SQSTM_HUMAN

GO
G2C
SynGO
SynaptomeDB

HPA (protein expression in neurons)

Inferred: -
Original protein 1: Q9H492
Taxonomy: human
Experimental role: -
Biological role participant: -
Participant detection method: -
Host: -
Interaction detection method: two hybrid
Source: Biogrid
Original protein 2: Q13501
Taxonomy: human
Experimental role: -
Biological role participant: -
Participant detection method: -
PMID: 32296183
Interaction type: direct interaction
Evidence: HT
Inferred: -
Original protein 1: Q9H492
Taxonomy: human
Experimental role: -
Biological role participant: -
Participant detection method: -
Host: -
Interaction detection method: affinity chromatography technology
Source: Biogrid
Original protein 2: Q13501
Taxonomy: human
Experimental role: -
Biological role participant: -
Participant detection method: -
PMID: 18653543
Interaction type: physical association
Evidence: LT
Inferred: -
Original protein 1: Q9H492
Taxonomy: human
Experimental role: -
Biological role participant: -
Participant detection method: -
Host: -
Interaction detection method: affinity chromatography technology
Source: Biogrid
Original protein 2: Q13501
Taxonomy: human
Experimental role: -
Biological role participant: -
Participant detection method: -
PMID: 18653543
Interaction type: physical association
Evidence: LT
Inferred: -
Original protein 1: Q9H492
Taxonomy: human
Experimental role: -
Biological role participant: -
Participant detection method: -
Host: -
Interaction detection method: affinity chromatography technology
Source: Biogrid
Original protein 2: Q13501
Taxonomy: human
Experimental role: -
Biological role participant: -
Participant detection method: -
PMID: 20562859
Interaction type: physical association
Evidence: HT
Inferred: -
Original protein 1: Q9H492
Taxonomy: human
Experimental role: -
Biological role participant: -
Participant detection method: -
Host: -
Interaction detection method: affinity chromatography technology
Source: Biogrid
Original protein 2: Q13501
Taxonomy: human
Experimental role: -
Biological role participant: -
Participant detection method: -
PMID: 20061800
Interaction type: physical association
Evidence: LT
Inferred: from orthologous proteins
Original protein 1: Q9H492
Taxonomy: human
Experimental role: -
Biological role participant: -
Participant detection method: -
Host: -
Interaction detection method: affinity chromatography technology
Source: Biogrid
Original protein 2: Q64337
Taxonomy: mouse
Experimental role: -
Biological role participant: -
Participant detection method: -
PMID: 21628531
Interaction type: physical association
Evidence: LT
Inferred: -
Original protein 1: Q9H492
Taxonomy: human
Experimental role: -
Biological role participant: -
Participant detection method: -
Host: -
Interaction detection method: affinity chromatography technology
Source: Biogrid
Original protein 2: Q13501
Taxonomy: human
Experimental role: -
Biological role participant: -
Participant detection method: -
PMID: 21628531
Interaction type: physical association
Evidence: LT
Inferred: -
Original protein 1: Q9H492
Taxonomy: human
Experimental role: -
Biological role participant: -
Participant detection method: -
Host: -
Interaction detection method: affinity chromatography technology
Source: Biogrid
Original protein 2: Q13501
Taxonomy: human
Experimental role: -
Biological role participant: -
Participant detection method: -
PMID: 17580304
Interaction type: physical association
Evidence: LT
Inferred: from orthologous proteins
Original protein 1: Q91VR7
Taxonomy: mouse
Experimental role: -
Biological role participant: -
Participant detection method: -
Host: -
Interaction detection method: affinity chromatography technology
Source: Biogrid
Original protein 2: Q64337
Taxonomy: mouse
Experimental role: -
Biological role participant: -
Participant detection method: -
PMID: 19765191
Interaction type: physical association
Evidence: LT
Inferred: -
Original protein 1: Q9H492
Taxonomy: human
Experimental role: -
Biological role participant: -
Participant detection method: -
Host: -
Interaction detection method: affinity chromatography technology
Source: Biogrid
Original protein 2: Q13501
Taxonomy: human
Experimental role: -
Biological role participant: -
Participant detection method: -
PMID: 21460636
Interaction type: physical association
Evidence: LT
Inferred: from orthologous proteins
Original protein 1: Q91VR7
Taxonomy: mouse
Experimental role: -
Biological role participant: -
Participant detection method: -
Host: -
Interaction detection method: affinity chromatography technology
Source: Biogrid
Original protein 2: Q64337
Taxonomy: mouse
Experimental role: -
Biological role participant: -
Participant detection method: -
PMID: 18083104
Interaction type: physical association
Evidence: LT
Inferred: from orthologous proteins
Original protein 1: Q91VR7
Taxonomy: mouse
