Eleginops maclovinus (Patagonian blennie): 134880636
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Entry
134880636 CDS
T09869
Symbol
ckap5
Name
(RefSeq) cytoskeleton-associated protein 5 isoform X1
KO
K16803
cytoskeleton-associated protein 5
Organism
emac
Eleginops maclovinus (Patagonian blennie)
Brite
KEGG Orthology (KO) [BR:
emac00001
]
09180 Brite Hierarchies
09182 Protein families: genetic information processing
03036 Chromosome and associated proteins [BR:
emac03036
]
134880636 (ckap5)
09183 Protein families: signaling and cellular processes
04812 Cytoskeleton proteins [BR:
emac04812
]
134880636 (ckap5)
Chromosome and associated proteins [BR:
emac03036
]
Eukaryotic type
Centrosome formation proteins
Spindle formation proteins
134880636 (ckap5)
Cytoskeleton proteins [BR:
emac04812
]
Eukaryotic cytoskeleton proteins
Microtubules
Tubulin-binding proteins
XMAP215
134880636 (ckap5)
BRITE hierarchy
SSDB
Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
XMAP215_CLASP_TOG
CLASP_N
CEP104-like_TOG
HEAT
HEAT_2
HEAT_EF3_N
TOR1L1_N
HEAT_ECM29
TAN
HEAT_EZ
ParcG
DUF1071
Motif
Other DBs
NCBI-GeneID:
134880636
NCBI-ProteinID:
XP_063763705
LinkDB
All DBs
Position
2:complement(28134035..28185983)
Genome browser
AA seq
2056 aa
AA seq
DB search
MGDDSEWMKLPVDQKCEHKVWKARLNGYEEAFKLFKKIEDEKSPEWGKYLGLIKKFVTDS
NAVAQLKGLEAALAFIENAHVAGKTTGEVVSGVVTKVFNQPKARAKEMGMDICLMYIEME
KGEVVQEELLKGLENKNPKIVVACIETLRRALSEFGSKIVTLKPVVKILSKQFESREKAV
RDEVKLLSVEIYKWIRDALRPPLQNITSVQLKELEEEWVKLPSSPPKQTRFLRSQHDLKA
KFEHHQAQGELSDGEDEADTVVAVDPYELLEAVDILAKMPKDFYDKIEAKKWQERKEALE
AIETLTKNPKLENGDYGDLVRALKKVVGKDANVMLVTLAAKCLAALASGLRKKFGTYSGQ
VVPTILEKFKEKKPQVVQALQEAIDAIFLTTTLQNLSEDILAVMDNKNPSIKQQTSLFLA
RSFRHCTQATLPKSVLKPFCAALIKQVNDSAPEVRDAAFEALGTAMKVVGEKAVNPFLSD
LDKLKLEKIKESADKVDLPGKKGAGGEKKPAAKAPPPAEAPPKSSAPPRKAQASSSKSSA
GPSKKGKAASAAGGKSKKAPESKDFIETELSIEACEEKAAAVLPASCMQQLDSANWKERL
ACMEEFQKAVETMDKADMPCQALVRMLAKKPGWKETNFQVMQMKLHIVALIAQRGQFSKT
SASVVLDGLVDKVGDVKCGGNAKEGLTAIGVACSLPWTAEQVVSMVFAQKNPKNQAETLN
WLANAMKEFGFVGINVKGFINNVKTALGATNPAVRTAAITLLGVMYLYMGAPLRMFFEDE
KPALLTQIDAQFEKMQGQSPPAPIRFTKKSAAAEEEEGDETEEQEEDGGGGGGQDIMDLL
PRTDICDKITSDLVSKIGDKNWKIRKEGLDETAAIISEAKFITTNIGDLPLALKARLGDS
