Reactome: A Curated Pathway Database

Attributes of class 'Event'

Attribute name Cardinality Value type Allowed classes Attribute origin Value defines instance Db column type
DB_ID 1 INTERNAL_ID N/A DatabaseObject   INTEGER(10) UNSIGNED
_displayName 1 TEXT N/A DatabaseObject   TEXT
_doRelease 1 OTHER N/A Event   ENUM('TRUE','FALSE')
_timestamp 1 OTHER N/A DatabaseObject   TIMESTAMP
authored + INSTANCE InstanceEdit Event   INTEGER(10) UNSIGNED
compartment + INSTANCE Compartment Event   INTEGER(10) UNSIGNED
created 1 INSTANCE InstanceEdit DatabaseObject   INTEGER(10) UNSIGNED
crossReference + INSTANCE DatabaseIdentifier Event   INTEGER(10) UNSIGNED
definition 1 TEXT N/A Event   TEXT
disease + INSTANCE Disease Event   INTEGER(10) UNSIGNED
edited + INSTANCE InstanceEdit Event   INTEGER(10) UNSIGNED
evidenceType 1 INSTANCE EvidenceType Event   INTEGER(10) UNSIGNED
figure + INSTANCE Figure Event   INTEGER(10) UNSIGNED
goBiologicalProcess 1 INSTANCE GO_BiologicalProcess Event   INTEGER(10) UNSIGNED
inferredFrom + INSTANCE Event Event   INTEGER(10) UNSIGNED
literatureReference + INSTANCE Publication Event   INTEGER(10) UNSIGNED
modified + INSTANCE InstanceEdit DatabaseObject   INTEGER(10) UNSIGNED
name + TEXT N/A Event   TEXT
orthologousEvent + INSTANCE Event Event   INTEGER(10) UNSIGNED
precedingEvent + INSTANCE Event Event   INTEGER(10) UNSIGNED
relatedSpecies + INSTANCE Species Event   INTEGER(10) UNSIGNED
releaseDate 1 OTHER N/A Event   date
releaseStatus 1 TEXT N/A Event   TEXT
reviewed + INSTANCE InstanceEdit Event   INTEGER(10) UNSIGNED
revised + INSTANCE InstanceEdit Event   INTEGER(10) UNSIGNED
species + INSTANCE Species Event   INTEGER(10) UNSIGNED
stableIdentifier 1 INSTANCE StableIdentifier DatabaseObject   INTEGER(10) UNSIGNED
summation + INSTANCE Summation Event   INTEGER(10) UNSIGNED

Referers of class 'Event' instances

Class name Attribute name Cardinality
Reaction precedingEvent +
BlackBoxEvent precedingEvent +
Depolymerisation precedingEvent +
ReactionlikeEvent precedingEvent +
Event precedingEvent +
Polymerisation precedingEvent +
FailedReaction precedingEvent +
Pathway precedingEvent +
NegativeRegulation regulatedEntity 1
Requirement regulatedEntity 1
PositiveRegulation regulatedEntity 1
NegativeGeneExpressionRegulation regulatedEntity 1
PositiveGeneExpressionRegulation regulatedEntity 1
Regulation regulatedEntity 1
Pathway inferredFrom +
Polymerisation inferredFrom +
FailedReaction inferredFrom +
Event inferredFrom +
ReactionlikeEvent inferredFrom +
Depolymerisation inferredFrom +
BlackBoxEvent inferredFrom +
Reaction inferredFrom +
Pathway hasEvent +
BlackBoxEvent hasEvent +
PathwayCoordinates locatedEvent 1
ReactionCoordinates locatedEvent 1
FrontPage frontPageItem +
Pathway orthologousEvent +
FailedReaction orthologousEvent +
Polymerisation orthologousEvent +
Event orthologousEvent +
ReactionlikeEvent orthologousEvent +
Depolymerisation orthologousEvent +
BlackBoxEvent orthologousEvent +
Reaction orthologousEvent +
_Deleted replacementInstances +
NegativeRegulation regulator 1
NegativeGeneExpressionRegulation regulator 1
PositiveRegulation regulator 1
Requirement regulator 1
Regulation regulator 1
PositiveGeneExpressionRegulation regulator 1
VertexSearchableTerm termProvider +
ConcurrentEventSet concurrentEvents +
BlackBoxEvent templateEvent 1

You can find documentation for the Reactome data model here.

Sidebar on the left shows the hierarchy of Reactome classes. The number of instances of this class is shown in square brackets and is hyperlinked to a page listing all instances in this class.

The main panel shows attributes of the selected class. Own attributes, i.e. the ones which are not inherited from a parent class are indicated in colour.

'+' in 'Cardinality' column indicates that this is a multi-value attribute.

'Value defines instance' column indicates the attributes the values of which determine instance identity and are used to check if an identical instance has been stored in the database already. 'ALL' indicates that that all of the values of a given attribute must be identical while 'ANY' shows that identity of any single value of a given attribute is enough. Of course, if the identity is defined by multiple attributes each of them has to match.