Experimental role: -
Biological role participant: -
Participant detection method: -
Host: -
Interaction detection method: affinity chromatography technology
Source: Biogrid
Original protein 2: Q64337
Taxonomy: mouse
Experimental role: -
Biological role participant: -
Participant detection method: -
PMID: 18083104
Interaction type: physical association
Evidence: LT
Inferred: from orthologous proteins
Original protein 1: Q91VR7
Taxonomy: mouse
Experimental role: -
Biological role participant: -
Participant detection method: -
Host: -
Interaction detection method: affinity chromatography technology
Source: Biogrid
Original protein 2: Q64337
Taxonomy: mouse
Experimental role: -
Biological role participant: -
Participant detection method: -
PMID: 18083104
Interaction type: physical association
Evidence: LT
Inferred: -
Original protein 1: Q9H492
Taxonomy: human
Experimental role: -
Biological role participant: -
Participant detection method: -
Host: -
Interaction detection method: affinity chromatography technology
Source: Biogrid
Original protein 2: Q13501
Taxonomy: human
Experimental role: -
Biological role participant: -
Participant detection method: -
PMID: 20204693
Interaction type: physical association
Evidence: LT
Inferred: -
Original protein 1: Q9H492
Taxonomy: human
Experimental role: -
Biological role participant: -
Participant detection method: -
Host: -
Interaction detection method: affinity chromatography technology
Source: Biogrid
Original protein 2: Q13501
Taxonomy: human
Experimental role: -
Biological role participant: -
Participant detection method: -
PMID: 16286508
Interaction type: physical association
Evidence: LT
Inferred: -
Original protein 1: Q9H492
Taxonomy: human
Experimental role: -
Biological role participant: -
Participant detection method: -
Host: -
Interaction detection method: affinity chromatography technology
Source: Biogrid
Original protein 2: Q13501
Taxonomy: human
Experimental role: -
Biological role participant: -
Participant detection method: -
PMID: 19250911
Interaction type: physical association
Evidence: HT
Inferred: -
Original protein 1: Q9H492
Taxonomy: human
Experimental role: -
Biological role participant: -
Participant detection method: -
Host: -
Interaction detection method: affinity chromatography technology
Source: Biogrid
Original protein 2: Q13501
Taxonomy: human
Experimental role: -
Biological role participant: -
Participant detection method: -
PMID: 21045561
Interaction type: physical association
Evidence: LT
Inferred: -
Original protein 1: Q9H492
Taxonomy: human
Experimental role: -
Biological role participant: -
Participant detection method: -
Host: -
Interaction detection method: affinity chromatography technology
Source: Biogrid
Original protein 2: Q13501
Taxonomy: human
Experimental role: -
Biological role participant: -
Participant detection method: -
PMID: 21045561
Interaction type: physical association
Evidence: LT
Inferred: -
Original protein 1: Q9H492
Taxonomy: human
Experimental role: -
Biological role participant: -
Participant detection method: -
Host: -
Interaction detection method: affinity chromatography technology
Source: Biogrid
Original protein 2: Q13501
Taxonomy: human
Experimental role: -
Biological role participant: -
Participant detection method: -
PMID: 23239879
Interaction type: physical association
Evidence: LT
Inferred: -
Original protein 1: Q9H492
Taxonomy: human
Experimental role: -
Biological role participant: -
Participant detection method: -
Host: -
Interaction detection method: affinity chromatography technology
Source: Biogrid
Original protein 2: Q13501
Taxonomy: human
Experimental role: -
Biological role participant: -
Participant detection method: -
PMID: 23459205
Interaction type: physical association
Evidence: LT
Inferred: -
Original protein 1: Q9H492
Taxonomy: human
Experimental role: -
Biological role participant: -
Participant detection method: -
Host: -
Interaction detection method: affinity chromatography technology
Source: Biogrid
Original protein 2: Q13501
Taxonomy: human
Experimental role: -
Biological role participant: -
Participant detection method: -
PMID: 22963397
Interaction type: physical association
Evidence: HT
Inferred: -
Original protein 1: Q9H492
Taxonomy: human
Experimental role: -
Biological role participant: -
Participant detection method: -
Host: -
Interaction detection method: affinity chromatography technology
Source: Biogrid
Original protein 2: Q13501
Taxonomy: human
Experimental role: -
Biological role participant: -
Participant detection method: -
PMID: 22963397
Interaction type: physical association
Evidence: HT
Inferred: from orthologous proteins
Original protein 1: Q91VR7
Taxonomy: mouse
Experimental role: -
Biological role participant: -
Participant detection method: -
Host: -
Interaction detection method: affinity chromatography technology
