KEGG   Canis lupus familiaris (dog): 607737
Entry
607737            CDS       T01007                                 
Symbol
SPAG17
Name
(RefSeq) sperm-associated antigen 17 isoform X1
  KO
K25533  sperm-associated antigen 17
Organism
cfa  Canis lupus familiaris (dog)
Brite
KEGG Orthology (KO) [BR:cfa00001]
 09180 Brite Hierarchies
  09183 Protein families: signaling and cellular processes
   03037 Cilium and associated proteins [BR:cfa03037]
    607737 (SPAG17)
Cilium and associated proteins [BR:cfa03037]
 Motile cilia and associated proteins
  Sperm associated proteins
   607737 (SPAG17)
SSDB
Motif
Pfam: PapD-like
Other DBs
NCBI-GeneID: 607737
NCBI-ProteinID: XP_013976097
Ensembl: ENSCAFG00000009951
VGNC: 46695
UniProt: A0A8P0SEZ0
Position
17:complement(54891599..55114823)
AA seq 2224 aa
MAPKKEKGGTSSNSSKIWEPSLIGAHFNQNDWKGSIAFVVGNRIEDDLLIQALTIAVQVP
QRKFFSIVSWQDILQQINESDGLYGTTSRKAKKPPSSSAPLFYEVIMAAKAIMDSGEKLT
LPLIGKLLKFQLLQIKIKDQQRRENEKKIIEDRFKVEKDKGKAKSPKEKKTSSVKIAKGK
GKDQPDTNTTVKKTTQLKRRGEEDDTKPYIDDEPDDGAQHYIIVVGFHNPQLLAIMTELG
IPISSVIKISSENYEPLQTHLAAVSQQQEVLLQPEDIEAEKLKKENAIRELQIFWKYLEP
ILNNEKPETNLFDVAQLEYMVKADNFPSDWADSEMMLELGTDIFENIACLMYDTLDWKRQ
HQHYLESMQLINIPQVVNEKPILEATSITEAPQPVAPTLGKKKAQNEESQAPTSAAFVFT
TEVDMRYYNDLLNPIPEEFISVPLILHCILEQVVATEEDLVPPRLVQPPPRADGLDHRIA
AHIVSILPSLCLTEREKKNLHEIFLSEEENESKAVPKGPLLLDYHDAHAHKKYALKNQKN
FDPVQIEQEMQSKLPLWEFLKFPLPPPWNSTKRLATIHELMHFCTNEVLSWNEVERAFKV
FTFESLKLSEVNEEGKLIPSEMMYGSDSEMFNIPWDNPARFAKQIRQQYIMKMSTQEAKC
QTDTETKDRILFVDHNWSTPMQENEISKEPYDDHQSDSNNRKHPDPNSKEPLDPDNIELS
VQKTSLKTQVQSGPSEQTRNNEIKDEGLTKADPLEKKPKKMTLEAELEDIKKTQQRSLMD
WSFTEHFKPKVLLQVLQEASQQYRWIDSYYHTQDNSLLLVFHNPMNTQRLHCEHWNIALH
SNVGFRNYLELVAKSIQDWIIKEEAIYQESKMAEEINRTKAELELKSAGGKITSPGKINA
VKESKSNKGMSKTEIADQEKEKEKEKEKIAFILEGSLKAWKEEQDRLAEEERLREEKKAE
KKSKEASKKKGKEKVEKEDSRALKKKSFFKEKSKEEQMRIPEVTEEPLLEPEPEIVYPFR
GYNMGDIPIQISGTNSYLYPSDGGQIEVEKTTFKKGPTFIKVTVKKDKHTFIIHLKDPKK
IVKKEKKEEDYSSEDVKEEREEEQNLETEVSDTEDKVVSKFGSFSATLENGICLSISYYG
PSGMAPEDKDPTLEAMLSIPSALTTTVIPLIVTVPQSKVKGKTKGKDKPKESLKEEEHAK
EEEKKEEVEPELVLQETLKVPTFQNLNVSCPSGLLVTFIGQESTDLNVMNEEPIWDIMVR
QSYPQKVKHYEFYKTVMPPVEQEASRVITRQGTVVKYMLDGSTQILFADGVVSNSPDSGP
VCPPVEMPPSPHSGDLMDTVSQQKSEIVPSEIVIPKKGKSHKNQSSMAHKNESHDPPPET
IQTVTPVEVHVGTWFTTTPEGKRIGTKGVERITDMTPLLSFKTTDPVNGTVMTTREDKVV
IVEKKDGTRIVDHADGTRITTFYQVYEDRITPPDDHQKTEHPQTVTRQVKCMRIENSHYA
TIITNCEDSSCCATFGDGTSIIAKPQGKYKVLPPNTGCLHIDRDCSATYCHETSSDIYHP
FQKREQLRASRYIMKHTSEVICEVLDPEGNTFQVMADGSTSTMVPENNLENDLNEKPEGY
DTLSATHLCKNHLQIYGEHVPRFFVIYADGSGVELLRDSDIEEYLSSAYGESATVVLQEP
VQEQPGALSITVLRPFYEASPWLMKKELDTIVPPNLRSRSWETFPSTEKKTPGPPFGTQI
