KEGG   Seriola lalandi dorsalis (Yellowtail amberjack): 111647671
Entry
111647671         CDS       T06058                                 
Symbol
ckap5
Name
(RefSeq) cytoskeleton-associated protein 5
  KO
K16803  cytoskeleton-associated protein 5
Organism
slal  Seriola lalandi dorsalis (Yellowtail amberjack)
Brite
KEGG Orthology (KO) [BR:slal00001]
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03036 Chromosome and associated proteins [BR:slal03036]
    111647671 (ckap5)
  09183 Protein families: signaling and cellular processes
   04812 Cytoskeleton proteins [BR:slal04812]
    111647671 (ckap5)
Chromosome and associated proteins [BR:slal03036]
 Eukaryotic type
  Centrosome formation proteins
   Spindle formation proteins
    111647671 (ckap5)
Cytoskeleton proteins [BR:slal04812]
 Eukaryotic cytoskeleton proteins
  Microtubules
   Tubulin-binding proteins
    XMAP215
     111647671 (ckap5)
SSDB
Motif
Pfam: XMAP215_CLASP_TOG CLASP_N CEP104-like_TOG HEAT TOR1L1_N HEAT_2 HEAT_EF3_N HEAT_ECM29 TAN HEAT_EZ
Other DBs
NCBI-GeneID: 111647671
NCBI-ProteinID: XP_023253068
Ensembl: ENSSLDG00000005619
Position
Unknown
AA seq 1978 aa
MGDDSEWMKLPIDQKCEHKVWKARLNGYEEALKLFQRIEDEKSPEWGKYLGLIKKFVTDS
NAVAQLKGLEAALAFIENAHVAGKTTGEVVSGVVTKVFNQPKARAKELGTDICLMYMEIE
KAEVVQDELLKGLDNKNPKIVVACIETLRKALSEFGSKIVTLKPVVKVLPKQFESREKAV
RDEAKLLAVEIYRWIRDALRPPLQNINSVQLKDLEEEWVKLPSSPAKQTRFLRSQQDLRA
KFEQQQAQGGAESDGEDVPETAAAVDPYELLEAVEILSKMPKDFYEKIEAKKWQERKEAL
EAIEALTKNPKLENGDYGDLVRALKKVVGKDANVMLVSLAAKCLAGLASGLRKKFGTYSG
LVVPTILEKFKEKKPQVVQALQEAIDAIFLTTTLQNLSEDILAVMDNKNPSIKQQASLFL
ARSFRHCTQATLPKSILKPLCAALIKQVNDSAPEVRDAAFEALGTAMRVVGEKAVNPFLT
DLDKLKLDKIKECSDKVELPGGRKGAGGGGGGGGLADKKSAAKAPPPAEAPPKSSAPSKK
TQSAASSKPSGGPPKKGKPTSGGGGKSKKAADNKEVTETELSAEVCEELAANVLPGSCLQ
QLDSANWKERLASMEEFQRAVETMDKGVMPCQALVRMLAKKPGWKETNFQVMQMKLHIVA
LIAQRGTFSKTSAGVVLDGLVDKVGDIKCGGNAKEGLTAIGQACSLPWTAEQVVSMVFAQ
KNPKNQAESLNWLANAMKEFGFAGINVKAFINNVKTALGATNPAVRTAAISLLGVMYLYM
GAPLRMFFEDEKPALLAQIDAEFEKMQGQSPPAPVRFTKKAAAEEEGDVGEEQEEDGGGG
GGQDIMDLLPRTDIGDKITSDLVSKIGDKNWKIRKEGLDEAAAIISDAKFITANIGDLPL
TLKGRLSDSNKILVQQTLTILQQLATAMGPGLKHHVKALGIPIITVLGDSKANVRAAAMT
TLQAWVEQTGMKEWLEGEDLSEELKRENPFLRQEVLGWLSEKLPTLRTVPGDLSLCVPQL
YACLEDRNGDVRKKAQDALPTFMMHLGYDKMAKATGKLKSASKDQVMAMLEKARTVMPAK
PAAPAKAGGGKGSAEPSRAASASRSQPASEDFVDSKPEVKKVRGGVAAKKGAAAKKPPAK
GMKDDEDKSGPIFTLIPNAKEQRIKEEKQLKILKWNFITPRDEYVEQLKTQMSTCFAKWL
