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Query author contributions in Reactome

Reactome depends on collaboration between our curation team and outside experts to assemble and peer-review its pathway modules. The integration of ORCID within Reactome enables us to meet a key challenge with authoring, curating and reviewing biological information by incentivizing and crediting the external experts that contribute their expertise and time to the Reactome curation process. More information is available at ORCID and Reactome.

If you have an ORCID ID that is not listed on this page, please forward this information to us and we will update your Reactome pathway records.

Name Email address

Details on Person Diagram of Cell recruitment (pro-inflammatory response)

Class:IdPathwayDiagram:9673807
_displayNameDiagram of Cell recruitment (pro-inflammatory response)
_timestamp2021-08-18 20:43:43
created[InstanceEdit:9673808] Murillo, Julieth, 2020-01-09
height1117
modified[InstanceEdit:9674459] Murillo, Julieth, 2020-01-13
[InstanceEdit:9675763] Murillo, Julieth, 2020-02-05
[InstanceEdit:9675996] Murillo, Julieth, 2020-02-06
[InstanceEdit:9676902] Varusai, Thawfeek, 2020-02-22
[InstanceEdit:9676976] Wu, G, 2020-02-24
[InstanceEdit:9677019] Murillo, Julieth, 2020-02-25
[InstanceEdit:9686319] May, Bruce, 2020-04-30
[InstanceEdit:9686781] May, Bruce, 2020-05-05
[InstanceEdit:9687799] May, Bruce, 2020-05-12
[InstanceEdit:9689733] Jassal, Bijay, 2020-05-21
[InstanceEdit:9689797] Matthews, Lisa, 2020-05-21
[InstanceEdit:9716635] Jassal, Bijay, 2021-02-23
[InstanceEdit:9716665] Shamovsky, Veronica, 2021-02-23
[InstanceEdit:9716703] Jassal, Bijay, 2021-02-24
[InstanceEdit:9716791] Matthews, Lisa, 2021-02-25
[InstanceEdit:9751174] Matthews, Lisa, 2021-08-18
representedPathway[Pathway:9664424] Cell recruitment (pro-inflammatory response) [Homo sapiens]
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<Outputs> <Output id="230" /> </Outputs> <Properties> <displayName>SGT1 binds HSP90</displayName> </Properties> </org.gk.render.RenderableReaction> <org.gk.render.RenderableReaction id="231" reactomeId="873951" points="893 930, 940 930, 964 930" position="940 930" lineWidth="1.0" reactionType="Association"> <Inputs> <Input id="230" points="860 927" /> <Input id="232" points="918 898" /> </Inputs> <Outputs> <Output id="233" /> </Outputs> <Properties> <displayName>SGT1:HSP90 binds inactive NLRP3</displayName> </Properties> </org.gk.render.RenderableReaction> <org.gk.render.RenderableReaction id="234" reactomeId="1250264" points="1098 793, 1136 793, 1176 793" position="1136 793" lineWidth="1.0" reactionType="Association"> <Inputs> <Input id="235" points="1103 749" /> <Input id="236" points="1071 779" /> </Inputs> <Outputs> <Output id="237" /> </Outputs> <Properties> <displayName>TXNIP binds reduced thioredoxin</displayName> </Properties> </org.gk.render.RenderableReaction> <org.gk.render.RenderableReaction id="238" reactomeId="1250280" points="1044 704, 1008 705, 964 706" position="1008 705" lineWidth="1.0" reactionType="Omitted Process"> <Inputs> <Input id="239" points="1095 688" /> <Input id="235" points="1086 726" /> </Inputs> <Outputs> <Output id="452" /> </Outputs> <Properties> <displayName>ROS oxidize thioredoxin</displayName> </Properties> </org.gk.render.RenderableReaction> <org.gk.render.RenderableReaction id="241" reactomeId="1250253" points="859 765, 894 765, 935 765" position="894 765" lineWidth="1.0"> <Inputs> <Input id="242" /> </Inputs> <Outputs> <Output id="236" points="1031 765" /> <Output id="452" points="924 723" /> </Outputs> <Properties> <displayName>TXNIP is released from oxidized thioredoxin</displayName> </Properties> </org.gk.render.RenderableReaction> <org.gk.render.RenderableReaction id="258" reactomeId="9603905" points="457 870, 768 883, 900 883" position="768 883" lineWidth="1.0" reactionType="Omitted Process"> <Inputs> <Input id="259" /> </Inputs> <Outputs> <Output id="232" /> </Outputs> <Activators> <Activator id="260" points="766 856" /> </Activators> <Properties> <displayName>Expression of NLRP3 gene</displayName> </Properties> </org.gk.render.RenderableReaction> <org.gk.render.RenderableReaction id="262" reactomeId="1250272" points="1054 883, 1096 884, 1138 884" position="1096 884" lineWidth="1.0" reactionType="Association"> <Inputs> <Input id="236" points="1054 779" /> <Input id="232" points="952 883" /> </Inputs> <Outputs> <Output id="263" /> </Outputs> <Inhibitors> <Inhibitor id="453" points="1095 858" /> </Inhibitors> <Properties> <displayName>TXNIP binds NLRP3</displayName> </Properties> </org.gk.render.RenderableReaction> <org.gk.render.RenderableReaction