NKILVQQTLTILQQLAAAIGPGLKQHVKALGMPIITVLGDSKANVRAAALSTLQAWVEQT
GMKEWLEGEDLSEELKRENPFLRQEVLGWLAEKLPTLRTVPADLMLCVPLLYACLEDRNG
DVRKKAQDALPTFMMHLGHDKMDKAAGKLKPASRDLVVAMLEKARAVMPAKPAAPAKAGG
GKSSAEPSRAASASRQPAGEDCVDSKPEVKKIRGGGGGGAATKKPSSPPKEPVPSPPSKD
KDSNASKKPPGKGKAAASSQQGPAGKKPAAKPQKDEEDKSGPIFVLIPNAKEQRIKEEKQ
LKILKWNFNTPRDEYLEQLKTQMSTCFAKWLQDELFHFDFQRHVKAIGVMIERMESESDA
TISCLDLILKWFTLRFFDTNTTVLMKVLEYLKLLFAMLNREDYHLTEYEANSFVPYLILK
VGEPKDGVRKDVRAILAMLCKVYPASKVFPFLMEGTKSKNSKQRAECLEELGCLIEGYGM
NVCQPTPAKSLKEIAVHIGDRDTSVRNAALNTVVAVYNVSGDQVYKLIGNLSEKDMSMLE
ERIKRSAKKAAAAPAKPSAPERTQREPPANPNATFRRKPAQEDPNKLKIMYRTYRIQARQ
NAQHSESSHPSIPKEFQLDLDMIEMDQSRVCELPDLVQHKLDGLLEPIKIPEPKMRSVSP
HYDDLHNSTASTINLVISQVASGDINNSIQALAQIDEVLRQQDKAEVMSGHIDQFLIATF
MQLRLIYSTHMADDRLDKRDITKLYSCIIGNMLSLFSIEALAREASMGVLKDLMHGLITL
MLDARVEDITDGQQVIRSVNLMVTRVLESSDQTNMISALLVLLQDSLATTAPPMFSELVM
KCLWRMIRFLPESINTINLDRILLDVHLFMKAFPKEKLKQLKSDVPHRTLKTLLHTLCKL
TGAKILDHLSMIENRNESELEAHLMRVVKHSGNLSGQKSDRGNEKGGLRTEDRMSKANVS
DILSEIFKKIGSKENTKEGLTELYEYKQNYSDADLEPFLKNTSQFFQSYVERGLRMIESE
REGKARIQTSAVIPQHGVDFSVSSNCEELKPAVYYERLKILRQRQGLENTSRGVGGGEDE
PQQRPPISSLLSSKPAVASSTDMLHSKLSQLKESRELYQQEHNTHSHSPTHTRSASPAAN
LDDLKKRLEKIKSKKQ
NT seq
6171 nt
NT seq
+upstream
nt +downstream
nt
atgggggacgatagcgagtggatgaagcttcccgtcgaccagaaatgtgaacataaggtt
tggaaagcccgtctgaatggttatgaagaagcttttaagttgttcaagaagatagaagat
gagaagagtccagagtgggggaagtacctggggctaataaagaagtttgtcactgactct
aatgctgtggctcagctgaaaggcctggaggctgccttggccttcattgagaatgctcat
gtagctggcaagaccacgggtgaggtggtgtcaggcgtggtgaccaaagtgttcaaccag
ccaaaggcgcgggccaaggagatgggcatggacatctgtctgatgtacatcgaaatggaa
aagggcgaggtggtgcaagaagagctgctcaaaggactggaaaacaagaaccccaagatc
gtggtggcctgcatcgagactctcagaagggccctcagtgagtttgggtctaagattgta
acattgaagccagtagtgaagattctatccaagcagtttgagtccagagagaaggcggtt
cgagacgaagtcaagctgctctccgttgagatctacaaatggatcagagatgctctcaga
cctccactgcaaaatattacctccgttcagctgaaggagctggaggaggagtgggtgaag
ctgccttcatctcctcccaaacagaccaggttcctgcgctcccagcatgacctgaaggca
aagtttgaacaccaccaagcccaaggggaactgtccgatggagaggatgaggcggacaca
gtagtagcagtggatccttacgaactgctggaagccgtggacattttggcaaagatgccc
aaagacttttatgacaaaatagaagctaaaaagtggcaggagaggaaagaagctctggag