Source: Biogrid
Original protein 2: Q64337
Taxonomy: mouse
Experimental role: -
Biological role participant: -
Participant detection method: -
PMID: 23637164
Interaction type: physical association
Evidence: LT
Inferred: -
Original protein 1: Q9H492
Taxonomy: human
Experimental role: -
Biological role participant: -
Participant detection method: -
Host: -
Interaction detection method: affinity chromatography technology
Source: Biogrid
Original protein 2: Q13501
Taxonomy: human
Experimental role: -
Biological role participant: -
Participant detection method: -
PMID: 23989536
Interaction type: physical association
Evidence: LT
Inferred: -
Original protein 1: Q9H492
Taxonomy: human
Experimental role: -
Biological role participant: -
Participant detection method: -
Host: -
Interaction detection method: affinity chromatography technology
Source: Biogrid
Original protein 2: Q13501
Taxonomy: human
Experimental role: -
Biological role participant: -
Participant detection method: -
PMID: 24998849
Interaction type: physical association
Evidence: LT
Inferred: -
Original protein 1: Q9H492
Taxonomy: human
Experimental role: -
Biological role participant: -
Participant detection method: -
Host: -
Interaction detection method: affinity chromatography technology
Source: Biogrid
Original protein 2: Q13501
Taxonomy: human
Experimental role: -
Biological role participant: -
Participant detection method: -
PMID: 25450619
Interaction type: physical association
Evidence: LT
Inferred: -
Original protein 1: Q9H492
Taxonomy: human
Experimental role: -
Biological role participant: -
Participant detection method: -
Host: -
Interaction detection method: affinity chromatography technology
Source: Biogrid
Original protein 2: Q13501
Taxonomy: human
Experimental role: -
Biological role participant: -
Participant detection method: -
PMID: 25686248
Interaction type: physical association
Evidence: HT
Inferred: -
Original protein 1: Q9H492
Taxonomy: human
Experimental role: -
Biological role participant: -
Participant detection method: -
Host: -
Interaction detection method: affinity chromatography technology
Source: Biogrid
Original protein 2: Q13501
Taxonomy: human
Experimental role: -
Biological role participant: -
Participant detection method: -
PMID: 25686248
Interaction type: physical association
Evidence: HT
Inferred: -
Original protein 1: Q9H492
Taxonomy: human
Experimental role: -
Biological role participant: -
Participant detection method: -
Host: -
Interaction detection method: affinity chromatography technology
Source: Biogrid
Original protein 2: Q13501
Taxonomy: human
Experimental role: -
Biological role participant: -
Participant detection method: -
PMID: 23640897
Interaction type: physical association
Evidence: LT
Inferred: -
Original protein 1: Q9H492
Taxonomy: human
Experimental role: -
Biological role participant: -
Participant detection method: -
Host: -
Interaction detection method: affinity chromatography technology
Source: Biogrid
Original protein 2: Q13501
Taxonomy: human
Experimental role: -
Biological role participant: -
Participant detection method: -
PMID: 26268733
Interaction type: physical association
Evidence: LT
Inferred: -
Original protein 1: Q9H492
Taxonomy: human
Experimental role: -
Biological role participant: -
Participant detection method: -
Host: -
Interaction detection method: affinity chromatography technology
Source: Biogrid
Original protein 2: Q13501
Taxonomy: human
Experimental role: -
Biological role participant: -
Participant detection method: -
PMID: 25984893
Interaction type: physical association
Evidence: LT
Inferred: -
Original protein 1: Q9H492
Taxonomy: human
Experimental role: -
Biological role participant: -
Participant detection method: -
Host: -
Interaction detection method: affinity chromatography technology
Source: Biogrid
Original protein 2: Q13501
Taxonomy: human
Experimental role: -
Biological role participant: -
Participant detection method: -
PMID: 22658522
Interaction type: physical association
Evidence: LT
Inferred: -
Original protein 1: Q9H492
Taxonomy: human
Experimental role: -
Biological role participant: -
Participant detection method: -
Host: -
Interaction detection method: affinity chromatography technology
Source: Biogrid
Original protein 2: Q13501
Taxonomy: human
Experimental role: -
Biological role participant: -
Participant detection method: -
PMID: 26754771
Interaction type: physical association
Evidence: LT
Inferred: -
Original protein 1: Q9H492
Taxonomy: human
Experimental role: -
Biological role participant: -
Participant detection method: -
Host: -
Interaction detection method: affinity chromatography technology
Source: Biogrid
Original protein 2: Q13501
Taxonomy: human
Experimental role: -
Biological role participant: -
Participant detection method: -
PMID: 28380357
Interaction type: physical association
Evidence: LT