WKGLDIGSKQLISAPGPILKSPNVLQMRQFIQHEVLKDEVKLKLQISLKDYINHILKKED
KLQEMTIKDSRTEEERGNAADLLKLVMSFPKMEETTKSHVTEVAAHLAELFKQSLPTAPE
HPPKTFDKYFLEKKWRHTEKTKHWREKLEQKRKEIENTQNYLKEIRNKVISPYFKSELSK
LYQSQFNNLDTLSKNLPPFTKTEEDANKTGLPNASDELHPDCQQDSEQESLRTTGLPKLK
NFVDITECAGQNQTENLSKPIDDPESYEPVKIPTQSLLQDVTGQARKEKVRLPHYLLSSK
PKSQPLTKVQDSVGGRVKTSSVASAAINNVNSSPFGFHLLPPSVKFGVLKEGHTYATTVK
LKNVGVDFCRFRVKQPPPSTGLKVTHKPGPVAAGLQTELKVELFAMAVGEDGTKGSTHIS
HNIEIMTEHDVLFLPVEATVLTSSNYDKRPKDFPQGKENPMVQRTSTISSSTLGVFMSRK
ISPH
NT seq 6675 nt   +upstreamnt  +downstreamnt
atggcacccaagaaagagaaaggcgggacttcgagcaacagttctaagatatgggaacct
tcgctcatcggtgcacacttcaatcagaatgattggaagggctccatcgcttttgtagtt
ggaaaccggattgaggacgatcttctcattcaagccctcaccattgctgtccaggtgcct
caacggaaattcttcagcatcgtgtcctggcaagacattctccagcagatcaatgaatca
gatggactttatggaactacatctagaaaggcaaagaaacctccaagcagtagtgctccc
ttattttatgaggtgataatggcagcaaaggcaattatggacagcggagagaaattaacc
ctaccactgatagggaaactcttgaaatttcagcttctccagattaaaatcaaggaccag
cagcgacgggaaaatgaaaagaagataatagaagatagattcaaggtagaaaaggataaa
gggaaagcaaaatctcccaaggagaagaagacctcaagtgtcaagattgccaaaggaaag
ggaaaggatcagcctgacacaaacacaacagtgaaaaagaccacgcagttaaaacgaagg
ggagaagaggatgacactaaaccttacattgacgatgagccagatgatggtgcccaacat
tacattatagttgtgggcttccacaatcctcagctattagcgattatgactgagcttggc
attcccataagcagcgtgattaaaatatcttcagagaattatgaacctctgcagacacac
ctggcagcagttagccaacagcaggaagttcttcttcagccagaagacatagaggccgag
aaactgaagaaagagaatgccataagagaacttcaaattttctggaagtatctggaacca
atcctgaataatgagaaacctgaaacaaatctctttgatgttgctcaacttgaatacatg
gtcaaggcagataactttccttccgactgggcagacagcgagatgatgctggagttgggt
actgacatttttgaaaatattgcctgtttgatgtatgacaccctggattggaagagacag
catcagcactatttggagagcatgcagcttatcaatatcccacaagtggttaatgagaaa
cctatcttggaagccacgtcaattactgaggctccacaacctgttgctccaacacttggc
aagaagaaagcacagaatgaggaatcacaagccccaacatcagcagcctttgtcttcaca
actgaagtagacatgaggtattataatgacttgctgaatccaattccagaagaattcatc
tctgtgcctctgatactgcattgtatactggaacaggttgtggcaactgaagaagacctt
gtcccgcctagactggtacagccgccccccagagcagatgggttggaccacagaatcgca
gctcacattgtgtccatcctgccttctctctgtctcacagagagggagaaaaagaatctc
catgaaatattcttatctgaagaagaaaacgaaagcaaggcagtgcccaaaggccctctc
ctactggactatcatgatgcacatgcccacaagaagtatgctctaaagaaccaaaagaat
tttgacccagttcaaattgagcaggagatgcagtccaagttgccactgtgggaattcctt
aaattccccctgcccccgccatggaacagcactaaacgtctagctacaatccatgagctc
atgcacttctgtacaaatgaagtcttgagctggaatgaagtagaacgagccttcaaagtg
tttacttttgaaagcctgaaactctctgaggttaacgaagaaggaaagctaataccttct
gagatgatgtatggatcagattctgagatgttcaacataccgtgggacaaccctgccaga
tttgctaaacagataaggcagcaatacatcatgaaaatgagcacccaagaggccaaatgc
caaacagatactgaaaccaaagacagaattttatttgtggatcacaattggtcaacacct
