KEGG   Homo sapiens (human): 200162
Entry
200162            CDS       T01001                                 
Symbol
SPAG17, CT143, PF6, SPGF55
Name
(RefSeq) sperm associated antigen 17
  KO
K25533  sperm-associated antigen 17
Organism
hsa  Homo sapiens (human)
Disease
H01282  Spermatogenic failure
Brite
KEGG Orthology (KO) [BR:hsa00001]
 09180 Brite Hierarchies
  09183 Protein families: signaling and cellular processes
   03037 Cilium and associated proteins [BR:hsa03037]
    200162 (SPAG17)
Cilium and associated proteins [BR:hsa03037]
 Motile cilia and associated proteins
  Sperm associated proteins
   200162 (SPAG17)
SSDB
Motif
Pfam: PapD-like
Other DBs
NCBI-GeneID: 200162
NCBI-ProteinID: NP_996879
OMIM: 616554
HGNC: 26620
Ensembl: ENSG00000155761
UniProt: Q6Q759
Position
1:complement(117953590..118185228)
AA seq 2223 aa
MAPKKEKGGTVNTSSKIWEPSLIAAQFNQNDWQASIAFVVGNQIEDDLLIQALTVAVQVP
QRKLFSMVSWQDILQQINEINTLVGSASSKKAKKPVGGNAPLYYEVLTAAKAIMDSGEKL
TLPLIGKLLKFQLLQIKFKDQQRRENEKKVIEDKPKLEKDKGKAKSPKEKKAPSAKPAKG
KGKDQPEANAPVKKTTQLKRRGEDDHTNRYIDDEPDDGAQHYIIVVGFNNPQLLAIMAEL
GIPITSVIKISSENYEPLQTHLAAVNQQQEVLLQSEDLEAEKLKKENAIKELKTFWKYLE
PVLNNEKPETNLFDVARLEYMVKAADFPSDWSDGEMMLKLGTDIFENIACLMYDILDWKR
QHQHYLESMQLINVPQVVNEKPVLEAMPTSEAPQPAVPAPGKKKAQYEEPQAPPPVTSVI
TTEVDMRYYNYLLNPIREEFISVPLILHCMLEQVVATEEDLVPPSLREPSPRADGLDHRI
AAHIVSLLPSLCLSEREKKNLHDIFLSEEENESKAVPKGPLLLNYHDAHAHKKYALQDQK
NFDPVQIEQEMQSKLPLWEFLQFPLPPPWNNTKRLATIHELMHFCTSDVLSWNEVERAFK
VFTFESLKLSEVDEKGKLKPSGMMCGSDSEMFNIPWDNPARFAKQIRQQYVMKMNTQEAK
QKADIKIKDRTLFVDQNLSMSVQDNESNREPSDPSQCDANNMKHSDLNNLKLSVPDNRQL
LEQESIMKAQPQHESLEQTTNNEIKDDAVTKADSHEKKPKKMMVEADLEDIKKTQQRSLM
DWSFTEHFKPKVLLQVLQEAHKQYRCVDSYYHTQDNSLLLVFHNPMNRQRLHCEYWNIAL
HSNVGFRNYLELVAKSIQDWITKEEAIYQESKMNEKIIRTRAELELKSSANAKLTSASKI
FSIKESKSNKGISKTEISDQEKEKEKEKIPFILEGSLKAWKEEQHRLAEEERLREEKKAE
KKGKEAGKKKGKDNAEKEDSRSLKKKSPYKEKSKEEQVKIQEVTEESPHQPEPKITYPFH
GYNMGNIPTQISGSNYYLYPSDGGQIEVEKTMFEKGPTFIKVRVVKDNHNFMIHLNDPKE
IVKKEEKGDYYLEEEEEGDEEQSLETEVSDAKNKAFSKFGSFSATLENGICLSISYYGSN
GMAPEDKDPDLETILNIPSALTPTVVPVIVTVPQSKAKGKIKGKEKPKESLKEEEHPKEE
EKKEEEVEPEPVLQETLDVPTFQSLNVSCPSGLLLTFIGQESTGQYVIDEEPTWDIMVRQ
SYPQRVKHYEFYKTVMPPAEQEASRVITSQGTVVKYMLDGSTQILFADGAVSRSPNSGLI
CPPSEMPATPHSGDLMDSISQQKSETIPSEITNTKKGKSHKSQSSMAHKGEIHDPPPEAV
QTVTPVEVHIGTWFTTTPEGNRIGTKGLERIADLTPLLSFQATDPVNGTVMTTREDKVVI
VERKDGTRIVDHADGTRITTFYQVYEDQIILPDDQETTEGPRTVTRQVKCMRVESSRYAT
VIANCEDSSCCATFGDGTTIIAKPQGTYQVLPPNTGSLYIDKDCSAVYCHESSSNIYYPF
QKREQLRAGRYIMRHTSEVICEVLDPEGNTFQVMADGSISTILPEKKLEDDLNEKTEGYD
SLSSMHLEKNHQQIYGEHVPRFFVMYADGSGMELLRDSDIEEYLSLAYKESNTVVLQEPV
QEQPGTLTITVLRPFHEASPWQVKKEDTIVPPNLRSRSWETFPSVEKKTPGPPFGTQIWK
