KEGG   Homo sapiens (human): 9627
Entry
9627              CDS       T01001                                 
Symbol
SNCAIP, SYPH1, Sph1
Name
(RefSeq) synuclein alpha interacting protein
  KO
K04558  synphilin-1
Organism
hsa  Homo sapiens (human)
Pathway
hsa05012  Parkinson disease
hsa05022  Pathways of neurodegeneration - multiple diseases
Network
nt06463  Parkinson disease
nt06466  Pathways of neurodegeneration
  Element
N01025  Parkin-mediated ubiquitination
N01026  Mutation-inactivated PRKN to Parkin-mediated ubiquitination
Brite
KEGG Orthology (KO) [BR:hsa00001]
 09160 Human Diseases
  09164 Neurodegenerative disease
   05012 Parkinson disease
    9627 (SNCAIP)
   05022 Pathways of neurodegeneration - multiple diseases
    9627 (SNCAIP)
SSDB
Motif
Pfam: Ank_2 SNCAIP_SNCA_bd Ank_4 Ank Ank_5 Ank_3 Lzipper-MIP1
Other DBs
NCBI-GeneID: 9627
NCBI-ProteinID: NP_005451
OMIM: 603779
HGNC: 11139
Ensembl: ENSG00000064692
UniProt: Q9Y6H5
Structure
Position
5:122311353..122464219
AA seq 919 aa
MEAPEYLDLDEIDFSDDISYSVTSLKTIPELCRRCDTQNEDRSVSSSSWNCGISTLITNT
QKPTGIADVYSKFRPVKRVSPLKHQPETLENNESDDQKNQKVVEYQKGGESDLGPQPQEL
GPGDGVGGPPGKSSEPSTSLGELEHYDLDMDEILDVPYIKSSQQLASFTKVTSEKRILGL
CTTINGLSGKACSTGSSESSSSNMAPFCVLSPVKSPHLRKASAVIHDQHKLSTEETEISP
PLVKCGSAYEPENQSKDFLNKTFSDPHGRKVEKTTPDCQLRAFHLQSSAAESKPEEQVSG
LNRTSSQGPEERSEYLKKVKSILNIVKEGQISLLPHLAADNLDKIHDENGNNLLHIAASQ
GHAECLQHLTSLMGEDCLNERNTEKLTPAGLAIKNGQLECVRWMVSETEAIAELSCSKDF
PSLIHYAGCYGQEKILLWLLQFMQEQGISLDEVDQDGNSAVHVASQHGYLGCIQTLVEYG
ANVTMQNHAGEKPSQSAERQGHTLCSRYLVVVETCMSLASQVVKLTKQLKEQTVERVTLQ
NQLQQFLEAQKSEGKSLPSSPSSPSSPASRKSQWKSPDADDDSVAKSKPGVQEGIQVLGS
LSASSRARPKAKDEDSDKILRQLLGKEISENVCTQEKLSLEFQDAQASSRNSKKIPLEKR
ELKLARLRQLMQRSLSESDTDSNNSEDPKTTPVRKADRPRPQPIVESVESMDSAESLHLM
IKKHTLASGGRRFPFSIKASKSLDGHSPSPTSESSEPDLESQYPGSGSIPPNQPSGDPQQ
PSPDSTAAQKVATSPKSALKSPSSKRRTSQNLKLRVTFEEPVVQMEQPSLELNGEKDKDK
GRTLQRTSTSNESGDQLKRPFGAFRSIMETLSGNQNNNNNYQAANQLKTSTLPLTSLGRK
TDAKGNPASSASKGKNKAA
NT seq 2760 nt   +upstreamnt  +downstreamnt
atggaagcccctgaataccttgatttggatgaaattgactttagtgatgacatatcttat
tcagtcacatcactcaagacgatcccagaactgtgccgaagatgtgatacgcaaaacgaa
gacagatcagtttctagctctagctggaattgtggcatctcaactcttattacaaacacg
caaaagcccacaggaatcgctgatgtgtacagtaagttccgcccagtgaagcgggtttcg
ccactgaaacatcagccagagactctggagaacaatgaaagtgatgaccaaaagaaccag
aaagtggttgagtaccagaaagggggtgagtctgacctgggcccccagcctcaggagctt
ggccctggagatggagtgggcggcccaccaggtaagagctctgagcccagcacatcgctg
ggtgaactggagcactacgacctcgacatggatgagattctggatgtgccttatattaaa
tccagtcagcagcttgcctcttttaccaaggtgacttcagaaaaaagaattttgggctta
tgcacaaccatcaatggcctttctggcaaagcctgctctacaggaagttctgagagctca
tcatccaacatggcaccattttgtgttctttctcccgtgaaaagccctcacttgagaaaa
gcatcagctgtcatccacgaccagcacaagctgtccactgaagaaaccgagatctcacct
cctctggttaaatgtggctctgcatatgagcctgaaaaccagagtaaagacttcctaaac