Inferred: -
Original protein 1: Q9H492
Taxonomy: human
Experimental role: -
Biological role participant: -
Participant detection method: -
Host: -
Interaction detection method: affinity chromatography technology
Source: Biogrid
Original protein 2: Q13501
Taxonomy: human
Experimental role: -
Biological role participant: -
Participant detection method: -
PMID: 30647813
Interaction type: physical association
Evidence: LT
Inferred: -
Original protein 1: Q9H492
Taxonomy: human
Experimental role: -
Biological role participant: -
Participant detection method: -
Host: -
Interaction detection method: affinity chromatography technology
Source: Biogrid
Original protein 2: Q13501
Taxonomy: human
Experimental role: -
Biological role participant: -
Participant detection method: -
PMID: 24067654
Interaction type: physical association
Evidence: HT
Inferred: -
Original protein 1: Q9H492
Taxonomy: human
Experimental role: -
Biological role participant: -
Participant detection method: -
Host: -
Interaction detection method: affinity chromatography technology
Source: Biogrid
Original protein 2: Q13501
Taxonomy: human
Experimental role: -
Biological role participant: -
Participant detection method: -
PMID: 31155706
Interaction type: physical association
Evidence: LT
Inferred: -
Original protein 1: Q9H492
Taxonomy: human
Experimental role: -
Biological role participant: -
Participant detection method: -
Host: -
Interaction detection method: affinity chromatography technology
Source: Biogrid
Original protein 2: Q13501
Taxonomy: human
Experimental role: -
Biological role participant: -
Participant detection method: -
PMID: 32123815
Interaction type: physical association
Evidence: LT
Inferred: -
Original protein 1: Q9H492
Taxonomy: human
Experimental role: -
Biological role participant: -
Participant detection method: -
Host: -
Interaction detection method: affinity chromatography technology
Source: Biogrid
Original protein 2: Q13501
Taxonomy: human
Experimental role: -
Biological role participant: -
Participant detection method: -
PMID: 31006538
Interaction type: physical association
Evidence: HT
Inferred: -
Original protein 1: Q9H492
Taxonomy: human
Experimental role: -
Biological role participant: -
Participant detection method: -
Host: -
Interaction detection method: affinity chromatography technology
Source: Biogrid
Original protein 2: Q13501
Taxonomy: human
Experimental role: -
Biological role participant: -
Participant detection method: -
PMID: 31286822
Interaction type: physical association
Evidence: HT
Inferred: from orthologous proteins
Original protein 1: Q91VR7
Taxonomy: mouse
Experimental role: -
Biological role participant: -
Participant detection method: -
Host: -
Interaction detection method: affinity chromatography technology
Source: Biogrid
Original protein 2: Q64337
Taxonomy: mouse
Experimental role: -
Biological role participant: -
Participant detection method: -
PMID: 31286822
Interaction type: physical association
Evidence: HT
Inferred: from orthologous proteins
Original protein 1: Q91VR7
Taxonomy: mouse
Experimental role: -
Biological role participant: -
Participant detection method: -
Host: -
Interaction detection method: affinity chromatography technology
Source: Biogrid
Original protein 2: Q64337
Taxonomy: mouse
Experimental role: -
Biological role participant: -
Participant detection method: -
PMID: 32093570
Interaction type: physical association
Evidence: LT
Inferred: -
Original protein 1: Q9H492
Taxonomy: human
Experimental role: -
Biological role participant: -
Participant detection method: -
Host: -
Interaction detection method: affinity chromatography technology
Source: Biogrid
Original protein 2: Q13501
Taxonomy: human
Experimental role: -
Biological role participant: -
Participant detection method: -
PMID: 31366950
Interaction type: physical association
Evidence: LT
Inferred: -
Original protein 1: Q9H492
Taxonomy: human
Experimental role: -
Biological role participant: -
Participant detection method: -
Host: -
Interaction detection method: affinity chromatography technology
Source: Biogrid
Original protein 2: Q13501
Taxonomy: human
Experimental role: -
Biological role participant: -
Participant detection method: -
PMID: 34645818
Interaction type: physical association
Evidence: LT
Inferred: -
Original protein 1: Q9H492
Taxonomy: human
Experimental role: -
Biological role participant: -
Participant detection method: -
Host: -
Interaction detection method: affinity chromatography technology
Source: Biogrid
Original protein 2: Q13501
Taxonomy: human
Experimental role: -
Biological role participant: -
Participant detection method: -
PMID: 34758851
Interaction type: physical association
Evidence: LT
Inferred: -
Original protein 1: Q9H492
Taxonomy: human
Experimental role: -
Biological role participant: -
Participant detection method: -
Host: -
