subject:START_ID	predicate:TYPE	object:END_ID	primary_knowledge_source:string	knowledge_level:string	agent_type:string	original_subject:string	original_object:string	snpeff_effect:string	distance_to_feature:int	ligand:string	protein:string	affinity_parameter:string	supporting_affinities:float[]	publications:string[]	affinity:float	object_aspect_qualifier:string	object_direction_qualifier:string	qualified_predicate:string	hetio_source:string[]	tmkp_confidence_score:float	sentences:string	tmkp_ids:string[]	detection_method:string	expressed_in:string[]	p_value:float[]	slope:float[]	species_context_qualifier:string	pubchem_assay_ids:string[]	patent_ids:string[]	aggregator_knowledge_source:string[]	id:string	category:string[]	provided_by:string	has_evidence:string[]	FAERS_llr:float	disease_context_qualifier:string	score:float	description:string[]	taxon:string	has_count:string	has_percentage:string	has_quotient:string	has_total:string	frequency_qualifier:string	stage_qualifier:string	ASSERTION:string	APPLIED_EVIDENCE_CODES_MET:string	APPLIED_EVIDENCE_CODES_NOT_MET:string	SUMMARY:string	EXPERT_PANEL:string	EVIDENCE_REPO_LINK:string	APPROVAL_DATA:string	PUBLISHED_DATE:string	MODE_OF_INHERITANCE:string	HPO_FOR_MODE_OF_INHERITANCE:string[]	DIRECTION:string	anatomical_context_qualifier:string	phosphorylation_sites:string[]	onset_qualifier:string	CLINGEN_VALIDITY_CLASSIFICATION:string	CLINGEN_CLASSIFICATION_DATE:string	CLINGEN_CLASSIFICATION_REPORT:string	CLINGEN_MODE_OF_INHERITANCE:string	NORMALIZED_MODE_OF_INHERITANCE:string	HPO_FOR_NORMALIZED_MODE_OF_INHERITANCE:string	object_specialization_qualifier:string	drugmechdb_path_id:string[]	GUIDELINE:string	TRIPLOSENSITIVITY_DESCRIPTION:string	TRIPLOSENSITIVITY_SCORE:string	negated:boolean	HAPLOINSUFFICIENCY_DESCRIPTION:string	HAPLOINSUFFICIENCY_SCORE:string	complex_context:string[]	primaryTarget:boolean	endogenous:boolean	sex_qualifier:string	population_context_qualifier:string	causal_mechanism_qualifier:string	subject_context_qualifier:string	object_form_or_variant_qualifier:string	subject_specialization_qualifier:string	object_part_qualifier:string	subject_part_qualifier:string
NCBIGene:7421	biolink:in_complex_with	NCBIGene:6256	infores:drugmechdb	knowledge_assertion	manual_agent	UniProtKB:P11473	UniProtKB:P19793																																																												DB01436_MESH_D007011_1DB01436_MESH_D007011_3DB01436_MESH_D012080_2DB01436_MESH_D012080_1DB01436_MESH_D012080_3DB01436_MESH_D007011_2																	
NCBIGene:51533	biolink:in_complex_with	NCBIGene:6604	infores:signor	knowledge_assertion	manual_agent	UniProtKB:Q9BWX1	UniProtKB:Q6STE5							PMID:33941892													NCBITaxon:9606											Mechanistically, PHF7 localizes to cardiac super enhancers in fibroblasts, and through cooperation with the SWI/SNF complex, it increases chromatin accessibility and transcription factor binding at these sites. Furthermore, PHF7 recruits cardiac transcription factors to activate a positive transcriptional autoregulatory circuit in reprogramming. PHF7 interacts with SMARCD3 to promote reprogramming.