ATP6V0C and NIPAL3

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

Data Source:
BioGRID (two hybrid)

		ATP6V0C	NIPAL3
Description		ATPase H+ transporting V0 subunit c	NIPA like domain containing 3
Image			No pdb structure
GO Annotations	Cellular Component	Golgi Membrane Vacuolar Proton-transporting V-type ATPase, V0 Domain Lysosomal Membrane Plasma Membrane Focal Adhesion Endosome Membrane Membrane Clathrin-coated Vesicle Membrane Phagocytic Vesicle Membrane Synaptic Vesicle Membrane Cytoplasmic Vesicle Proton-transporting V-type ATPase Complex Proton-transporting Two-sector ATPase Complex, Proton-transporting Domain Proton-transporting V-type ATPase, V0 Domain Azurophil Granule Membrane Synapse Extracellular Exosome Tertiary Granule Membrane Bounding Membrane Of Organelle Ficolin-1-rich Granule Membrane	Membrane
	Molecular Function	Protein Binding Proton Transmembrane Transporter Activity Ubiquitin Protein Ligase Binding Proton-transporting ATP Synthase Activity, Rotational Mechanism Proton-transporting ATPase Activity, Rotational Mechanism	Protein Binding Magnesium Ion Transmembrane Transporter Activity
	Biological Process	Monoatomic Ion Transport Vacuolar Acidification Lysosomal Lumen Acidification Proton Motive Force-driven ATP Synthesis Regulation Of Macroautophagy Positive Regulation Of Wnt Signaling Pathway Endosomal Lumen Acidification Intracellular PH Reduction Golgi Lumen Acidification Synaptic Vesicle Lumen Acidification Proton Transmembrane Transport	Magnesium Ion Transport Magnesium Ion Transmembrane Transport
Pathways		ROS and RNS production in phagocytes Neutrophil degranulation Insulin receptor recycling Transferrin endocytosis and recycling Amino acids regulate mTORC1 Ion channel transport Regulation of MITF-M-dependent genes involved in lysosome biogenesis and autophagy	Miscellaneous transport and binding events
Drugs		Tiludronic acid
Diseases
GWAS			Cutaneous malignant melanoma ( 32341527) Cutaneous melanoma or hair colour ( 32341527) Male-pattern baldness ( 28196072)
Interacting Genes		54 interacting genes: AQP6 ARF6 ASGR2 CD53 CD69 CD79A CERS2 CLEC14A CLEC17A CLEC2D CLIC1 CPLX4 CREB3 DNAJC1 DRD2 EDA EDA2R ERBB2 ERGIC3 ERH EVI2A FAM210B FFAR2 GPR152 GPR25 GPR42 HSD17B13 HTR2C KLRC1 LMNA LRRC25 MARK3 MCEMP1 MDFI MSR1 NIPAL3 OPRM1 PDCD1LG2 PI16 PSMA3 RETREG3 SCN3B SLC35E3 SLC7A1 SMIM3 SPACA1 SSMEM1 STOM SUSD3 TMEM139 TMEM31 TMEM9 VSIR ZCCHC12	9 interacting genes: ATP6V0C CD79A GJA5 GPX8 LMNA MANBAL MFF TMEM14B VMA21
Entrez ID		527	57185
HPRD ID		00162	13149
Ensembl ID		ENSG00000185883	ENSG00000001461
Uniprot IDs		P27449	A6NN97 Q6P499
PDB IDs		6WLW 6WM2 6WM3 6WM4 7U4T 7UNF
Enriched GO Terms of Interacting Partners?		Membrane Protein Binding Plasma Membrane Transmembrane Signaling Receptor Activity External Side Of Plasma Membrane Carbohydrate Binding G Protein-coupled Receptor Activity Fucose Binding Regulation Of Establishment Of Protein Localization Identical Protein Binding	Lysosomal Lumen Acidification Intracellular PH Reduction Regulation Of Lysosomal Lumen PH Vacuolar Acidification 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 Regulation Of Cellular PH Regulation Of Intracellular PH Gap Junction Channel Activity Involved In SA Node Cell-atrial Cardiac Muscle Cell Electrical Coupling 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 DNA Double-strand Break Attachment To Nuclear Envelope Structural Constituent Of Nuclear Lamina Regulation Of PH IgM B Cell Receptor Complex 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 Regulation Of Mitochondrion Organization B Cell Receptor Complex 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 Establishment Or Maintenance Of Microtubule Cytoskeleton Polarity Proton-transporting Two-sector ATPase Complex, Proton-transporting Domain Gap Junction Hemi-channel Activity Connexin Binding Regulation Of Membrane Depolarization During Cardiac Muscle Cell Action Potential Lamin Filament Nuclear Pore Localization Vacuolar Proton-transporting V-type ATPase Complex Assembly SA Node Cell Action Potential Atrioventricular Valve Development
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