QDELYHLDFQRHVKAIGVMIERLESESEATIGCLDLILKWFTLRFFDTNTTVLMKVLEYL
KLLFAMLNRENYHLTEYEATSFVPYLILKVGESKDVVRKDVRAILTMLCKVYPASKVFPF
LMDGTKSKNSKQRAECLEELGCLIEGYGMNVCQPTPAKSLKEIAVHIGDRDTSVRNAALN
TVVAVYNVCGDQVYKLIGNLSEKEMSMLEERIKRSAKKTPAAPAKQSATERSQKEHPTNP
NATFLRKPAQEDPNKLNQARQNTQHSESSHPSIPKEFQLDLDMIEMDQGRVCELPDLVQH
KLDELLEPIMIPEPKMHSVSPHFDDLHNSTASTINFVISQVASGDINTSIQALAQIDEVL
RQEDKAEVMSGHIDQFLIATFMQLRLIYSTHMADDRLDKRDIIKLYSCIIGNMLSLFSME
SLAREASMGVLKDLMHGLITLMLDSRVEDIEDGQQVIRSVNLLVIRVLEKSDQTNMISAL
LVLLQDSLVTTAGPPMFSELIMKCLWRMIRFLPETINTINLDRILLEVHNFMRVFPKEKL
KQLKSDVPHRTLKTLLHTLCKLTGAKILDHLSMIENRNESELEAHLRRVVKHSGNLSGLK
SDRGNEKSGLRVDDRMSKAKVSDILSEIFKKIGSKENTKEGLTELYEYKQKYSDADLEPF
LKNTSQFFQSYVERGLRMIESEREGKARIQTSGVGSSDDEPQQRPAISSLLSSKPSVASS
TDMLHSKLSQLKESREMYQQEHNAHSHSPTHAHTRSASPAANLDDLKKRLERIKSNRQ
NT seq 5937 nt   +upstreamnt  +downstreamnt
atgggggacgatagcgagtggatgaagcttcccatcgaccagaaatgtgaacacaaggtg
tggaaagcccgtctgaatggatatgaggaggctctgaagttgtttcagaggatagaagat
gagaagagtccagagtgggggaagtacctcggactgataaagaaatttgtcacagattct
aatgctgtggctcagcttaaaggcctggaggctgccctggccttcattgagaacgcccat
gtagctggcaagacgacaggtgaggtggtgtcgggtgtggtgaccaaagtgtttaaccag
ccaaaggctcgggccaaggagctgggcacagacatctgtctaatgtacatggagatagag
aaggctgaggtggttcaggatgagcttctaaaaggacttgacaacaagaaccccaagata
gtggtggcctgcattgagacactcaggaaggctctgagtgagtttggatctaagattgtg
acattgaagccagtagtgaaagttttacccaagcagtttgagtccagagagaaggcggtg
agagacgaagctaagctgctggctgtagagatctacagatggatcagagatgctctgaga
ccaccactgcagaacattaactctgtacagctgaaggacctggaggaggagtgggtgaag
ctgccttcatctcctgccaagcaaaccaggttcctgcgttcccagcaggacctgagggca
aagtttgaacagcagcaagcccaaggtggagcagagtctgatggagaggatgtgccagaa
acagcagcagctgtggatccttacgaactgctggaggctgtggagattctgtccaaaatg
cccaaagacttctatgagaaaatagaagctaaaaagtggcaggaaaggaaagaagctctg
gaggctatcgaagctctgaccaagaaccccaaactagagaatggagactatggagacctt
gtcagagcactaaagaaggttgttgggaaagatgccaatgtgatgctcgtgtcattggca
gctaaatgtctggctggactggccagtggcctcaggaagaaatttggaacatattctgga
cttgtggttccaactattctggagaagttcaaggagaagaagcctcaggttgtccaggcc
ctgcaagaggcgattgatgccatcttcctcactaccactctccagaacctctcggaggac
atcctagctgtgatggacaataaaaacccctccattaagcagcaggcctctctgtttcta
gctcgttccttcagacactgcacacaggccacgctgcccaagagcatcctcaaacccctc
tgtgctgctctcattaagcaagtgaatgactctgctccagaggtgcgtgacgctgccttt
gaagctctggggacggccatgagagtggtgggagagaaagctgtgaaccctttcttgact
gacttggataaactcaaactggataagataaaggagtgttctgataaagtagagctccct
