KEGG   Saccoglossus kowalevskii (acorn worm): 102806847
Entry
102806847         CDS       T04123                                 
Name
(RefSeq) microtubule-associated protein futsch-like
Organism
sko  Saccoglossus kowalevskii (acorn worm)
SSDB
Motif
Pfam: Pkinase PK_Tyr_Ser-Thr
Other DBs
NCBI-GeneID: 102806847
NCBI-ProteinID: XP_006824479
Position
Un
AA seq 2328 aa
MTDTDLLQASALVKDRWKVVAKIGGGGFGEIYEALDLQTGDHVAVKCESALQPKQVLKME
VAVLKKLQGKDHVCRFIGCGRNDQFNYVVMSLQAQNLAELRRSQAKGTFSISTTLRLGLQ
LLQGIENIHDVGFLHRDIKPSNFAMGRLPTTNRKVYMLDFGLARQYTNSMGLVRAPRAAA
GFRGTVRYASVNAHRNREMGRHDDLWSLFYMLVEFVAGQLPWRKIKDKEHVGTLKETHDN
RKFLKQLPSEFKPFLEHIQGLKYEDKPDYKYLKNLLEHCMNRKGIKEADPYDWEKGIGEG
SLTTTTGTLTTPPKIQGPVADLQPANTDAVLDENFSYHEQVKQVHIEVNKQKPENEYIQV
EEVIERQRVEEVDLQREIELEEVEIVEKEDDEDEEDEYEEEEMQQEEECEDVENRVLEVP
PIVRKPKLPGEKPKRRKGARKRKPKRMRIHDSHAILEGEMSFMTFRDHLGHMMSEKDQSV
QDDDNVQVLGAVGGTLDGEEALEAVPNNVQNGVAGRPPLPAGKPPLPSALNSATAKEHVS
NENGILDDRPPILGPTTVLTEKESCNEQYDTALQFIEPIENGYEHIYARQPSVPSDYKLA
YEEYEADVDEPKPTLDSAPHESDKQLSASANDQVDVIPPEHLTIKTEVSHLPKDSPTPWH
EEEEEAQANICAIERIEYQGIEEVQIWKPPCLEHVQIWKPERGTHYENVENFEAKYNQEE
NVEDALELQPVCVQEDEIEKHVIEYTGYPDEILHVSENSVDLNEARIEFPEGKCEIADRF
TCGNNKQFEQNAGSGSVSDDVIEHVHFDAFENFRRDEEYNASNEDEEEHLEIRRKFEISS
EEEPVPSFLRIDQVKMEDKEADNLAIQKSTNVSGPAETSIETLQDKNGADKQKTVLVEVQ
EKTTLDIDHPLHEEKVTDRTKLIRDEDTVEDEELNKFQKRLLPKITQNREKMEQIFTFNT
EFESPGQSIELCVETEEEAAKRIQKHLSASKRSPNRDLMEQILAGDDSEVDESPSALLRV
SSNRPRKSTTEKEKPEDLVLRDFEQIDDTKHLVIPNIDILTDSKEHSSGSGNALSDHQSK
HNYDTVEGNWDVPDEKNCKRLADTDLEERSLQNKNKPTNSDLEYIPSVHSLRIDTSQLSE
QVGKIGLVSPRAAMEEIFALGVDSLEDFSSEKKTPRKMKVQQTKKQSEKSLSDVDQFSQS
SASSKSLSRSDRSNRSGRQLPLVPKLKEHLKKLAVEESEGSLNNRRKGNRKLPAVPRPWA
DDASSRETDAKESNPSSSNLEEADNPVQKQEEKFVNFTAKMPTTFNLPEEERSKSSSDFA
QAYQKDGLHPVSEWQPSTLAVVATVMMDDDAITTAPMIHPSKSKSLLMDDDHSSYKQPSD
ISPALVDEEQVSKERKTVLSDDRTDGHEEKAVRFATDAIDADHKEYTHEGSMGKVDQCAT
HNQVPSFVLDAHHDDSIPPSPVAKVFQYDFSQEPQLHNAGLLPKDDVCCEKTSKEKILEL
SDKISVAVAAEKELSKVNKTPVESNSIVQLKDSVSKNVKIIDKIDSVSKRRRRRDKNIVP
LPSGVPTFKVGKGGIPFIPAAKGDLTKPPSPSEKARFFRKPEVKIQTGEDDKLPSETSDV
STSARIEQYSAIDVISAPENVQTRDCKSDSETGRKEEIVLERFFTSRKGLLGGLASKTGK
QNKDISQGSETSHIPTSEKSNKDKKEKDNKLELPEKAVRKRGDRKRERRRRKELRLQEAD
QTESVTSALDSEVHFVVTLPQDNNKKPVECITEPLDKPITNEIKCDETVTAPAPKESSMP
TRRALFKVAEYLEIGEHYEQCEQVDAPKPEQALLVTSDSLKEESAVYTASPVQQRRREKP
AQPSCEVVIKEPQSHPNDEDNDFSVRSAVYAQAGGIEDQGLHELDDHRLEALSRRDERRR
SRRRQRQASTGDNDLEKAHSTKPERDLLTVVSCDQVVDENKNLAQSQASIRQARERRRRR
RSRKSSEDEKDLIQALEIYKAEREEALRGNNDQSELSPPVYDNLAETVQPSSPMRSPSRP
KEPMSPHRRARSVNRNRNRNRKSPQNEPDEGQPESSAQLEISQEPIERSPSVSPRPGQRK
RWRRRTLEGDQIELPPKEEVLVISPSPTSTRSITFGMDTLEIPQSAGSPITSPLMRRKRS