GLCIESKQLVSAPGAILKSPSVLQMRQFIQHEVIKNEVKLRLQVSLKDYINYILKKEDEL
QEMMVKDSRTEEERGNAADLLKLVMSFPKMEETTKSHVTEVAAHLTDLFKQSLATPPKCP
PDTFGKDFFEKTWRHTASSKRWKEKIDKTRKEIETTQNYLMDIKNRIIPPFFKSELNQLY
QSQYNHLDSLSKKLPSFTKKNEDANETAVQDTSDLNLDFKPHKVSEQKSSSVPSLPKPEI
SADKKDFTAQNQTENLTKSPEEAESYEPVKIPTQSLLQDVAGQTRKEKVKLPHYLLSSKP
KSQPLAKVQDSVGGKVNTSSVASAAINNAKSSLFGFHLLPSSVKFGVLKEGHTYATVVKL
KNVGVDFCRFKVKQPPPSTGLKVTYKPGPVAAGMQTELNIELFATAVGEDGAKGSAHISH
NIEIMTEHEVLFLPVEATVLTSSNYDKRPKDFPQGKENPMVQRTSTIYSSTLGVFMSRKV
SPH
NT seq 6672 nt   +upstreamnt  +downstreamnt
atggcacccaagaaggagaaaggaggaactgtgaacaccagttctaagatatgggaaccc
tcgctcatagctgcacagttcaatcagaacgattggcaggcctccattgcttttgtggtt
gggaaccagattgaagatgatcttctcatccaagcccttaccgtggctgtccaggtccct
cagcgtaaactcttcagtatggtgtcgtggcaagacattctccagcagattaatgaaata
aatacacttgttggatctgcttcatctaaaaaggcaaaaaaacctgtaggtggtaatgct
cctttatattatgaggtgttaacggcagcaaaagcaattatggatagtggagagaaatta
accttaccactgatagggaaactcttgaaatttcaacttctccagattaaatttaaggac
caacagcgacgggaaaatgaaaagaaggtaatagaagacaaacctaagttagaaaaggat
aaagggaaagcaaaatctcccaaggagaaaaaggctccaagtgccaagcctgccaaagga
aagggaaaggatcagcctgaggcaaatgcaccagtgaaaaagaccacccagttaaagcgg
agaggagaagacgaccacaccaatcgttacattgacgatgagccagatgatggtgcccaa
cattacattatagttgtgggctttaacaatcctcagctattagcaattatggctgagctt
ggcattcctataaccagcgtgattaaaatatcttcagagaattatgaacctctgcagaca
cacctggcagcagttaaccagcagcaggaagttcttcttcagtcagaagatctagaagca
gaaaaattgaagaaagaaaatgccataaaagagcttaaaactttctggaagtacttggaa
ccagtcctgaataatgagaaacctgaaacaaatctctttgatgttgctcgacttgagtac
atggtcaaagcagctgattttccttctgactggtcagatggtgagatgatgctgaaattg
ggcactgatatttttgaaaatattgcctgcttgatgtatgacatcctggattggaaaagg
cagcaccagcactatttggaaagcatgcagcttattaatgttccacaagtggttaatgag
aaacctgtattagaagccatgccaacttcagaggctccacaacctgctgtaccagctcct
ggaaagaagaaagcacagtatgaagaaccgcaagctccaccaccagtgacttcagtcatc
acaactgaagtagacatgagatattacaattatttgctgaatccaattcgagaggaattc
atttctgtgcccctgatactgcattgtatgctggaacaggttgttgcaactgaagaagat
ctcgtcccacccagtctgcgggagccatcccccagagcagacgggctagaccacagaatc
gcagctcacattgtgtcccttctgccctcactctgtctctcagagagggagaaaaagaat
cttcatgacatatttttatctgaagaagaaaatgaaagcaaagcagtgcccaaaggcccc
ctcctactgaactatcatgatgcacacgcccacaagaagtacgcactacaggaccaaaag
aattttgatccagttcaaattgagcaggagatgcagtccaagttgccactgtgggaattt
cttcaattccctctacccccaccatggaacaacactaaacgtctagctacaattcatgag
cttatgcacttttgtacgagtgatgtcttgagctggaatgaagtagaacgagccttcaag
gtgtttacttttgagagcctgaagctctctgaggttgatgaaaaagggaaactgaaacct
tctgggatgatgtgtgggtcagattctgaaatgttcaacataccgtgggacaaccctgcc
agatttgctaaacagataaggcagcaatatgtcatgaaaatgaatactcaagaggccaag
cagaaagcagatattaaaatcaaagacagaacactatttgtggatcagaatttgtcaatg
tctgtgcaagataatgaaagcaaccgagaaccttcagatcctagtcagtgtgatgctaac
