Inferred: -
Original protein 1: P34741
Taxonomy: human
Experimental role: -
Biological role participant: -
Participant detection method: -
Host: -
Interaction detection method: two hybrid
Source: Biogrid
Original protein 2: P34741
Taxonomy: human
Experimental role: -
Biological role participant: -
Participant detection method: -
PMID: 21988832
Interaction type: direct interaction
Evidence: HT
Inferred: -
Original protein 1: P34741
Taxonomy: human
Experimental role: -
Biological role participant: -
Participant detection method: -
Host: -
Interaction detection method: pull down
Source: Biogrid
Original protein 2: P34741
Taxonomy: human
Experimental role: -
Biological role participant: -
Participant detection method: -
PMID: 9244383
Interaction type: direct interaction
Evidence: LT
Inferred: -
Original protein 1: P34741
Taxonomy: human
Experimental role: unspecified role
Biological role participant: unspecified role
Participant detection method: nucleotide sequence identification
Host: yeasx
Interaction detection method: two hybrid
Source: Intact
Original protein 2: P34741
Taxonomy: human
Experimental role: unspecified role
Biological role participant: unspecified role
Participant detection method: nucleotide sequence identification
PMID: 21988832
Interaction type: physical association
Evidence: HT
Inferred: from orthologous proteins
Original protein 1: P34900
Taxonomy: rat
Experimental role: neutral component
Biological role participant: unspecified role
Participant detection method: molecular weight estimation by coomasie staining
Host: -
Interaction detection method: comigration in sds page
Source: Intact
Original protein 2: P34900
Taxonomy: rat
Experimental role: neutral component
Biological role participant: unspecified role
Participant detection method: molecular weight estimation by coomasie staining
PMID: 26601939
Interaction type: direct interaction
Evidence: HT
Inferred: from orthologous proteins
Original protein 1: P34900
Taxonomy: rat
Experimental role: neutral component
Biological role participant: unspecified role
Participant detection method: molecular weight estimation by coomasie staining
Host: -
Interaction detection method: comigration in sds page
Source: Intact
Original protein 2: P34900
Taxonomy: rat
Experimental role: neutral component
Biological role participant: unspecified role
Participant detection method: molecular weight estimation by coomasie staining
PMID: 26601939
Interaction type: direct interaction
Evidence: HT
Inferred: -
Original protein 1: P34741
Taxonomy: human
Experimental role: unspecified role
Biological role participant: unspecified role
Participant detection method: predetermined participant
Host: ecolx
Interaction detection method: tox-r dimerization assay
Source: Intact
Original protein 2: P34741
Taxonomy: human
Experimental role: unspecified role
Biological role participant: unspecified role
Participant detection method: predetermined participant
PMID: 18093920
Interaction type: direct interaction
Evidence: LT
Inferred: -
Original protein 1: P34741
Taxonomy: human
Experimental role: unspecified role
Biological role participant: unspecified role
Participant detection method: molecular weight estimation by coomasie staining
Host: ecolx
Interaction detection method: comigration in gel electrophoresis
Source: Intact
Original protein 2: P34741
Taxonomy: human
Experimental role: unspecified role
Biological role participant: unspecified role
Participant detection method: molecular weight estimation by coomasie staining
PMID: 18093920
Interaction type: direct interaction
Evidence: HT
Inferred: -
Original protein 1: P34741
Taxonomy: human
Experimental role: unspecified role
Biological role participant: unspecified role
Participant detection method: predetermined participant
Host: -
Interaction detection method: comigration in gel electrophoresis
Source: Intact
Original protein 2: P34741
Taxonomy: human
Experimental role: unspecified role
Biological role participant: unspecified role
Participant detection method: predetermined participant
PMID: 18093920
Interaction type: direct interaction
Evidence: HT