLSchema#double"
         >1</biopax:STOICHIOMETRIC-COEFFICIENT>
       </biopax:physicalEntityParticipant>
     </biopax:LEFT>
     <biopax:PARTICIPANTS>
       <biopax:physicalEntityParticipant rdf:ID="reaction_12_pde">
         <biopax:STOICHIOMETRIC-COEFFICIENT rdf:datatype="http:// 
www.w3.org/2001/XMLSchema#double"
         >1</biopax:STOICHIOMETRIC-COEFFICIENT>
         <biopax:PHYSICAL-ENTITY rdf:resource="#PDE"/>
       </biopax:physicalEntityParticipant>
     </biopax:PARTICIPANTS>
     <rdfs:comment rdf:datatype="http://www.w3.org/2001/ 
XMLSchema#string"
     >The cycling out of cAMP by PDE.</rdfs:comment>
     <biopax:RIGHT>
       <biopax:physicalEntityParticipant rdf:ID="reaction_12_AMP">
         <biopax:PHYSICAL-ENTITY>
           <biopax:smallMolecule rdf:ID="AMP"/>
         </biopax:PHYSICAL-ENTITY>
         <biopax:STOICHIOMETRIC-COEFFICIENT rdf:datatype="http:// 
www.w3.org/2001/XMLSchema#double"
         >1</biopax:STOICHIOMETRIC-COEFFICIENT>
       </biopax:physicalEntityParticipant>
     </biopax:RIGHT>
   </biopax:biochemicalReaction>
   <biopax:biochemicalReaction rdf:ID="formation_of_active_pka">
     <biopax:LEFT>
       <biopax:physicalEntityParticipant  
rdf:ID="reaction_14_inactive_pka">
         <biopax:PHYSICAL-ENTITY rdf:resource="#inactive_pka"/>
         <biopax:STOICHIOMETRIC-COEFFICIENT rdf:datatype="http:// 
www.w3.org/2001/XMLSchema#double"
         >1</biopax:STOICHIOMETRIC-COEFFICIENT>
       </biopax:physicalEntityParticipant>
     </biopax:LEFT>
     <biopax:LEFT>
       <biopax:physicalEntityParticipant rdf:ID="reaction_14_camp">
         <biopax:PHYSICAL-ENTITY rdf:resource="#cAMP"/>
         <biopax:STOICHIOMETRIC-COEFFICIENT rdf:datatype="http:// 
www.w3.org/2001/XMLSchema#double"
         >1</biopax:STOICHIOMETRIC-COEFFICIENT>
       </biopax:physicalEntityParticipant>
     </biopax:LEFT>
     <biopax:RIGHT>
       <biopax:physicalEntityParticipant  
rdf:ID="reaction_14_active_pka">
         <biopax:STOICHIOMETRIC-COEFFICIENT rdf:datatype="http:// 
www.w3.org/2001/XMLSchema#double"
         >1</biopax:STOICHIOMETRIC-COEFFICIENT>
         <biopax:PHYSICAL-ENTITY rdf:resource="#active_pka"/>
       </biopax:physicalEntityParticipant>
     </biopax:RIGHT>
     <rdfs:comment rdf:datatype="http://www.w3.org/2001/ 
XMLSchema#string"
     >reaction 14</rdfs:comment>
   </biopax:biochemicalReaction>
   <biopax:protein rdf:ID="l_type_calcium_channel"/>
   <biopax:biochemicalReaction  
rdf:ID="formation_of_phosphorylated_active_l_type_calcium_channel">
     <biopax:LEFT>
       <biopax:physicalEntityParticipant  
rdf:ID="reaction_13_l_type_calcium_channel">
         <biopax:PHYSICAL-ENTITY  
rdf:resource="#l_type_calcium_channel"/>
         <biopax:STOICHIOMETRIC-COEFFICIENT rdf:datatype="http:// 
www.w3.org/2001/XMLSchema#double"
         >1</biopax:STOICHIOMETRIC-COEFFICIENT>
       </biopax:physicalEntityParticipant>
     </biopax:LEFT>
     <biopax:RIGHT>
