Skip to content

Slot: reports_on

Links an investigation-readout phenotype (e.g. an abnormal electrophysiology or clinical-test finding such as HP:0000512 Abnormal electroretinogram) to the pathograph node whose underlying state it measures or reflects. The target is a named pathophysiology or phenotype node in the same disease file. These are observational readout links, not causal disease-progression edges, so they let an otherwise-disconnected test-result phenotype attach to the mechanism it reports on without asserting that the mechanism "causes" the test result.

URI: dismech:slot/reports_on Alias: reports_on

Applicable Classes

Name Description Modifies Slot
Phenotype no

Properties

Type and Range

Property Value
Range PhenotypeReadout
Domain Of Phenotype

Cardinality and Requirements

Property Value
Multivalued Yes

Comments

  • Use on investigation/test-result phenotypes (electrophysiology, functional testing, laboratory findings) that report on an underlying mechanism rather than participating causally
  • Target names should match a pathophysiology or phenotype entry name in the same disease file
  • Rendered as a dashed observational edge (mechanism -.-> readout), like biomarker readouts

Identifier and Mapping Information

Schema Source

  • from schema: https://w3id.org/monarch-initiative/dismech

Mappings

Mapping Type Mapped Value
self dismech:reports_on
native dismech:reports_on

LinkML Source

name: reports_on
description: Links an investigation-readout phenotype (e.g. an abnormal electrophysiology
  or clinical-test finding such as HP:0000512 Abnormal electroretinogram) to the pathograph
  node whose underlying state it measures or reflects. The target is a named pathophysiology
  or phenotype node in the same disease file. These are observational readout links,
  not causal disease-progression edges, so they let an otherwise-disconnected test-result
  phenotype attach to the mechanism it reports on without asserting that the mechanism
  "causes" the test result.
comments:
- Use on investigation/test-result phenotypes (electrophysiology, functional testing,
  laboratory findings) that report on an underlying mechanism rather than participating
  causally
- Target names should match a pathophysiology or phenotype entry name in the same
  disease file
- Rendered as a dashed observational edge (mechanism -.-> readout), like biomarker
  readouts
from_schema: https://w3id.org/monarch-initiative/dismech
rank: 1000
alias: reports_on
domain_of:
- Phenotype
range: PhenotypeReadout
multivalued: true
inlined: true
inlined_as_list: true