ggagggaggaagggtgcaggaggtggaggaggtggtggtggattggcagacaagaagtct
gcagctaaagctcctccccctgctgaagctccacccaaatcctctgccccatccaagaag
acccaaagtgctgcttccagcaagccatcagggggtccacctaagaaaggcaaaccaacc
tctggaggtggtggaaaatccaagaaggctgctgacaataaagaagtcacagagactgaa
ctgtccgctgaggtgtgtgaggagctggcagcaaatgtacttcccggttcctgtctgcag
cagttggactcggccaactggaaggagagactagccagtatggaggagttccagagggct
gtcgagaccatggataagggggtgatgccctgccaggccttagtcaggatgttggcaaag
aaaccaggctggaaggaaaccaactttcaggtgatgcagatgaagctacacattgtggct
ctaatagctcagagaggaacgttttcaaagacatcggccggcgtggttttggatggcttg
gtggataaggtcggagacatcaaatgtggtggaaatgcaaaagaaggactgacggctatt
ggacaggcctgctcactgccatggactgcagaacaggttgtctctatggtatttgcacag
aagaatcccaagaaccaggcagagtctctcaactggctggctaatgccatgaaggagttt
ggctttgctggtatcaatgtgaaggctttcatcaacaatgtgaagacggctctgggagcg
actaaccctgctgtccggacagcagccatcagcctgctgggagtcatgtacctctacatg
ggagctcctctgcgcatgttctttgaagatgagaagcctgccctcctcgcacagatcgat
gctgaatttgaaaagatgcaaggccagtctccaccagctccagtcagattcaccaagaag
gcagcagcggaggaggagggtgatgtcggagaggagcaggaagaagatggaggaggagga
ggaggacaggacatcatggacttactacccagaacagatatcggtgacaagatcacatct
gatctggtgtctaaaattggggataagaactggaagatcaggaaggagggtctggatgag
gctgcagccataatatcagacgccaagttcatcacagccaacatcggagatctgcctctg
accctgaaaggtcgactcagtgattccaacaagatcctggtccagcagaccctgactatc
ctgcagcagctggctacagccatgggacctggacttaagcaccatgttaaagcactggga
atccccatcatcactgttcttggagacagcaaggccaatgtcagggcggctgccatgacc
actctgcaggcctgggtggagcagactgggatgaaggaatggttggagggagaagacctg
tcagaagagctgaagagagagaatcccttcctgagacaggaggtgcttggttggttatca
gagaagctgcccactctgaggacagtacctggggatctgtcgttgtgtgtcccccagctt
tatgcctgtctggaagacagaaatggagatgtgaggaagaaagctcaggatgccctgccc
accttcatgatgcacctgggctatgacaaaatggccaaggctactgggaaactcaaatct
gcgtccaaggatcaggtgatggccatgttggaaaaagccagaacagtgatgccagccaaa
cctgctgctcctgccaaagctggagggggaaaaggctctgcagagccgagcagagctgct
tcagcctcaaggtctcagccagctagcgaggactttgttgacagtaaacctgaagtgaag
aaggtccgaggaggagtggctgctaagaagggtgcagctgctaagaagcctccagccaaa
ggcatgaaggatgatgaagataagtctggtccaatcttcacactcatccccaacgctaag
gaacagaggatcaaagaggagaagcaactgaagattctgaaatggaacttcattactcct
cgagatgagtatgtggagcagctgaagactcagatgtccacctgctttgctaagtggctg
caggacgaactttatcaccttgacttccagagacacgtcaaggccataggagtcatgatt
gagaggttggagagtgagagcgaagccactatcggctgtctggacctgattctgaagtgg
ttcaccctgcggttctttgacaccaacaccacagtcctgatgaaggtgctggaatatcta
aagctgctgtttgccatgttgaacagggagaactaccacctgaccgagtacgaggccaca