aagacatttagtgatcctcatggtcgaaaagttgagaagacaacaccagactgccagctc
agggccttccacctacaatcctcagcagcagaatccaaaccagaagagcaggtcagtggc
ctaaaccggaccagctcccaaggcccagaagaaaggagtgagtatctgaaaaaagtgaaa
agcatcttgaacattgttaaagaaggacagatctctctcctgccacacctagctgcagac
aatctagacaaaattcacgacgaaaatggaaacaatctattacatattgcggcgtcacag
ggacacgcagagtgtctacagcacctcacttctttgatgggagaagactgcctcaatgag
cgcaacactgagaagttgactccagcaggcctggccattaagaatggtcagttggagtgc
gtacgctggatggtgagcgaaacagaagccattgcagaactgagttgttctaaggatttt
ccaagccttattcattacgcaggttgctatggccaggaaaagattcttctgtggcttctt
cagtttatgcaagaacagggcatctcgttggatgaagtagaccaggatggcaacagtgcc
gttcacgtagcctcacagcatggctaccttggatgcatacagaccttggttgaatatgga
gcaaatgtcaccatgcagaaccacgctggggaaaagccctcccagagcgccgagcggcag
gggcacaccctgtgctccaggtacctggtggtggtggagacctgcatgtcgctggcctct
caagtggtgaagttaaccaagcagctaaaggaacaaacagtagaacgtgtcacgctgcag
aaccaactccaacaatttctagaagcccagaaatcagagggcaagtcactcccttcttca
cccagttcaccatcctcacctgcctccagaaagtcccagtggaaatctccagatgcagat
gatgattctgtagccaaaagcaagccaggagtccaagaggggattcaggttcttggaagc
ctgtcagcctccagccgggctagacccaaagcaaaagatgaagattctgataaaatctta
cgccagttattgggaaaggaaatctcagaaaatgtctgcacccaggaaaaactgtccttg
gaattccaggatgctcaggcttcctctagaaattctaaaaagatcccactggagaagagg
gaactgaagttagccaggctgagacagctgatgcagaggtcactgagtgagtctgacaca
gactccaacaactctgaggaccccaagactaccccagtgaggaaggctgaccgaccaagg
ccgcagcccattgtagaaagcgtagagagtatggacagcgcagaaagcctgcacctgatg
attaagaaacacaccttggcatcagggggacgcaggtttcctttcagcatcaaggcctcc
aaatccctggatggccacagcccatctcccacctcagagagcagcgaaccagacttagaa
tcccagtatccaggctcagggagtattcctccaaaccagccctctggtgaccctcagcag
cccagccctgacagtactgctgcccagaaagttgccacaagtcccaagagtgccctcaag
tctccatcttccaagcgtaggacatctcagaacttaaaactgagagttacctttgaggag
cctgtggtgcagatggagcagcctagccttgaactgaatggagaaaaagacaaagataag
ggcaggactctccagcggacctccacaagtaacgaatcgggggatcaactgaaaaggcct
tttggagcctttcgatctatcatggagacactaagtggcaaccaaaacaataataataac
taccaggcagccaaccagctgaaaacctctacattgcccttgacctcacttgggaggaag
acagatgccaagggaaaccctgccagctccgctagcaaaggaaagaataaggcagcataa

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Ontology (1)   
   KEGG BRITE (1)   
Pathway (2)   
   KEGG PATHWAY (2)   
Network (4)   
   KEGG NETWORK (4)   
Disease (2)   
   OMIM (2)   
Genome (1)   
   KEGG GENOME (1)   
Gene (15)   
   KEGG ORTHOLOGY (1)   
   RefGene (8)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   HGNC (1)   
   Ensembl (1)   
   RIKEN BRC-DNA (1)   
   OC (1)   
Protein sequence (91)   
   UniProt (1)   
   SWISS-PROT (1)   
   RefSeq(pep) (89)   
DNA sequence (139)   
   RefSeq(nuc) (97)   
   GenBank (21)   
   EMBL (21)   
3D Structure (1)   
   PDB (1)   
Protein domain (7)   
   Pfam (7)   
All databases (263)   

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