Potassium inwardly rectifying channel, subfamily J, member 11
type: Thing
description: mammalian protein found in Mus musculus
additional property: PropertyValue
  property ID: P31
  value: protein
additional property: PropertyValue
  property ID: P129
  value: diazoxide
additional property: PropertyValue
  property ID: P129
  value: pinacidil
additional property: PropertyValue
  property ID: P129
  value: glyburide
additional property: PropertyValue
  property ID: P352
  value: Carl Adam Petri
additional property: PropertyValue
  property ID: P637
  value: NP_001191340
additional property: PropertyValue
  property ID: P637
  value: NP_034732
additional property: PropertyValue
  property ID: P637
  value: XP_006540726
additional property: PropertyValue
  property ID: P680
  value: potassium ion binding
additional property: PropertyValue
  property ID: P680
  value: inward rectifier potassium channel activity
additional property: PropertyValue
  property ID: P680
  value: ATP binding
additional property: PropertyValue
  property ID: P681
  value: integral component of membrane
additional property: PropertyValue
  property ID: P681
  value: membrane
additional property: PropertyValue
  property ID: P681
  value: plasma membrane
additional property: PropertyValue
  property ID: P682
  value: regulation of ion transmembrane transport
additional property: PropertyValue
  property ID: P682
  value: ion transport
additional property: PropertyValue
  property ID: P682
  value: response to ischemia
additional property: PropertyValue
  property ID: P702
  value: Kcnj11
additional property: PropertyValue
  property ID: P703
  value: house mouse
additional property: PropertyValue
  property ID: P705
  value: ENSMUSP00000136002
additional property: PropertyValue
  property ID: P705
  value: ENSMUSP00000147439
additional property: PropertyValue
  property ID: P705
  value: ENSMUSP00000147801
confidence:
  popularity graph score:
    score: 0.002
    score pct: 0
    tier: established
    components:
      sitelinks: 0
      sitelinks norm: 0.0
      unique citations: 15
      unique citations norm: 0.006
      monthly pageviews: 0
      monthly pageviews norm: 0.0
  sitelinks: 0
  unique citations: 15
  monthly pageviews: 0
  yearly pageviews: 0
  tier: established
claims:
  P31:
    value: Q8054
    source count: 1
    confidence: 0.2
    value label: protein
  P129:
    value: Q420009
    source count: 1
    confidence: 0.2
    value label: diazoxide
  P129:
    value: Q821869
    source count: 1
    confidence: 0.2
    value label: pinacidil
  P129:
    value: Q420626
    source count: 1
    confidence: 0.2
    value label: glyburide
  P129:
    value: Q414275
    source count: 1
    confidence: 0.2
    value label: tolbutamide
  P129:
    value: Q80863
    source count: 1
    confidence: 0.2
    value label: adenosine triphosphate
  P352:
    value: Q61743
    source count: 1
    confidence: 0.2
    value label: Carl Adam Petri
  P637:
    value: NP_001191340
    source count: 1
    confidence: 0.2
  P637:
    value: NP_034732
    source count: 1
    confidence: 0.2
  P637:
    value: XP_006540726
    source count: 1
    confidence: 0.2
  P680:
    value: Q14873956
    source count: 1
    confidence: 0.2
    value label: potassium ion binding
  P680:
    value: Q14865825
    source count: 1
    confidence: 0.2
    value label: inward rectifier potassium channel activity
  P680:
    value: Q14817981
    source count: 1
    confidence: 0.2
    value label: ATP binding
  P680:
    value: Q14865152
    source count: 1
    confidence: 0.2
    value label: voltage-gated ion channel activity
  P680:
    value: Q167149
    source count: 5
    confidence: 1.0
    value label: protein binding
  P681:
    value: Q14327652
    source count: 2
    confidence: 0.4
    value label: integral component of membrane
  P681:
    value: Q14349455
    source count: 2
    confidence: 0.4
    value label: membrane
  P681:
    value: Q29548
    source count: 3
    confidence: 0.6
    value label: plasma membrane
  P681:
    value: Q14912052
    source count: 3
    confidence: 0.6
    value label: inward rectifying potassium channel
  P681:
    value: Q421111
    source count: 2
    confidence: 0.4
    value label: acrosomal vesicle
  P682:
    value: Q14865155
    source count: 1
    confidence: 0.2
    value label: regulation of ion transmembrane transport
  P682:
    value: Q14859673
    source count: 1
    confidence: 0.2
    value label: ion transport
  P682:
    value: Q14818111
    source count: 1
    confidence: 0.2
    value label: response to ischemia
  P682:
    value: Q14758903
    source count: 2
    confidence: 0.4
    value label: glucose metabolic process