tccttcgtcccctaccttatactcaaggttggagagtcaaaggatgtggttcgcaaagat
gtgcgggccatactgaccatgctgtgtaaggtttacccagcatccaaggtctttcctttc
cttatggatggaaccaaatccaagaactccaaacaaagagctgaatgtctggaggagttg
ggttgtttgatagagggctatgggatgaatgtatgccagccgactccagccaagtctctg
aaggagattgccgttcacatcggtgacagagacacatctgtccgcaatgccgctctgaac
actgtggtggctgtgtataacgtctgtggggatcaagtttacaaactaataggaaatctg
tcagagaaagagatgagcatgctggaggagagaatcaagcgttcagccaagaagactcct
gctgctcctgctaagcagagtgcgacagagaggtcccagaaagagcacccaaccaacccc
aatgccaccttcctccgcaagcctgcacaggaggaccccaacaaactcaaccaagcccgt
cagaacacccagcacagtgagtcctcccacccctccatccccaaggagttccagttagat
ttggacatgatcgagatggaccagggcagagtgtgtgagcttccggaccttgtccaacac
aagctggacgagctgctggagcccatcatgatccccgaacccaagatgcattctgtctct
ccacactttgatgacctccacaacagcacggcctccaccatcaacttcgtcatttctcag
gtggcgagtggagatattaacaccagcatacaggcactggcacagattgatgaggtgttg
cggcaggaggacaaagcagaggtcatgtcaggacacattgatcagttcctcattgccacc
ttcatgcagctgaggctcatctatagcacacacatggctgacgaccggctggacaagagg
gacatcatcaaactgtacagctgcatcataggaaacatgctgtctttgttctctatggag
tctctggccagagaggcatccatgggtgtgttgaaggacctgatgcacggtctgatcaca
ctgatgctggacagcagagtggaggacatagaagatggacagcaggtcatcagatctgtc
aacctgctggtaatcagggtcctggagaagtcggaccagaccaacatgatcagtgctctg
ttggttttgcttcaggacagtttagtcacaacagctggtcctccgatgttctctgaactg
atcatgaagtgtctgtggagaatgatccgctttctcccagagaccatcaacaccatcaac
ctggaccggatcttactggaagtccacaacttcatgagagttttccccaaagagaaactc
aagcagctcaagagtgatgtcccacacagaaccctcaagactctgttacacacactctgc
aagctcactggggccaagatcctagaccacctatcgatgatagagaatcgtaatgaatca
gagttggaggctcatctgaggcgggtggtcaaacactctggaaacctgtcaggactcaag
agtgaccgaggcaatgagaagtctggtctgcgtgtggacgaccgaatgtcaaaggcaaag
gtcagtgacattctgtctgaaatcttcaagaagattggctccaaggagaacactaaagag
ggtttgacagagctgtacgagtacaaacagaagtactcggatgcagacctggagcctttc
ctcaaaaacacatcccagttcttccagagttacgtggagcgaggccttcgtatgatcgag
tctgagagagagggcaaggctcgcatccagacctcaggagttggaagcagcgacgacgag
cctcagcagcgacctgccatctcgtccctgctgtcctcgaagccgtcggtggcctcctcc
actgacatgctccacagcaagctgtctcagctcaaagagtctagagagatgtaccagcag
gaacacaatgcacattcccactccccgacgcatgcgcacactcgctcagcctcgccagcg
gccaacctggatgacctgaagaaacgtctggagaggataaagagcaaccggcagtaa

  All links  
Gene (3)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   Ensembl (1)   
Protein sequence (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (10)   
   Pfam (10)   
All databases (15)   

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