Interaction detection method: affinity chromatography technology
Source: Biogrid
Original protein 2: Q13501
Taxonomy: human
Experimental role: -
Biological role participant: -
Participant detection method: -
PMID: 35654983
Interaction type: physical association
Evidence: LT
Inferred: -
Original protein 1: Q9H492
Taxonomy: human
Experimental role: -
Biological role participant: -
Participant detection method: -
Host: -
Interaction detection method: affinity chromatography technology
Source: Biogrid
Original protein 2: Q13501
Taxonomy: human
Experimental role: -
Biological role participant: -
Participant detection method: -
PMID: 36036324
Interaction type: physical association
Evidence: LT
Inferred: -
Original protein 1: Q9H492
Taxonomy: human
Experimental role: -
Biological role participant: -
Participant detection method: -
Host: -
Interaction detection method: affinity chromatography technology
Source: Biogrid
Original protein 2: Q13501
Taxonomy: human
Experimental role: -
Biological role participant: -
Participant detection method: -
PMID: 36223738
Interaction type: physical association
Evidence: HT
Inferred: -
Original protein 1: Q9H492
Taxonomy: human
Experimental role: -
Biological role participant: -
Participant detection method: -
Host: -
Interaction detection method: affinity chromatography technology
Source: Biogrid
Original protein 2: Q13501
Taxonomy: human
Experimental role: -
Biological role participant: -
Participant detection method: -
PMID: 36223738
Interaction type: physical association
Evidence: HT
Inferred: -
Original protein 1: Q9H492
Taxonomy: human
Experimental role: -
Biological role participant: -
Participant detection method: -
Host: -
Interaction detection method: affinity chromatography technology
Source: Biogrid
Original protein 2: Q13501
Taxonomy: human
Experimental role: -
Biological role participant: -
Participant detection method: -
PMID: 36952345
Interaction type: physical association
Evidence: HT
Inferred: -
Original protein 1: Q9H492
Taxonomy: human
Experimental role: -
Biological role participant: -
Participant detection method: -
Host: -
Interaction detection method: pull down
Source: Biogrid
Original protein 2: Q13501
Taxonomy: human
Experimental role: -
Biological role participant: -
Participant detection method: -
PMID: 19021777
Interaction type: direct interaction
Evidence: LT
Inferred: -
Original protein 1: Q9H492
Taxonomy: human
Experimental role: -
Biological role participant: -
Participant detection method: -
Host: -
Interaction detection method: pull down
Source: Biogrid
Original protein 2: Q13501
Taxonomy: human
Experimental role: -
Biological role participant: -
Participant detection method: -
PMID: 17580304
Interaction type: direct interaction
Evidence: LT
Inferred: from orthologous proteins
Original protein 1: Q91VR7
Taxonomy: mouse
Experimental role: -
Biological role participant: -
Participant detection method: -
Host: -
Interaction detection method: pull down
Source: Biogrid
Original protein 2: Q64337
Taxonomy: mouse
Experimental role: -
Biological role participant: -
Participant detection method: -
PMID: 18083104
Interaction type: direct interaction
Evidence: LT
Inferred: from orthologous proteins
Original protein 1: Q91VR7
Taxonomy: mouse
Experimental role: -
Biological role participant: -
Participant detection method: -
Host: -
Interaction detection method: pull down
Source: Biogrid
Original protein 2: Q64337
Taxonomy: mouse
Experimental role: -
Biological role participant: -
Participant detection method: -
PMID: 18524774
Interaction type: direct interaction
Evidence: LT
Inferred: from orthologous proteins
Original protein 1: Q91VR7
Taxonomy: mouse
Experimental role: -
Biological role participant: -
Participant detection method: -
Host: -
Interaction detection method: pull down
Source: Biogrid
Original protein 2: Q64337
Taxonomy: mouse
Experimental role: -
Biological role participant: -
Participant detection method: -
PMID: 18524774
Interaction type: direct interaction
Evidence: LT
Inferred: -
Original protein 1: Q9H492
Taxonomy: human
Experimental role: -
Biological role participant: -
Participant detection method: -
Host: -
Interaction detection method: pull down
Source: Biogrid
Original protein 2: Q13501
Taxonomy: human
Experimental role: -
Biological role participant: -
Participant detection method: -
PMID: 25921531
Interaction type: direct interaction
Evidence: LT
Inferred: -
Original protein 1: Q9H492
Taxonomy: human
Experimental role: -
Biological role participant: -
Participant detection method: -
Host: -
Interaction detection method: pull down
Source: Biogrid
Original protein 2: Q13501
Taxonomy: human
Experimental role: -
Biological role participant: -
Participant detection method: -
PMID: 26075355
Interaction type: direct interaction
Evidence: LT
Inferred: -
Original protein 1: Q9H492
Taxonomy: human
