SLC61A1 and BLCAP

Number of citations of the paper that reports this interaction (PubMedID 32296183)
50

Data Source:
BioGRID (two hybrid)

		SLC61A1	BLCAP
Description		solute carrier family 61 member 1	BLCAP apoptosis inducing factor
Image		No pdb structure	No pdb structure
GO Annotations	Cellular Component	Plasma Membrane Membrane	Nucleus Cytoplasm Membrane
	Molecular Function	Protein Binding Molybdate Ion Transmembrane Transporter Activity	Protein Binding
	Biological Process	Monoatomic Ion Transport Molybdate Ion Transport Response To Food Response To Starvation	Apoptotic Process Apoptotic Nuclear Changes
Pathways
Drugs
Diseases
GWAS			Rheumatoid arthritis ( 30891314)
Interacting Genes		58 interacting genes: ADGRE2 AQP6 ARL6IP1 BEST2 BLCAP BTNL9 C2CD2L CBARP CCL4L2 CD40 CD79A CLDN7 CLRN1 CREB3 CREB3L1 ERRFI1 FFAR2 FXYD3 GJA5 GLP1R GOSR2 GPR101 GPR152 GPR25 GPR42 GPX8 HSD17B13 IGFBP5 IL27RA KASH5 LAT LHFPL5 LMNA MMGT1 MUC1 PEX19 PKMYT1 PLN RNF144A RNF19B RTP2 SCN3B SHISAL1 SLC10A6 SLC18A2 SLC39A9 SSMEM1 STATH TBXA2R TIMMDC1 TMEM128 TMEM130 TMEM14B TMEM179B TMEM203 TMEM237 XRN1 YIPF6	17 interacting genes: ASGR1 CLDND2 CYSRT1 FAM241B GIMAP1 GJA5 GOSR2 HOXA1 LEMD1 LRAT NOTCH2NLA SKAP1 SLC61A1 SSMEM1 TMEM14B TMEM237 TMEM31
Entrez ID		84975	10904
HPRD ID		14416	16552
Ensembl ID		ENSG00000182544	ENSG00000166619
Uniprot IDs		Q6N075	P62952
PDB IDs
Enriched GO Terms of Interacting Partners?		Membrane Plasma Membrane G Protein-coupled Receptor Activity Protein Binding Monoatomic Ion Transport SA Node Cell Action Potential Regulation Of Muscle System Process Endoplasmic Reticulum Membrane Regulation Of Ventricular Cardiac Muscle Cell Membrane Depolarization G Protein-coupled Receptor Signaling Pathway Regulation Of Atrial Cardiac Muscle Cell Membrane Depolarization Negative Regulation Of Muscle Hypertrophy Localization Within Membrane Response To Testosterone	Membrane Gap Junction Channel Activity Involved In Purkinje Myocyte-ventricular Cardiac Muscle Cell Electrical Coupling Mitral Valve Development Septum Primum Development Gap Junction Channel Activity Involved In Atrial Cardiac Muscle Cell-AV Node Cell Electrical Coupling Atrial Ventricular Junction Remodeling Gap Junction Channel Activity Involved In Bundle Of His Cell-Purkinje Myocyte Electrical Coupling Positive Regulation Of Cell Communication By Chemical Coupling Atrial Cardiac Muscle Cell To AV Node Cell Communication By Electrical Coupling Vasomotion Purkinje Myocyte To Ventricular Cardiac Muscle Cell Communication By Electrical Coupling Regulation Of Purkinje Myocyte Action Potential Semicircular Canal Formation O-palmitoyltransferase Activity Phosphatidylcholine-retinol O-acyltransferase Activity Molybdate Ion Transmembrane Transporter Activity Molybdate Ion Transport Asialoglycoprotein Receptor Activity Gap Junction Channel Activity Involved In SA Node Cell-atrial Cardiac Muscle Cell Electrical Coupling Artery Morphogenesis Foramen Ovale Closure Bundle Of His Cell To Purkinje Myocyte Communication By Electrical Coupling Regulation Of Bundle Of His Cell Action Potential Cell Communication By Chemical Coupling Pulmonary Valve Formation SA Node Cell To Atrial Cardiac Muscle Cell Communication By Electrical Coupling Atrial Cardiac Muscle Cell To AV Node Cell Communication Abducens Nerve Formation Optokinetic Behavior Bundle Of His Cell To Purkinje Myocyte Communication Regulation Of Renin Secretion Into Blood Stream Gap Junction Channel Activity Involved In Cardiac Conduction Electrical Coupling Regulation Of AV Node Cell Action Potential Cerebral Cortex Development Regulation Of Atrial Cardiac Muscle Cell Action Potential Gap Junction Channel Activity Involved In AV Node Cell-bundle Of His Cell Electrical Coupling SA Node Cell To Atrial Cardiac Muscle Cell Communication Negative Regulation Of Glomerular Filtration AV Node Cell To Bundle Of His Cell Communication By Electrical Coupling
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