aatatgaagcattctgacttgaataatctcaaactctcagtccctgataatagacagctg
ttagagcaggagagcatcatgaaggctcagccccaacatgagtctctggagcagaccaca
aacaatgagatcaaagatgatgcagtcacaaaggctgattctcatgaaaagaaacccaag
aagatgatggtggaagcagatttagaggacataaagaaaacacagcagcgcagtctaatg
gactggagttttactgaacattttaaaccgaaagtactgcttcaggtccttcaagaagcc
cataagcaatataggtgtgttgattcttactaccacacccaagacaactctttactttta
gtctttcacaatccaatgaatagacaacgtttgcattgtgaatattggaacattgctctc
cactccaatgttggattcaggaattatttggaacttgttgcaaaatctattcaagattgg
attacaaaagaagaagctatatatcaggaatctaaaatgaatgagaaaatcatcaggacc
agagctgagctggaattgaaatcttctgctaatgccaaacttacttctgctagcaaaatt
ttttccattaaagaatctaaaagtaacaaaggaatcagcaaaacagagatatcagatcaa
gaaaaagaaaaagagaaggaaaagattcctttcattttagaaggctctctcaaggcatgg
aaagaagagcaacatcgattagcagaagaggagcgcttaagggaagaaaagaaagcagag
aagaagggtaaagaagctggtaaaaagaaaggcaaggataacgcagagaaagaggatagt
aggtctttgaagaaaaaatcaccttacaaggagaaatctaaagaagaacaagtcaagatc
caagaagtaacagaagagtccccccaccaaccagaacctaagataacttacccgtttcac
ggatacaatatgggaaatatacccactcaaatctcagggtcaaattactacctgtatcct
tctgatggggggcagattgaagtggaaaagacaatgtttgaaaaaggcccaacttttatc
aaagtgagagtggtaaaggacaaccacaattttatgattcatttaaatgaccctaaggaa
attgtgaaaaaggaagagaaaggggattattatttagaagaggaagaagaaggagatgag
gaacaaagtcttgaaacggaagtatcagatgcaaagaataaagctttcagcaagtttgga
tctttttctgccaccttagaaaatggaatctgcctctcgataagttactatggatcaaat
ggaatggcaccagaagataaggatcctgatttagaaacaatattgaatatcccttcagca
ctcactccaacagtggttcctgttatagtgaccgttcctcaaagcaaagctaaagggaaa
ataaaaggcaaagaaaaacccaaagaatcccttaaagaagaagaacacccaaaagaagaa
gagaaaaaggaagaagaagtagaaccagaacctgttttacaagagactttggatgttccc
accttccagagcctaaatgtgtcttgccccagtgggctcctgttgactttcattggacaa
gaatctacaggtcaatatgttatagatgaggaacccacctgggacatcatggtccgtcag
agctacccccagagggtgaagcactatgagttctataaaacggtgatgccacccgcagag
caggaggcttcaagggttatcaccagtcaaggcactgttgtcaaatatatgttggatgga
tccacacagattctctttgcagatggtgctgtgagcaggagtcccaattcaggtcttatt
tgtcctccttctgaaatgccagcaacgcctcacagtggagatttgatggactctatttct
cagcagaaatcagaaacgataccatctgagattaccaacacaaagaaaggaaaaagtcac
aaaagtcagtcatcaatggcccataagggtgaaatccatgaccctcctccagaggcagtt
caaactgtaactcctgtggaggttcacataggcacctggtttacaaccacacctgaagga
aatcggatcggcaccaaaggattagaaagaatagcagacttgaccccattgttatccttt
caggccacagatcctgtcaatggaacggttatgacaactcgagaagacaaagttgtcata
gttgaaaggaaagatggtactcggatagtggatcatgctgatggtaccagaatcacaacc
ttttatcaagtttatgaagatcaaattattctgccagatgatcaagaaacaaccgagggt
cctcggactgtcaccaggcaggtgaagtgtatgcgggtagaaagctcacgctatgccact
gttatcgccaactgtgaggacagtagctgctgtgccacctttggagatggaacaactatt
attgcaaagccacagggaacataccaggtgttacctccaaacacaggctctctttatatt
gacaaggattgttcagctgtgtactgccatgagtcaagcagtaatatatactatcctttt