Experimental role: -
Biological role participant: -
Participant detection method: -
Host: -
Interaction detection method: pull down
Source: Biogrid
Original protein 2: Q13501
Taxonomy: human
Experimental role: -
Biological role participant: -
Participant detection method: -
PMID: 28740232
Interaction type: direct interaction
Evidence: LT
Inferred: -
Original protein 1: Q9H492
Taxonomy: human
Experimental role: -
Biological role participant: -
Participant detection method: -
Host: -
Interaction detection method: pull down
Source: Biogrid
Original protein 2: Q13501
Taxonomy: human
Experimental role: -
Biological role participant: -
Participant detection method: -
PMID: 28322253
Interaction type: direct interaction
Evidence: LT
Inferred: -
Original protein 1: Q9H492
Taxonomy: human
Experimental role: -
Biological role participant: -
Participant detection method: -
Host: -
Interaction detection method: pull down
Source: Biogrid
Original protein 2: Q13501
Taxonomy: human
Experimental role: -
Biological role participant: -
Participant detection method: -
PMID: 29426817
Interaction type: direct interaction
Evidence: LT
Inferred: -
Original protein 1: Q9H492
Taxonomy: human
Experimental role: -
Biological role participant: -
Participant detection method: -
Host: -
Interaction detection method: pull down
Source: Biogrid
Original protein 2: Q13501
Taxonomy: human
Experimental role: -
Biological role participant: -
Participant detection method: -
PMID: 31857589
Interaction type: direct interaction
Evidence: LT
Inferred: -
Original protein 1: Q9H492
Taxonomy: human
Experimental role: -
Biological role participant: -
Participant detection method: -
Host: -
Interaction detection method: pull down
Source: Biogrid
Original protein 2: Q13501
Taxonomy: human
Experimental role: -
Biological role participant: -
Participant detection method: -
PMID: 31625269
Interaction type: direct interaction
Evidence: LT
Inferred: from orthologous proteins
Original protein 1: Q91VR7
Taxonomy: mouse
Experimental role: -
Biological role participant: -
Participant detection method: -
Host: -
Interaction detection method: x-ray crystallography
Source: Biogrid
Original protein 2: Q64337
Taxonomy: mouse
Experimental role: -
Biological role participant: -
Participant detection method: -
PMID: 18524774
Interaction type: association
Evidence: LT
Inferred: -
Original protein 1: Q9H492
Taxonomy: human
Experimental role: -
Biological role participant: -
Participant detection method: -
Host: -
Interaction detection method: x-ray crystallography
Source: Biogrid
Original protein 2: Q13501
Taxonomy: human
Experimental role: -
Biological role participant: -
Participant detection method: -
PMID: 19021777
Interaction type: association
Evidence: LT
Inferred: -
Original protein 1: Q9H492
Taxonomy: human
Experimental role: -
Biological role participant: -
Participant detection method: -
Host: -
Interaction detection method: unspecified method
Source: Biogrid
Original protein 2: Q13501
Taxonomy: human
Experimental role: -
Biological role participant: -
Participant detection method: -
PMID: 34929165
Interaction type: direct interaction
Evidence: LT
Inferred: -
Original protein 1: Q9H492
Taxonomy: human
Experimental role: -
Biological role participant: -
Participant detection method: -
Host: -
Interaction detection method: unspecified method
Source: Biogrid
Original protein 2: Q13501
Taxonomy: human
Experimental role: -
Biological role participant: -
Participant detection method: -
PMID: 35044719
Interaction type: direct interaction
Evidence: HT
Inferred: -
Original protein 1: Q9H492
Taxonomy: human
Experimental role: -
Biological role participant: -
Participant detection method: -
Host: -
Interaction detection method: unspecified method
Source: Biogrid
Original protein 2: Q13501
Taxonomy: human
Experimental role: -
Biological role participant: -
Participant detection method: -
PMID: 37219487
Interaction type: direct interaction
Evidence: HT
Inferred: -
Original protein 1: Q9H492
Taxonomy: human
Experimental role: -
Biological role participant: -
Participant detection method: -
Host: -
Interaction detection method: imaging technique
Source: Biogrid
Original protein 2: Q13501
Taxonomy: human
Experimental role: -
Biological role participant: -
Participant detection method: -
PMID: 22714671
Interaction type: colocalization
Evidence: LT
Inferred: -
Original protein 1: Q9H492
Taxonomy: human
Experimental role: -
Biological role participant: -
Participant detection method: -
Host: -
Interaction detection method: imaging technique
Source: Biogrid
Original protein 2: Q13501
Taxonomy: human
Experimental role: -
Biological role participant: -
Participant detection method: -
PMID: 24619419
Interaction type: colocalization
Evidence: LT
Inferred: -
Original protein 1: Q9H492
Taxonomy: human
Experimental role: -
Biological role participant: -
