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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.

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Details on Person Diagram of Gastrulation

Class:IdPathwayDiagram:9760589
_displayNameDiagram of Gastrulation
_timestamp2023-05-26 22:54:47
created[InstanceEdit:9760590] May, Bruce, 2021-12-20
height470
modified[InstanceEdit:9792560] May, Bruce, 2022-05-26
[InstanceEdit:9794479] May, Bruce, 2022-07-09
[InstanceEdit:9819389] May, Bruce, 2022-11-04
[InstanceEdit:9825931] May, Bruce, 2023-01-27
[InstanceEdit:9833469] May, Bruce, 2023-04-27
[InstanceEdit:9836374] May, Bruce, 2023-05-26
representedPathway[Pathway:9758941] Gastrulation [Homo sapiens]
storedATXML<?xml version="1.0" encoding="UTF-8"?> <Process nextId="33" reactomeDiagramId="9760589"> <Properties> <displayName>Diagram of Gastrulation</displayName> </Properties> <Nodes> <org.gk.render.ProcessNode id="1" reactomeId="9754189" position="184 43" bounds="50 16 268 54" textPosition="69 28"> <Properties> <displayName>Germ layer formation at gastrulation</displayName> </Properties> </org.gk.render.ProcessNode> <org.gk.render.ProcessNode id="2" reactomeId="9758919" position="245 102" bounds="50 75 390 55" textPosition="64 87"> <Properties> <displayName>Epithelial-Mesenchymal Transition (EMT) during gastrulation</displayName> </Properties> </org.gk.render.ProcessNode> <org.gk.render.ProcessNode id="3" reactomeId="9758920" position="185 165" bounds="50 136 270 58" textPosition="69 150"> <Properties> <displayName>Formation of lateral plate mesoderm</displayName> </Properties> </org.gk.render.ProcessNode> <org.gk.render.ProcessNode id="4" reactomeId="9761174" position="185 229" bounds="50 200 270 59" textPosition="67 214"> <Properties> <displayName>Formation of intermediate mesoderm</displayName> </Properties> </org.gk.render.ProcessNode> <org.gk.render.ProcessNode id="5" reactomeId="9793380" position="186 295" bounds="52 268 268 54" textPosition="82 280"> <Properties> <displayName>Formation of paraxial mesoderm</displayName> </Properties> </org.gk.render.ProcessNode> <org.gk.render.ProcessNode id="6" reactomeId="9796292" position="188 357" bounds="55 330 267 55" textPosition="94 342"> <Properties> <displayName>Formation of axial mesoderm</displayName> </Properties> </org.gk.render.ProcessNode> <org.gk.render.ProcessNode id="7" reactomeId="9823730" position="189 420" bounds="57 393 265 54" textPosition="82 405"> <Properties> <displayName>Formation of definitive endoderm</displayName> </Properties> </org.gk.render.ProcessNode> <org.gk.render.ProcessNode id="8" reactomeId="9823739" position="543 297" bounds="408 268 271 59" textPosition="436 282"> <Properties> <displayName>Formation of anterior neural plate</displayName> </Properties> </org.gk.render.ProcessNode> <org.gk.render.ProcessNode id="9" reactomeId="9832991" position="545 361" bounds="410 331 270 60" textPosition="434 346"> <Properties> <displayName>Formation of posterior neural plate</displayName> </Properties> </org.gk.render.ProcessNode> <org.gk.render.ProcessNode id="10" reactomeId="9834899" position="546 430" bounds="408 398 276 64" textPosition="422 415" /> </Nodes> <Edges /> <Pathways /> </Process>
width692
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