RRRRPSEDEGTLETAVDFDTPYLDSSPPMIRDDSYRLDLLSTSPRAVSPLGGCAPESPLS
PPQSPRSSPRSPRSSPRSLSVSLRSSPRSLKSSQEDQFSHLSQPSEHTSSPRDEDSQMSS
AAPNSLARPRPPPGQAPRQGCISARRRRFRPAHLASPREHEQLTQTTS
NT seq 6987 nt   +upstreamnt  +downstreamnt
atgactgacactgatctactacaggccagtgcattggttaaagacagatggaaagtggta
gcgaaaattggtggtggaggctttggtgaaatctatgaggctttagatcttcaaaccggt
gatcatgttgctgtcaaatgtgaatcagcacttcagccaaaacaggtgctcaaaatggaa
gtggctgttctcaaaaaactacaaggaaaagatcacgtttgcaggtttattggctgtgga
cgtaatgatcagttcaactatgtggttatgtcgctacaggctcaaaacctcgctgagctc
agaagaagtcaggctaaaggaactttttcaattagtactacactacgtctgggtttgcag
ttattacaaggcattgaaaacatacatgatgttggcttcctccacagagatatcaaaccg
tccaactttgccatgggtcggctacctactaccaacagaaaagtttatatgctagacttc
ggtttggcgcgacaatatacaaattcaatgggcctagttcgagctccacgggcagcagct
gggttccgaggcactgttcgctatgcgtcggtcaacgcacatcgtaatcgggagatgggt
cggcatgacgatctgtggtctctcttttacatgttagttgagtttgtagcaggacagtta
ccctggaggaagatcaaagataaggaacatgttggcactttgaaggaaacgcatgacaac
agaaaatttttgaagcagcttccatctgaatttaaaccttttcttgaacacatccaggga
ttaaagtatgaagataaaccagattacaaatatctcaaaaacttattggaacactgcatg
aatcgtaaaggtatcaaagaagccgatccttatgactgggaaaaaggcattggtgaagga
tcattaactacaaccactggcaccttgactacaccccctaaaatacaaggtcccgtagct
gacttacaacctgccaacactgatgcggtactcgatgaaaacttcagttaccatgagcag
gtgaaacaggttcacattgaagtaaacaagcaaaaacctgagaatgagtacatacaggtt
gaggaagtcattgaacgacagagagtggaagaggttgatctacagagagagattgaactg
gaggaagttgagattgtggaaaaggaggatgacgaggatgaagaagatgaatacgaagaa
gaagagatgcaacaggaagaagagtgtgaggatgtggagaatagagtcttggaagtacca
ccaattgttaggaaacctaaactgccaggtgagaaaccgaaacgtcggaaaggtgccagg
aaacggaagcctaaaagaatgagaattcatgacagccatgctatattggaaggtgaaatg
agttttatgacattcagggatcatttaggacacatgatgagtgaaaaagaccaatcagtt
caagatgatgataatgtacaagttttaggagctgtaggaggaactttggacggtgaagag
gctttggaagcagtacccaataatgtgcaaaatggtgtcgctggacgaccaccattacca
gctggaaagccacctctcccatctgcccttaactctgccactgcgaaagaacatgtatca
aatgaaaatggcattcttgacgataggccgccaatacttggccctaccacagtactaact
gaaaaagaaagttgcaatgaacaatatgatacagcattacaatttattgagcccattgaa
aatggctatgagcatatttatgcacgtcagccatcggtgccttcggattataaattagca
tatgaggaatatgaagctgatgtggatgaaccaaagccaacgttagacagtgcgccgcat
gagagtgataaacaattatcggcatctgccaatgatcaggtggatgtaataccaccagaa
catctgacaattaaaactgaagtgtctcatttaccaaaagactctcctacaccttggcat
gaggaggaggaggaggcacaggcgaatatttgtgcaatagaaagaattgaatatcagggt
atagaggaagttcagatttggaaaccgccatgtctcgaacatgttcagatctggaaacct
gagagagggactcattatgagaatgtggagaactttgaagcaaaatacaatcaagaagag
aatgttgaggatgcacttgaactgcaaccggtttgtgttcaggaagatgaaattgagaaa
catgttatcgaatacacaggctaccctgatgagattttgcatgtctctgaaaacagtgtt