atgcaagagaatgaaatcagtaaagaaccttatgacgatcatcagtctgattctaataat
agaaagcatcctgacccaaacagtaaggaacccttagaccctgacaacatagagctgtca
gtgcagaagaccagcttgaagactcaggttcagtctgggccttcagaacagaccaggaac
aatgagatcaaagatgaaggactcacaaaggctgatcctcttgaaaagaaacccaagaag
atgactctggaagccgaattagaggacataaagaaaactcaacaacgcagtctaatggac
tggagtttcactgaacattttaaaccgaaagttctgcttcaggttctgcaagaagccagt
cagcaatacaggtggattgattcttattaccatacccaggacaactctctacttttagtc
tttcataatccaatgaatacacaacgtctgcattgtgaacattggaacattgctcttcac
tccaacgttggattcaggaattatttggaacttgtggcaaaatccattcaagattggatc
ataaaagaagaagccatatatcaggaatctaaaatggctgaggaaattaataggacaaag
gctgagctggaattgaaatctgctggtggcaaaatcacttctcctggcaaaatcaatgct
gttaaagaatctaaaagtaacaaaggaatgagcaaaacagagatagcagatcaagaaaaa
gaaaaggaaaaagagaaagagaagattgctttcattttagaaggctctctcaaggcatgg
aaagaagaacaagatcgattagcagaagaagagcgcttacgggaagaaaaaaaagcagaa
aagaaaagtaaggaagctagtaaaaagaaaggaaaggaaaaggtagagaaagaagacagt
agggctttgaagaaaaaatcgtttttcaaggagaaatctaaagaagaacaaatgagaatt
ccagaagtaacagaggaacctctcctggaaccagaacctgagattgtttatccgtttcgt
ggatacaatatgggagatatacccatccaaatctcaggaacaaattcttatctgtatcct
tcagatggagggcagattgaagttgagaagacaacatttaaaaaagggccaacttttatc
aaagtgacagtgaaaaaggacaagcacacttttataattcatttaaaagaccctaagaaa
attgtgaaaaaggaaaaaaaagaagaggattattcttcagaagatgtgaaagaagaaaga
gaggaagagcagaatcttgaaacagaagtatcagatacagaggataaagttgtcagcaag
tttggatctttttctgccaccttagaaaatgggatctgcctctcaataagttactatgga
ccaagtggaatggcaccagaagataaggatcctactttggaagccatgttgagtatccca
tcagctcttactacaacagtaattcctcttatagtgactgttcctcaaagcaaagtaaaa
ggaaaaacaaaaggtaaagataaacccaaagaatctcttaaagaagaggaacacgcaaaa
gaagaagagaaaaaggaagaagtagaaccagaacttgttttacaagagacacttaaggtt
cctaccttccaaaacctaaatgtgtcttgccccagtggactccttgtgaccttcattggg
caagagtctacagatctgaatgttatgaatgaggaacccatttgggacatcatggtccgg
cagagctacccccagaaggtgaagcactatgagttctacaagactgtgatgccgccagtg
gagcaggaggcatcaagagttatcaccaggcaaggcactgttgtcaaatacatgttggat
ggatccacacagattctctttgcagatggtgttgtgagcaatagtcctgattcaggtcct
gtttgtcctcctgttgaaatgccaccaagccctcacagcggagacttgatggacacagtt
tctcagcagaagtcagaaatagtaccgtcagagattgtcatcccaaagaaaggaaaaagt
cacaaaaatcagtcatcaatggcgcataagaatgaaagccatgatcctcccccagagaca
attcaaacagtaactccagtggaggttcatgtaggcacctggtttacaaccacaccagaa
ggaaaacggattggcaccaaaggagtagaaagaataacagacatgaccccattattatcc
tttaagaccacagatcctgtcaatggaacggttatgacaactcgagaagacaaagtagtc
attgtagaaaagaaagatggcactcggatagtggatcatgctgatggtaccagaatcaca
accttttatcaagtttatgaagatcgtattactcctccagatgatcaccaaaaaactgaa
catcctcaaactgtcaccaggcaggtgaagtgcatgcggatagaaaactcacactatgcc
actatcatcaccaactgcgaggacagtagctgctgtgccacctttggggatgggacatct