       <biopax:physicalEntityParticipant  
rdf:ID="reaction_13_phosphorylated_active_l_type_calcium_channel">
         <biopax:STOICHIOMETRIC-COEFFICIENT rdf:datatype="http:// 
www.w3.org/2001/XMLSchema#double"
         >1</biopax:STOICHIOMETRIC-COEFFICIENT>
         <biopax:PHYSICAL-ENTITY>
           <biopax:protein  
rdf:ID="phosphorylated_active_l_type_calcium_channel"/>
         </biopax:PHYSICAL-ENTITY>
       </biopax:physicalEntityParticipant>
     </biopax:RIGHT>
     <biopax:PARTICIPANTS rdf:resource="#reaction_13_active_PKA"/>
     <rdfs:comment rdf:datatype="http://www.w3.org/2001/ 
XMLSchema#string"
     >Activation of the l type calcium channel by phosphorylation.</ 
rdfs:comment>
     <biopax:LEFT>
       <biopax:physicalEntityParticipant rdf:ID="reaction_13_phospahte">
         <biopax:PHYSICAL-ENTITY>
           <biopax:smallMolecule rdf:ID="phosphate"/>
         </biopax:PHYSICAL-ENTITY>
         <biopax:STOICHIOMETRIC-COEFFICIENT rdf:datatype="http:// 
www.w3.org/2001/XMLSchema#double"
         >1</biopax:STOICHIOMETRIC-COEFFICIENT>
       </biopax:physicalEntityParticipant>
     </biopax:LEFT>
   </biopax:biochemicalReaction>
   <biopax:catalysis  
rdf:ID="catalysis_by_ach_m2_complex_of_formation_of_active_gi">
     <biopax:CONTROLLED>
       <biopax:biochemicalReaction rdf:ID="formation_of_active_gi">
         <biopax:PARTICIPANTS>
           <biopax:physicalEntityParticipant  
rdf:ID="reaction_10_ach_m2_complex">
             <biopax:PHYSICAL-ENTITY>
               <biopax:complex rdf:ID="ach_m2_complex"/>
             </biopax:PHYSICAL-ENTITY>
             <rdfs:comment rdf:datatype="http://www.w3.org/2001/ 
XMLSchema#string"
             >The enzyme for this reaction</rdfs:comment>
             <biopax:STOICHIOMETRIC-COEFFICIENT rdf:datatype="http:// 
www.w3.org/2001/XMLSchema#double"
             >1</biopax:STOICHIOMETRIC-COEFFICIENT>
           </biopax:physicalEntityParticipant>
         </biopax:PARTICIPANTS>
         <biopax:LEFT>
           <biopax:physicalEntityParticipant  
rdf:ID="reaction_10_inactive_gi">
             <biopax:PHYSICAL-ENTITY>
               <biopax:protein rdf:ID="inactive_gi"/>
             </biopax:PHYSICAL-ENTITY>
             <biopax:STOICHIOMETRIC-COEFFICIENT rdf:datatype="http:// 
www.w3.org/2001/XMLSchema#double"
             >1</biopax:STOICHIOMETRIC-COEFFICIENT>
           </biopax:physicalEntityParticipant>
         </biopax:LEFT>
         <biopax:RIGHT>
           <biopax:physicalEntityParticipant  
rdf:ID="reaction_10_active_gi">
             <biopax:PHYSICAL-ENTITY rdf:resource="#active_gi"/>
             <biopax:STOICHIOMETRIC-COEFFICIENT rdf:datatype="http:// 
www.w3.org/2001/XMLSchema#double"
             >1</biopax:STOICHIOMETRIC-COEFFICIENT>
           </biopax:physicalEntityParticipant>
         </biopax:RIGHT>
       </biopax:biochemicalReaction>
     </biopax:CONTROLLED>
     <biopax:CONTROLLER rdf:resource="#reaction_10_ach_m2_complex"/>