value: Q14633902
source count: 1
confidence: 0.2
value label: response to estradiol

value: Q14912055
source count: 1
confidence: 0.2
value label: Kcnj11

value: Q83310
source count: 1
confidence: 0.2
value label: house mouse

value: ENSMUSP00000136002
source count: 1
confidence: 0.2

value: ENSMUSP00000147439
source count: 1
confidence: 0.2

value: ENSMUSP00000147801
source count: 1
confidence: 0.2

value: ENSMUSP00000148249
source count: 1
confidence: 0.2

source: A family of sulfonylurea receptors determines the pharmacological properties of ATP-sensitive K+ channels
stated in qid: Q28506216
retrieved: 2019-02-14

source: GOA
stated in qid: Q28018111
retrieved: 2018-04-24

source: Molecular mechanism for ATP-dependent closure of the K+ channel Kir6.2
stated in qid: Q24308180
retrieved: 2019-02-14

source: GOA
stated in qid: Q28018111
retrieved: 2019-02-14

source: Ankyrin-B regulates Kir6.2 membrane expression and function in heart
stated in qid: Q24338086
retrieved: 2019-02-14

source: Evidence for direct physical association between a K+ channel (Kir6.2) and an ATP-binding cassette protein (SUR1) which affects cellular distribution and kinetic behavior of an ATP-sensitive K+ channel
stated in qid: Q28510686
retrieved: 2019-02-14

source: Kir6.2 mutations causing neonatal diabetes prevent endocytosis of ATP-sensitive potassium channels
stated in qid: Q24299531
retrieved: 2019-02-14

source: Dual role of K ATP channel C-terminal motif in membrane targeting and metabolic regulation
stated in qid: Q24322387
retrieved: 2019-02-14

source: A family of sulfonylurea receptors determines the pharmacological properties of ATP-sensitive K+ channels
stated in qid: Q28506216
retrieved: 2018-04-24

source: Phylogenetic-based propagation of functional annotations within the Gene Ontology consortium
stated in qid: Q34211397
retrieved: 2019-02-14

source: Expression of ATP-sensitive K+ channel subunits during perinatal maturation in the mouse heart
stated in qid: Q28512133
retrieved: 2019-02-14

source: UniProt
stated in qid: Q905695
retrieved: 2022-05-25

source: IUPHAR/BPS Guide to PHARMACOLOGY
stated in qid: Q17091219
retrieved: 2016-08-17

source: Q20641742
stated in qid: Q20641742
retrieved: 2022-03-20

source: ensembl Release 106
stated in qid: Q111699881

wikidata id: Q14912057
domain: protein
level: standard
html url: https://4ort.xyz/entity/potassium-inwardly-rectifying-channel-subfamily-j-member-11-q14912057
markdown url: https://4ort.xyz/entity/potassium-inwardly-rectifying-channel-subfamily-j-member-11-q14912057.md
facts url summary: https://4ort.xyz/entity/potassium-inwardly-rectifying-channel-subfamily-j-member-11-q14912057/facts.json
facts url standard: https://4ort.xyz/entity/potassium-inwardly-rectifying-channel-subfamily-j-member-11-q14912057/facts.json
facts url full: https://4ort.xyz/entity/potassium-inwardly-rectifying-channel-subfamily-j-member-11-q14912057/facts.json
data source: Wikidata (CC0 / public domain)
license: https://creativecommons.org/publicdomain/zero/1.0/
api version: v1
served at: 2026-08-12T02:37:19.489137Z
entity updated at: 2026-05-03T18:28:36.114423+00:00Z
entity created at: 2026-05-03T14:38:59.049836+00:00Z