attattgcaaagccacagggaaaatacaaggtgttacctccaaacacaggctgccttcac
atcgatagggattgttcagctacatattgtcatgaaacaagcagtgatatataccaccct
ttccaaaaacgtgagcagctaagagctagcaggtacatcatgaagcacacatcggaggtt
atctgtgaggtcctagatcccgagggaaatacctttcaggttatggctgatggtagcaca
tcaactatggtacctgaaaacaatttagaaaatgatttaaatgaaaaacctgaaggctat
gatactttatcagctactcacctttgtaagaaccatctgcaaatctatggtgaacacgtg
cccaggttttttgtcatttatgctgacggatcaggagtggaacttcttcgagacagtgac
atagaagaatacctatcttcggcatatggagaatcggctactgtagttctgcaggagcca
gtacaggaacagccaggtgccctgagcatcactgtccttcgccctttttatgaagcatca
ccatggctaatgaagaaagaattagatacaattgttcctcctaatctccggtcaaggtca
tgggagacatttccctccactgagaaaaaaactcctggacctccatttggcactcagatt
tggaagggtcttgacattgggtccaaacagctaataagtgccccaggccctatactcaag
agccctaacgttctacagatgcgtcagttcatccagcatgaggtcttgaaggatgaggtg
aaactaaagttgcagatttcccttaaggattatataaaccatattctaaagaaagaggat
aagctacaggaaatgactattaaagattccagaactgaggaggaaaggggtaatgctgca
gatctcctcaagctagtaatgtcattccctaaaatggaagaaactacaaaaagtcatgta
actgaagttgcagcccacctagccgaattattcaagcaatctttgcctactgctccagaa
catccaccaaaaacatttgataaatatttccttgaaaagaaatggaggcacacagaaaaa
acaaagcactggagagaaaagttggaacaaaagaggaaggaaattgaaaatacgcagaat
tacctaaaggaaattaggaacaaagtcatatcaccctacttcaaatctgaattgagcaag
ttatatcagtctcagtttaataatctggacaccctttccaaaaacttgcctccttttaca
aagacagaggaagatgcaaacaaaacaggtcttccgaatgcatccgatgaacttcatcca
gattgccagcaagattcagaacaggaatccttaagaacaacaggtcttccaaaactgaag
aattttgtggacatcacggagtgtgctggccagaaccaaactgaaaatttatcaaaacct
atcgacgacccagaatcctatgagcccgtgaaaattccaacccagtccttgctccaggat
gtcacaggacaagccaggaaagagaaagtgaggctaccacactacttgttgagttccaag
cccaagtctcaacctctcacgaaggtgcaggattctgttggaggaagagtgaaaacatcc
tctgttgcatctgctgccattaataatgtgaattcatccccttttggtttccacctgctc
ccaccatcggtgaagtttggcgtgcttaaagagggacacacctacgcaaccactgtaaag
ctcaagaacgtgggagtggacttctgcagatttagggtgaagcagcccccacccagcaca
ggactgaaagtaactcacaaacccggacctgtggcagctggtttgcaaacagaactgaaa
gtggagttatttgccatggctgttggagaggatggtaccaagggatcaacacacatctca
cacaatattgagattatgactgagcatgacgtcctgttcttacctgtggaagcaacagtt
ttgacaagcagcaattatgataagagaccaaaagattttcctcagggaaaagaaaatccc
atggtccagaggacttctacgatttcttcctctacacttggagtcttcatgtcccgtaaa
atttctccacattag

  All links  
Ontology (2)   
   KEGG BRITE (2)   
Genome (1)   
   KEGG GENOME (1)   
Gene (48)   
   KEGG ORTHOLOGY (1)   
   RefGene (42)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   Ensembl (1)   
   OC (1)   
   VGNC (1)   
Protein sequence (16)   
   UniProt (1)   
   RefSeq(pep) (15)   
DNA sequence (15)   
   RefSeq(nuc) (15)   
Protein domain (1)   
   Pfam (1)   
All databases (83)   

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