gacttaaatgaagctaggatagaatttcctgaggggaaatgtgaaatagctgacagattt
acctgtggcaataataaacaatttgaacagaatgcagggtcagggtcagtttcagatgac
gtcattgaacatgtgcattttgatgcatttgaaaattttagaagagacgaagaatacaat
gcatcaaatgaagatgaagaggaacatcttgaaatacggcgaaaatttgaaatatcctct
gaggaggaacctgtaccttcttttctgaggatagatcaagttaaaatggaagacaaagaa
gcagataatcttgccatacaaaaatctactaatgtttctgggccggctgagacgtccata
gaaacacttcaggacaaaaatggtgctgacaaacaaaaaacggtgctagtagaagttcag
gaaaaaactacattagacattgatcatccattgcatgaagagaaggtcactgataggact
aaactgatcagagatgaggacacagtggaagatgaggaattgaataaatttcaaaaaagg
cttttgccaaagataactcaaaacagagaaaagatggaacaaatttttacttttaacact
gagtttgaaagtcctgggcagtcaatcgaactgtgtgtagaaactgaagaagaagctgct
aagaggatacaaaaacatttatcagctagtaaaaggagtcccaatagagatttaatggaa
caaattttagctggtgatgactcagaggttgatgagagtccaagtgctttactcagggta
tcaagcaataggcctcgaaaatctacaactgaaaaagaaaagccagaagatttagtttta
agagattttgaacaaatagatgataccaaacatttagtgattcctaatatagacatttta
actgattctaaggaacattcaagtggttctgggaatgctttatcggatcaccagtccaaa
cacaattatgacacagtagaaggcaattgggatgtcccagatgagaagaattgtaaacgt
ctagctgatacagatttagaggagcgaagtctacagaataaaaacaaacccactaacagt
gatttggaatatataccctcagttcattcactgaggattgacacttctcaactttctgag
caagttgggaagattggattggtttcaccaagggctgctatggaggaaatatttgctctt
ggtgttgattctttggaagatttcagtagtgagaagaaaacacccaggaaaatgaaggtc
caacaaactaagaagcaatctgagaagagtttgtctgatgttgatcagttcagtcagagt
tctgcttccagtaaaagtttgagccggtcagacaggtctaatagatcaggcagacagctt
cccttagtgccaaaacttaaagaacatttgaagaaacttgctgttgaagagagtgagggg
agtttaaataacagaaggaaagggaacagaaaactacctgctgttcctaggccatgggca
gatgatgcaagtagcagagagacagatgctaaagaatcaaacccttcttcatcaaatttg
gaggaggcagataacccagtgcagaaacaagaagaaaaatttgtcaacttcactgccaag
atgccaacaactttcaatttacctgaggaagaaagaagtaaaagcagcagtgactttgct
caagcatatcagaaagatggcctgcaccctgtgagtgaatggcagccatctacattggct
gttgttgcgacagttatgatggatgatgacgctataacaactgcccccatgattcaccct
tcaaagtccaagtcattattaatggatgatgatcattcttcttataaacaaccatcagat
atttcacctgcacttgttgatgaagaacaagtgtcaaaagagagaaaaactgtactttca
gatgaccgaactgatgggcatgaggaaaaagctgtccggtttgctactgatgccatagat
gcagaccacaaagaatacacccatgagggatcaatgggcaaagtggatcagtgtgccact
cataatcaagtaccaagttttgttttagatgctcatcatgatgactctatacctccatct
cctgtagcaaaagttttccagtatgatttttcacaagaacctcaactgcacaatgctggg
ttactgccaaaggatgatgtttgttgtgagaaaacctcaaaagagaagattttggaattg
tcagataagatttctgtcgcagttgctgcagaaaaagaactttcaaaagtcaataagaca
ccggtagaatcgaattcaatagtgcaattaaaagattcagtctctaagaatgttaaaatc
attgataaaattgactctgttagtaagagacgacgtagaagagataaaaacatagtacct
ttaccatctggtgttcctacgttcaaagttgggaaaggtggaataccattcataccagct