   </biopax:catalysis>
   <biopax:physicalEntityParticipant rdf:ID="reaction_1_adrenaline">
     <biopax:PHYSICAL-ENTITY rdf:resource="#adrenaline"/>
     <biopax:STOICHIOMETRIC-COEFFICIENT rdf:datatype="http:// 
www.w3.org/2001/XMLSchema#double"
     >1</biopax:STOICHIOMETRIC-COEFFICIENT>
   </biopax:physicalEntityParticipant>
   <biopax:catalysis rdf:ID="catalysis_of_formation_of_AMP">
     <biopax:CONTROLLED rdf:resource="#formation_of_AMP"/>
     <biopax:CONTROLLER rdf:resource="#reaction_12_pde"/>
   </biopax:catalysis>
   <biopax:biochemicalReaction  
rdf:ID="formation_of_adrenaline_beta_1_ar_complex">
     <biopax:RIGHT  
rdf:resource="#reaction_1_adrenaline_beta_1_ar_complex"/>
     <biopax:LEFT rdf:resource="#reaction_1_adrenaline"/>
     <biopax:LEFT>
       <biopax:physicalEntityParticipant rdf:ID="reaction_1_beta_1_ar">
         <biopax:STOICHIOMETRIC-COEFFICIENT rdf:datatype="http:// 
www.w3.org/2001/XMLSchema#double"
         >1</biopax:STOICHIOMETRIC-COEFFICIENT>
         <biopax:PHYSICAL-ENTITY>
           <biopax:protein rdf:ID="beta_1_ar"/>
         </biopax:PHYSICAL-ENTITY>
       </biopax:physicalEntityParticipant>
     </biopax:LEFT>
   </biopax:biochemicalReaction>
   <biopax:biochemicalReaction rdf:ID="formation_of_cAMP">
     <biopax:RIGHT rdf:resource="#reaction_3_cAMP"/>
     <biopax:PARTICIPANTS rdf:resource="#reaction_3_active_ac"/>
     <biopax:LEFT rdf:resource="#reaction_3_ATP"/>
   </biopax:biochemicalReaction>
   <biopax:physicalEntityParticipant rdf:ID="reaction_4_active_gs">
     <biopax:PHYSICAL-ENTITY rdf:resource="#active_gs"/>
   </biopax:physicalEntityParticipant>
   <biopax:physicalEntityParticipant rdf:ID="reaction_4_inactive_ac">
     <biopax:STOICHIOMETRIC-COEFFICIENT rdf:datatype="http:// 
www.w3.org/2001/XMLSchema#double"
     >1</biopax:STOICHIOMETRIC-COEFFICIENT>
     <biopax:PHYSICAL-ENTITY>
       <biopax:protein rdf:ID="inactive_ac"/>
     </biopax:PHYSICAL-ENTITY>
   </biopax:physicalEntityParticipant>
   <biopax:smallMolecule rdf:ID="extracellular_ca"/>
   <biopax:physicalEntityParticipant rdf:ID="reaction_4_active_gi">
     <biopax:PHYSICAL-ENTITY rdf:resource="#active_gi"/>
   </biopax:physicalEntityParticipant>
   <biopax:biochemicalReaction rdf:ID="formation_of_active_ac">
     <biopax:RIGHT rdf:resource="#reaction_4_active_ac"/>
     <biopax:PARTICIPANTS rdf:resource="#reaction_4_active_gs"/>
     <biopax:LEFT rdf:resource="#reaction_4_inactive_ac"/>
     <biopax:PARTICIPANTS rdf:resource="#reaction_4_active_gi"/>
   </biopax:biochemicalReaction>
   <biopax:protein rdf:ID="pp1"/>
   <biopax:modulation rdf:ID="reaction_4_inactivation_of_ac">
     <biopax:CONTROLLER rdf:resource="#reaction_4_active_gi"/>
     <biopax:CONTROLLED>
       <biopax:catalysis rdf:ID="catalysis_of_formation_of_cAMP">
         <biopax:CONTROL-TYPE rdf:datatype="http://www.w3.org/2001/ 
XMLSchema#string"
         >ACTIVATION</biopax:CONTROL-TYPE>