id="264" reactomeId="1306876" points="1031 976, 992 975, 949 974" position="992 975" lineWidth="1.0" reactionType="Uncertain Process"> <Inputs> <Input id="233" points="1033 947" /> <Input id="265" points="1082 976" /> </Inputs> <Outputs> <Output id="266" points="878 983" /> <Output id="230" points="860 940" /> </Outputs> <Properties> <displayName>NLRP3 activation by small molecules</displayName> </Properties> </org.gk.render.RenderableReaction> <org.gk.render.RenderableReaction id="267" reactomeId="844610" points="582 622, 624 623, 682 622" position="624 623" lineWidth="1.0"> <Inputs> <Input id="268" points="521 593" /> <Input id="269" points="529 634" /> </Inputs> <Outputs> <Output id="270" /> </Outputs> <Properties> <displayName>NLRP3 recruits PYCARD (ASC) via a PYD-PYD interaction</displayName> </Properties> </org.gk.render.RenderableReaction> <org.gk.render.RenderableReaction id="271" reactomeId="844612" points="850 621, 881 621, 929 621" position="881 621" lineWidth="1.0"> <Inputs> <Input id="272" points="796 566" /> <Input id="270" points="817 621" /> </Inputs> <Outputs> <Output id="273" /> </Outputs> <Properties> <displayName>PYCARD recruits procaspase-1 via CARD</displayName> </Properties> </org.gk.render.RenderableReaction> <org.gk.render.RenderableReaction id="274" reactomeId="879221" points="452 738, 485 739, 521 739" position="485 739" lineWidth="1.0" reactionType="Association"> <Inputs> <Input id="275" points="434 705" /> <Input id="276" points="425 738" /> </Inputs> <Outputs> <Output id="277" /> </Outputs> <Properties> <displayName>PSTPIP1 binds Pyrin</displayName> </Properties> </org.gk.render.RenderableReaction> <org.gk.render.RenderableReaction id="293" reactomeId="877361" points="498 691, 531 691, 581 690" position="531 691" lineWidth="1.0" reactionType="Association"> <Inputs> <Input id="275" points="471 691" /> <Input id="269" stoichiometry="3" points="498 654" /> </Inputs> <Outputs> <Output id="294" /> </Outputs> <Properties> <displayName>Pyrin binds ASC</displayName> </Properties> </org.gk.render.RenderableReaction> <org.gk.render.RenderableReaction id="295" reactomeId="448678" points="839 550, 1138 554, 1187 555" position="1138 554" lineWidth="1.0"> <Inputs> <Input id="272" /> </Inputs> <Outputs> <Output id="296" points="1256 556" /> <Output id="297" points="1276 581" /> <Output id="298" points="1268 627" /> <Output id="299" points="1214 529" /> </Outputs> <Catalysts> <Catalyst id="300" points="1137 595" /> </Catalysts> <Properties> <displayName>CTSG cleaves CASP1(1-404)</displayName> </Properties> </org.gk.render.RenderableReaction> <org.gk.render.RenderableReaction id="301" reactomeId="448702" points="1505 723, 1505 787, 1505 836" position="1505 787" lineWidth="1.0" reactionType="Association"> <Inputs> <Input id="302" stoichiometry="2" /> </Inputs> <Outputs> <Output id="303" /> </Outputs> <Properties> <displayName>Caspase-1 active tetramer formation</displayName> </Properties> </org.gk.render.RenderableReaction> <org.gk.render.RenderableReaction id="304" reactomeId="448703" points="1451 914, 1505 914, 1545 914" position="1505 914" lineWidth="1.0"> <Inputs> <Input id="305" /> </Inputs> <Outputs> <Output id="306" points="1670 934" /> <Output id="307" points="1589 972" /> </Outputs> <Catalysts> <Catalyst id="303" points="1505 863" /> </Catalysts> <Activators> <Activator id="308" points="1505 941" /> </Activators> <Properties> <displayName>Interleukin-1 family precursors are cleaved by caspase-1</displayName> </Properties> </org.gk.render.RenderableReaction> <org.gk.render.RenderableReaction id="324" reactomeId="449058" points="1792 950, 1893 950, 1893 950, 1974 950" position="1893 950" lineWidth="1.0" reactionType="Omitted Process"> <Inputs> <Input id="306" /> </Inputs> <Outputs> <Output id="325" /> </Outputs> <Activators> <Activator id="454" points="1896 888" /> </Activators> <Properties> <displayName>Interleukin-1 family are secreted</displayName> </Properties> </org.gk.render.RenderableReaction> <org.gk.render.RenderableReaction id="449" reactomeId="444647" points="893 299, 893 335, 948 335" position="893 335" lineWidth="1.0" reactionType="Association"> <Inputs> <Input id="450" points="849 320" /> <Input id="153" points="923 239" /> </Inputs> <Outputs> <Output id="155" /> </Outputs> <Properties> <displayName>C3a receptor binds anaphylatoxin C3a</displayName> </Properties> </org.gk.render.RenderableReaction> </Edges> <Pathways /> </Process>
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No pathways have been reviewed or authored by Diagram of Cell recruitment (pro-inflammatory response) (9673807)
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