gccaaaggggatcttacaaaacctcccagtcctagtgaaaaggccaggttttttaggaaa
cctgaagtaaaaatacaaactggtgaagatgataaattacccagtgagactagtgatgtt
tctacaagtgcaagaatagaacaatattctgctattgatgtaatcagtgctccagaaaat
gtacagacaagggactgtaagtcagacagtgaaactggtcgcaaagaggaaattgttctt
gaaagatttttcacttcaagaaaaggattacttggtggattagcttcaaaaactggcaag
caaaataaagatatcagtcaaggttctgaaactagtcacattcccacttctgaaaaaagc
aacaaggacaagaaagagaaagataacaaactagaactaccagagaaagcagttcggaag
agaggtgatagaaaaagagaacgacgaaggagaaaagaattgaggctacaagaagcagat
cagacggagagtgtgacttctgcattagattcagaagtacattttgtggttactcttcct
caggataacaacaaaaaaccagtggaatgcataaccgaaccattggataaacccatcaca
aatgaaataaaatgtgatgaaacagtcacagctccagctcccaaggaatcgtctatgccg
actagacgtgcattattcaaagtggctgaatacttagaaattggagaacattatgagcag
tgtgaacaggtagatgcacctaaacctgagcaagcattactcgtgaccagtgattcactg
aaagaagaatctgcagtgtacactgccagtcctgtgcaacaaagaagaagagaaaaacct
gcacagccatcttgtgaagtagtgataaaagaaccacaatcacatcccaacgatgaagat
aatgatttcagtgtccgatccgctgtgtatgcacaagcagggggaatagaggatcaaggg
ttacatgagctagatgatcatcgactggaagctcttagtaggagagatgaaagaagaaga
agtaggaggcgacaacgacaagcatctaccggggacaatgacctagagaaagcacattcc
actaaaccagaaagggacctgttaactgttgtatcttgtgaccaagtagtagatgaaaat
aaaaatctggcgcaaagtcaagcgtccattagacaagcaagggaaagacgaaggagaagg
aggtcacgcaaaagttcagaagacgagaaagatttaattcaagcacttgaaatatacaag
gctgaaagagaagaggcattgaggggaaataatgaccaatcagaactttcccctccagtg
tatgataatttagcagaaactgttcagccatcaagccctatgagaagtccctcaagacca
aaagaacccatgtctccacacagacgggctcggtcagttaatagaaatagaaatcgtaat
cgaaaaagcccccagaatgagcctgatgaaggacagcctgaatcatcagcccagttagag
atttcccaggaaccaatagagcgaagtcccagtgtttcacctagacccgggcagagaaaa
cgatggcgaaggcgtacgcttgaaggagatcagattgaactaccaccaaaagaggaagta
cttgtaatatcaccatcaccaacaagtactcggagcataacttttggaatggacacttta
gaaattcctcagtctgcaggaagtcccataacctcacctctcatgcggaggaagagaagt
agaagaaggcgaccatctgaggatgagggcactcttgaaactgcagtagactttgacaca
ccttatttagattctagtccccccatgatcagagacgattcttatcgactagatttatta
tcaaccagtccaagggcggtatcccctcttggaggctgtgcgccagaatcacctctgtca
ccaccacagtctcccagatcttcaccaaggtcacccaggtcttcaccaaggtcattgtca
gtgtcattgaggtcatcacctagatcattgaaatcatcacaagaagaccaattttcccat
ttatcacaaccaagtgaacacacttcctcacccagggatgaagatagtcagatgtcttca
gcggcacccaactcattggcacgacccagaccacctccaggacaagcaccaagacaaggg
tgtatatcagctaggcgcaggcgctttaggccagctcatctggcatctcctcgcgaacac
gaacagttgacacagaccactagttag

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Genome (1)   
   KEGG GENOME (1)   
Gene (89)   
   RefGene (86)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (2)   
   Pfam (2)   
All databases (94)   

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