         <biopax:CONTROLLED rdf:resource="#formation_of_cAMP"/>
         <biopax:DIRECTION rdf:datatype="http://www.w3.org/2001/ 
XMLSchema#string"
         >IRREVERSIBLE-LEFT-TO-RIGHT</biopax:DIRECTION>
         <biopax:PARTICIPANTS rdf:resource="#reaction_3_active_ac"/>
         <biopax:CONTROLLER rdf:resource="#reaction_3_active_ac"/>
       </biopax:catalysis>
     </biopax:CONTROLLED>
   </biopax:modulation>
   <biopax:modulation rdf:ID="reaction_4_activation_of_ac">
     <biopax:CONTROL-TYPE rdf:datatype="http://www.w3.org/2001/ 
XMLSchema#string"
     >ACTIVATION</biopax:CONTROL-TYPE>
     <biopax:CONTROLLED rdf:resource="#catalysis_of_formation_of_cAMP"/>
     <biopax:CONTROLLER rdf:resource="#reaction_4_active_gs"/>
   </biopax:modulation>
   <biopax:protein rdf:ID="m2"/>
   <biopax:biochemicalReaction rdf:ID="formation_of_ach_m2_complex">
     <biopax:LEFT>
       <biopax:physicalEntityParticipant rdf:ID="reaction_0_m2">
         <biopax:PHYSICAL-ENTITY rdf:resource="#m2"/>
       </biopax:physicalEntityParticipant>
     </biopax:LEFT>
     <biopax:RIGHT>
       <biopax:physicalEntityParticipant  
rdf:ID="reaction_0_ach_m2_complex">
         <biopax:PHYSICAL-ENTITY rdf:resource="#ach_m2_complex"/>
         <biopax:STOICHIOMETRIC-COEFFICIENT rdf:datatype="http:// 
www.w3.org/2001/XMLSchema#double"
         >1</biopax:STOICHIOMETRIC-COEFFICIENT>
       </biopax:physicalEntityParticipant>
     </biopax:RIGHT>
     <biopax:LEFT rdf:resource="#reaction_0_ach"/>
   </biopax:biochemicalReaction>
   <biopax:catalysis  
rdf:ID="catalysis_by_adrenaline_beta_1_ar_complex_of_formation_of_active 
_gs">
     <biopax:CONTROLLER  
rdf:resource="#reaction_7_adrenaline_beta_1_ar_complex"/>
     <biopax:CONTROLLED rdf:resource="#formation_of_active_gs"/>
     <biopax:DIRECTION rdf:datatype="http://www.w3.org/2001/ 
XMLSchema#string"
     >PHYSIOL-LEFT-TO-RIGHT</biopax:DIRECTION>
   </biopax:catalysis>
   <biopax:catalysis  
rdf:ID="catalysis_by_adrenaline_beta_2_ar_complex_of_formation_of_active 
_gs">
     <biopax:CONTROLLED rdf:resource="#formation_of_active_gs"/>
     <biopax:CONTROLLER  
rdf:resource="#reaction_7_adrenaline_beta_2_ar_complex"/>
     <biopax:DIRECTION rdf:datatype="http://www.w3.org/2001/ 
XMLSchema#string"
     >PHYSIOL-LEFT-TO-RIGHT</biopax:DIRECTION>
   </biopax:catalysis>
   <biopax:smallMolecule rdf:ID="intracellular_ca"/>
   <biopax:catalysis  
rdf:ID="catalysis_of_formation_of_phosphorylated_active_l_type_calcium_c 
hannel">
     <biopax:CONTROLLED  
rdf:resource="#formation_of_phosphorylated_active_l_type_calcium_channel 
"/>
     <biopax:DIRECTION rdf:datatype="http://www.w3.org/2001/ 
XMLSchema#string"
     >PHYSIOL-LEFT-TO-RIGHT</biopax:DIRECTION>
     <biopax:CONTROLLER rdf:resource="#reaction_13_active_PKA"/>
   </biopax:catalysis>
</rdf:RDF>

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Received on Monday, 19 December 2005 22:08:33 UTC