A1CF and SYNCRIP

Number of citations of the paper that reports this interaction (PMID 11134005)
21

Data Source:
HPRD (in vitro, in vivo, two hybrid)

		A1CF	SYNCRIP
Gene Name		APOBEC1 complementation factor	synaptotagmin binding, cytoplasmic RNA interacting protein
Image
Gene Ontology Annotations	Cellular Component	Nucleoplasm Cytoplasm Endoplasmic Reticulum Apolipoprotein B MRNA Editing Enzyme Complex	Nucleus Nucleoplasm Endoplasmic Reticulum Membrane Ribonucleoprotein Complex CRD-mediated MRNA Stability Complex Catalytic Step 2 Spliceosome Histone Pre-mRNA 3'end Processing Complex GAIT Complex
	Molecular Function	Nucleotide Binding RNA Binding Double-stranded RNA Binding Single-stranded RNA Binding Protein Binding	Nucleotide Binding RNA Binding Protein Binding Poly(A) Binding Poly(A) RNA Binding
	Biological Process	MRNA Processing Gene Expression Cytidine To Uridine Editing MRNA Modification Protein Stabilization	MRNA Splicing, Via Spliceosome Osteoblast Differentiation RNA Processing RNA Splicing Viral Process Negative Regulation Of Translation CRD-mediated MRNA Stabilization Cellular Response To Interferon-gamma
Pathways		mRNA Editing: C to U Conversion mRNA Editing Formation of the Editosome
Drugs
Diseases
GWAS		Urate levels ( 23263486)
Protein-Protein Interactions		9 interactors: APOBEC1 CELF2 FHL3 KHSRP REL SDPR SYNCRIP TNPO2 TRAF1	31 interactors: A1CF APOBEC1 APP CSDE1 EPRS GRB2 HABP4 HMGA1 HMGA2 HNRNPD HNRNPK IL7R INSR IVNS1ABP KLHL3 NUPR1 PABPC1 PCSK7 PLCG1 PRMT1 PRMT8 PTPN11 SMN1 SYT1 SYT11 SYT2 SYT3 SYT4 SYT7 SYT8 SYT9
Entrez ID		29974	10492
HPRD ID		10627	06734
Ensembl ID		ENSG00000148584	ENSG00000135316
Uniprot IDs		B4E1E3 Q9NQ94	B7Z645 O60506 Q59GL1
PDB IDs		2CPD	2DGU
Enriched GO Terms of Interacting Partners?		MRNA Processing MRNA Metabolic Process RNA Processing MRNA Stabilization RNA Splicing, Via Transesterification Reactions Regulation Of MRNA Stability Regulation Of RNA Stability RNA Splicing Cytidine To Uridine Editing Negative Regulation Of Methylation-dependent Chromatin Silencing Regulation Of Methylation-dependent Chromatin Silencing CRD-mediated MRNA Stabilization RNA Metabolic Process Base Conversion Or Substitution Editing Negative Regulation Of Chromatin Silencing Gene Expression MRNA Splicing, Via Spliceosome Cytidine Deamination Regulation Of MiRNA Metabolic Process Positive Regulation Of Interleukin-12 Biosynthetic Process Regulation Of Interleukin-12 Biosynthetic Process DNA Demethylation MRNA Modification Positive Regulation Of Gene Expression, Epigenetic Pyrimidine Nucleoside Catabolic Process Lipoprotein Transport Regulation Of Gene Silencing Defense Response	Exocytosis MRNA Metabolic Process RNA Processing Regulation Of Calcium Ion-dependent Exocytosis Positive Regulation Of Calcium Ion-dependent Exocytosis MRNA Processing Cytidine To Uridine Editing Oncogene-induced Cell Senescence Secretion By Cell Positive Regulation Of Transport Senescence-associated Heterochromatin Focus Assembly Regulation Of Vesicle-mediated Transport Positive Regulation Of Cellular Senescence Regulation Of Vesicle Fusion Secretion Regulation Of Secretion RNA Metabolic Process Aromatic Compound Catabolic Process Posttranscriptional Regulation Of Gene Expression Peptidyl-arginine Methylation, To Asymmetrical-dimethyl Arginine Negative Regulation Of Chromatin Silencing Base Conversion Or Substitution Editing Regulation Of Cellular Localization Regulation Of Exocytosis Positive Regulation Of Cellular Metabolic Process Regulation Of MRNA Stability Regulation Of RNA Stability Positive Regulation Of Cell Aging Vesicle-mediated Transport Viral Process Positive Regulation Of Exocytosis RNA Splicing Regulation Of Growth Hormone Secretion Wound Healing Regulation Of Gene Expression Heterochromatin Assembly Positive Regulation Of Protein Metabolic Process Peptidyl-arginine N-methylation Histone H4-R3 Methylation Positive Regulation Of Metabolic Process Cellular Response To Insulin Stimulus Gene Expression Regulation Of Peptide Hormone Secretion Heterochromatin Organization Blood Coagulation Reproductive Process Hemostasis MRNA Splicing, Via Spliceosome RNA Splicing, Via Transesterification Reactions Response To Wounding
Tagcloud ?		apo apob causality conclusionsincreased crystals editing europeans gout hu immunosorbant introductiongout inverted mark10 mark3 mark6 markmol markori markx methodsnew monosodium msu normouricemia nu polynesian polynesians resultsincreased trended urate vldl	autonomy back bmp bottom connections correct explained genetically glass highlight influences maintaining modulates morphogenic motoneuron output partly plasticity postsynaptic presynaptic probability proper retrograde signals synapse synaptic transmission unexpected vesicle
Tagcloud (Difference) ?		apo apob causality conclusionsincreased crystals editing europeans gout hu immunosorbant introductiongout inverted mark10 mark3 mark6 markmol markori markx methodsnew monosodium msu normouricemia nu polynesian polynesians resultsincreased trended urate vldl	autonomy back bmp bottom connections correct explained genetically glass highlight influences maintaining modulates morphogenic motoneuron output partly plasticity postsynaptic presynaptic probability proper retrograde signals synapse synaptic transmission unexpected vesicle
Tagcloud (Intersection) ?