caaaagcgtgagcagctgcgagctggcaggtacatcatgaggcatacttcagaggttatc
tgtgaggttctggatcctgagggaaacacttttcaggtcatggctgatggtagcatatca
actatattacctgaaaaaaaattggaagatgatttaaatgagaaaactgagggctatgat
agtctgtcctctatgcaccttgaaaagaatcatcagcaaatctatggtgaacatgtcccc
aggttttttgttatgtatgctgatggatcaggaatggaacttcttcgagacagtgacata
gaagaatatctatctttggcatataaagaatcaaatactgttgttctccaagagccagtg
caggaacagccaggcaccctaaccatcacagtccttcgccctttccatgaagcatcacca
tggcaagtaaaaaaggaagatacaattgtccctcctaatctccggtcaaggtcatgggaa
acatttccctcagttgagaaaaaaactccaggacctccgtttggtactcagatttggaaa
ggcctttgcattgagtccaaacagctagtgagtgccccgggtgccatactcaagagcccc
agtgtgctacagatgcgccaattcattcagcatgaggtcataaagaatgaggtgaaactg
aggctgcaggtttcccttaaggattacataaactatattctaaagaaagaagatgagctg
caggaaatgatggttaaagattccagaactgaggaggagagaggcaatgctgctgatctc
ctcaagctggttatgtctttccctaaaatggaggaaactacaaaaagtcatgttactgaa
gttgcagctcacctaactgatttattcaagcagtctttggctacgcctccaaaatgccca
ccagacacatttggtaaagatttctttgaaaagacatggagacacacagcatcctcaaaa
cgctggaaagaaaagatagacaaaacgaggaaggaaattgagacaacacagaattaccta
atggatattaagaaccgcataataccacccttttttaaatctgaattgaaccagttatat
cagtctcagtataatcacctggacagtctttccaaaaaactgccttcttttacaaagaaa
aatgaagatgcaaacgaaacagctgttcaagatacatctgatcttaatctagatttcaag
ccacataaggtttcagaacagaaatcctcaagtgtgcctagtcttccaaaaccagagatt
tctgcagataagaaggatttcactgctcagaaccaaactgaaaatttaacaaaatctcct
gaagaagcagaatcttatgagcccgtgaaaattccaacccagtccttgctgcaggatgtt
gcgggacaaacaagaaaagaaaaagtgaagttgcctcattatttgctgagttccaagcct
aagtctcaacctcttgcaaaggtgcaagattctgttggaggaaaagtgaacacatcctct
gttgcatctgctgccattaataatgcaaagtcatccctttttgggttccatcttctccca
tcatcagtcaagtttggagtgcttaaggaaggacatacctatgccacagttgtaaagctc
aagaatgttggagtggacttctgcaggtttaaagtaaagcagcccccacccagcacagga
ctgaaagtgacttacaaacctggacctgtggcagctggtatgcagacagaactgaatata
gagttatttgccacagctgttggagaggatggggccaagggatcagcacacatctctcac
aatatcgagattatgacagagcatgaggttctgttcctacctgtggaagcaactgtttta
acaagcagcaattatgataaacgaccaaaagactttccccagggaaaagaaaatccaatg
gtccagagaacttctacaatttattcctccacacttggagtcttcatgtctcgtaaagtt
tctccacattag

  All links  
Ontology (2)   
   KEGG BRITE (2)   
Disease (3)   
   KEGG DISEASE (1)   
   OMIM (2)   
Genome (1)   
   KEGG GENOME (1)   
Gene (64)   
   KEGG ORTHOLOGY (1)   
   RefGene (31)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   HGNC (1)   
   Ensembl (1)   
   RIKEN BRC-DNA (27)   
   OC (1)   
Protein sequence (29)   
   UniProt (1)   
   SWISS-PROT (1)   
   RefSeq(pep) (27)   
DNA sequence (51)   
   RefSeq(nuc) (29)   
   GenBank (11)   
   EMBL (11)   
Protein domain (1)   
   Pfam (1)   
All databases (151)   

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