Participant detection method: -
Host: -
Interaction detection method: imaging technique
Source: Biogrid
Original protein 2: Q13501
Taxonomy: human
Experimental role: -
Biological role participant: -
Participant detection method: -
PMID: 25450619
Interaction type: colocalization
Evidence: LT
Inferred: -
Original protein 1: Q9H492
Taxonomy: human
Experimental role: -
Biological role participant: -
Participant detection method: -
Host: -
Interaction detection method: imaging technique
Source: Biogrid
Original protein 2: Q13501
Taxonomy: human
Experimental role: -
Biological role participant: -
Participant detection method: -
PMID: 28951592
Interaction type: colocalization
Evidence: LT
Inferred: from orthologous proteins
Original protein 1: Q91VR7
Taxonomy: mouse
Experimental role: -
Biological role participant: -
Participant detection method: -
Host: -
Interaction detection method: imaging technique
Source: Biogrid
Original protein 2: Q64337
Taxonomy: mouse
Experimental role: -
Biological role participant: -
Participant detection method: -
PMID: 32093570
Interaction type: colocalization
Evidence: LT
Inferred: -
Original protein 1: Q9H492
Taxonomy: human
Experimental role: -
Biological role participant: -
Participant detection method: -
Host: -
Interaction detection method: biochemical
Source: Biogrid
Original protein 2: Q13501
Taxonomy: human
Experimental role: -
Biological role participant: -
Participant detection method: -
PMID: 24100292
Interaction type: association
Evidence: LT
Inferred: -
Original protein 1: Q9H492
Taxonomy: human
Experimental role: bait
Biological role participant: unspecified role
Participant detection method: sequence tag identification
Host: -
Interaction detection method: phage display
Source: Intact
Original protein 2: Q13501
Taxonomy: human
Experimental role: prey
Biological role participant: unspecified role
Participant detection method: sequence tag identification
PMID: 35044719
Interaction type: direct interaction
Evidence: HT
Inferred: -
Original protein 1: Q9H492
Taxonomy: human
Experimental role: bait
Biological role participant: unspecified role
Participant detection method: nucleotide sequence identification
Host: -
Interaction detection method: phage display
Source: Intact
Original protein 2: Q13501
Taxonomy: human
Experimental role: prey
Biological role participant: unspecified role
Participant detection method: nucleotide sequence identification
PMID: 37219487
Interaction type: direct interaction
Evidence: HT
Inferred: -
Original protein 1: Q9H492
Taxonomy: human
Experimental role: bait
Biological role participant: unspecified role
Participant detection method: sequence tag identification
Host: human-293t
Interaction detection method: anti tag coimmunoprecipitation
Source: Intact
Original protein 2: Q13501
Taxonomy: human
Experimental role: prey
Biological role participant: unspecified role
Participant detection method: sequence tag identification
PMID: 20562859
Interaction type: association
Evidence: HT
Inferred: -
Original protein 1: Q9H492
Taxonomy: human
Experimental role: bait
Biological role participant: unspecified role
Participant detection method: sequence tag identification
Host: human-293t
Interaction detection method: anti tag coimmunoprecipitation
Source: Intact
Original protein 2: Q13501
Taxonomy: human
Experimental role: prey
Biological role participant: unspecified role
Participant detection method: sequence tag identification
PMID: 20562859
Interaction type: association
Evidence: HT
Inferred: -
Original protein 1: Q9H492
Taxonomy: human
Experimental role: bait
Biological role participant: unspecified role
Participant detection method: sequence tag identification
Host: human-293t
Interaction detection method: anti tag coimmunoprecipitation
Source: Intact
Original protein 2: Q13501
Taxonomy: human
Experimental role: prey
Biological role participant: unspecified role
Participant detection method: sequence tag identification
PMID: 20562859
Interaction type: association
Evidence: HT
Inferred: -
Original protein 1: Q9H492
Taxonomy: human
Experimental role: bait
Biological role participant: unspecified role
Participant detection method: sequence tag identification
Host: human-293t
Interaction detection method: anti tag coimmunoprecipitation
Source: Intact
Original protein 2: Q13501
Taxonomy: human
Experimental role: prey
Biological role participant: unspecified role
Participant detection method: sequence tag identification
PMID: 20562859
Interaction type: association
Evidence: HT
Inferred: -
Original protein 1: Q9H492
Taxonomy: human
Experimental role: bait
Biological role participant: unspecified role
Participant detection method: western blot
Host: -
Interaction detection method: pull down
Source: Intact
Original protein 2: Q13501
Taxonomy: human
Experimental role: prey
Biological role participant: unspecified role
Participant detection method: western blot
PMID: 19250911
Interaction type: physical association
Evidence: HT
Inferred: -
Original protein 1: Q9H492
Taxonomy: human
Experimental role: bait
Biological role participant: unspecified role
Participant detection method: anti tag western blot
Host: -
Interaction detection method: pull down
Source: Intact
Original protein 2: Q13501
Taxonomy: human
Experimental role: prey
Biological role participant: unspecified role
Participant detection method: anti tag western blot
PMID: 23459205
Interaction type: direct interaction
Evidence: LT
Inferred: -
Original protein 1: Q9H492
Taxonomy: human
Experimental role: neutral component
Biological role participant: unspecified role
Participant detection method: predetermined participant
Host: chlae-cos_7
Interaction detection method: fluorescence microscopy
Source: Intact
Original protein 2: Q13501
Taxonomy: human
Experimental role: neutral component
Biological role participant: unspecified role
Participant detection method: anti tag immunostaining
PMID: 19427866
Interaction type: colocalization
Evidence: LT
Inferred: -
Original protein 1: Q9H492
Taxonomy: human
Experimental role: bait
Biological role participant: unspecified role
Participant detection method: nucleotide sequence identification
Host: yeasx
Interaction detection method: two hybrid array
Source: Intact
Original protein 2: Q13501
Taxonomy: human
Experimental role: prey
Biological role participant: unspecified role
Participant detection method: nucleotide sequence identification
PMID: 32296183
Interaction type: physical association
Evidence: HT
Inferred: -
Original protein 1: Q9H492
Taxonomy: human
Experimental role: neutral component
Biological role participant: unspecified role
Participant detection method: tag visualisation by fluorescence
Host: -
Interaction detection method: fluorescence polarization spectroscopy
Source: Intact
Original protein 2: Q13501
Taxonomy: human
Experimental role: neutral component
Biological role participant: unspecified role
Participant detection method: tag visualisation by fluorescence
PMID: 33436498
Interaction type: direct interaction
Evidence: HT
Inferred: -
Original protein 1: Q9H492
Taxonomy: human
Experimental role: neutral component
Biological role participant: unspecified role
Participant detection method: predetermined participant
Host: -
Interaction detection method: fluorescence polarization spectroscopy
Source: Intact
Original protein 2: Q13501
Taxonomy: human
Experimental role: neutral component
Biological role participant: unspecified role
Participant detection method: predetermined participant
PMID: 37219487
Interaction type: direct interaction
Evidence: HT
Inferred: -
Original protein 1: Q9H492
Taxonomy: human
Experimental role: neutral component
Biological role participant: unspecified role
Participant detection method: predetermined participant
Host: -
Interaction detection method: fluorescence polarization spectroscopy
Source: Intact
Original protein 2: Q13501
Taxonomy: human
Experimental role: neutral component
Biological role participant: unspecified role
Participant detection method: predetermined participant
PMID: 37219487
Interaction type: physical association
Evidence: HT
Inferred: -
Original protein 1: Q9H492
Taxonomy: human
Experimental role: neutral component
Biological role participant: unspecified role
Participant detection method: predetermined participant
Host: -
Interaction detection method: fluorescence polarization spectroscopy
Source: Intact
Original protein 2: Q13501
Taxonomy: human
Experimental role: neutral component
Biological role participant: unspecified role
Participant detection method: predetermined participant
PMID: 37219487
Interaction type: physical association
Evidence: HT
Inferred: -
Original protein 1: Q9H492
Taxonomy: human
Experimental role: bait
Biological role participant: unspecified role
Participant detection method: nucleotide sequence identification
Host: yeasx
Interaction detection method: two hybrid prey pooling approach
Source: Intact
Original protein 2: Q13501
Taxonomy: human
Experimental role: prey
Biological role participant: unspecified role
Participant detection method: nucleotide sequence identification
PMID: 32296183
Interaction type: physical association
Evidence: HT
Inferred: -
Original protein 1: Q9H492
Taxonomy: human
Experimental role: neutral component
Biological role participant: unspecified role
Participant detection method: nucleotide sequence identification
Host: yeasx
Interaction detection method: validated two hybrid
Source: Intact
Original protein 2: Q13501
Taxonomy: human
Experimental role: neutral component
Biological role participant: unspecified role
Participant detection method: nucleotide sequence identification
PMID: 32296183
Interaction type: physical association
Evidence: HT