gctatagagactctgacaaagaacccgaaactagagaacggagactatggagaccttgtc
agagctctgaagaaggttgtggggaaagatgctaacgtgatgctggtgaccttggcagct
aaatgtctggctgcactggcctctggtctcaggaagaagtttggaacatattcgggacaa
gtggtcccaactattctggagaagttcaaggagaagaaacctcaggtggtccaggccctg
caagaggctattgacgccatcttcctcactaccactcttcagaacctgtcggaggacatc
ctggctgtgatggacaataagaacccgtccattaagcagcagacctctctgttcctggcc
cgctccttcagacactgcactcaggccacgctgcccaagagtgtcctgaaacccttctgt
gctgctctcatcaagcaagtgaatgactccgctccagaggtgcgtgatgccgcttttgaa
gctttagggacagccatgaaagtggtgggggagaaagctgttaatcctttcctgtctgat
ttggacaaactcaaactggaaaagataaaagagtctgctgataaagtggatctccctggg
aagaagggtgcaggaggggaaaagaagccagcagctaaagctcctccccctgctgaagct
ccacccaaatcatctgccccacctagaaaggcccaagcctcttccagcaagtcgtcagca
ggtccatctaaaaaaggcaaagcagcctctgcagcgggtggaaaatcaaagaaggcccct
gaaagtaaagatttcatcgagactgaactctctattgaggcgtgtgaggagaaggcagcc
gctgtacttcctgcttcctgtatgcagcagctggactcagccaactggaaggagagactg
gcgtgtatggaggagtttcagaaggctgttgagaccatggataaggcagacatgccgtgc
caggctctggtcaggatgttggccaagaaaccaggttggaaggagaccaacttccaggtg
atgcagatgaagctgcacatcgtggctctcatagctcagagaggacagttttcaaagacc
tcagcctctgtggttttggatggcttggtcgacaaggtgggagacgtcaaatgtggtggg
aacgccaaagagggactgactgctattggagtggcgtgctcactgccttggactgcagag
caggttgtgtctatggtgtttgcacaaaagaaccccaaaaaccaggcggagactctcaac
tggctggctaatgccatgaaggagttcggctttgtcggtatcaatgtgaagggcttcatc
aacaacgtgaagactgctctgggagcgactaaccctgccgtgcggacggctgccatcacc
ctgctgggagtcatgtacctgtacatgggtgctcctcttcgcatgttctttgaagatgag
aagcctgctctcctgacacagatagatgcccagtttgagaagatgcagggccagtctcca
ccagctcccatcagattcaccaagaagtcagcggcagcggaagaggaggagggtgatgaa
acagaggagcaggaagaagatggtggaggaggaggaggacaggacatcatggacttgctg
cccagaacagatatctgtgacaaaattacatctgatctggtatctaaaattggtgataag
aactggaagatcaggaaggagggtctggatgagactgcagccatcatctcagaggccaag
ttcatcaccacaaacatcggagacctgcctcttgccttgaaagcacgactcggtgattcc
aacaaaatcctggtgcagcagaccctgactatcctgcagcagctggctgcagccattgga
ccgggactcaagcagcatgtcaaagccctgggaatgcctatcatcactgtacttggagac
agcaaggctaatgttagggcagctgccctgagcactctgcaggcctgggtggagcaaact
gggatgaaggagtggctagaaggagaagacctgtcagaggagctaaaaagagagaacccc
ttcctacgacaggaggtgctgggctggttagcagagaagctgccgaccctgaggacggtc
cctgcagaccttatgctgtgtgtccctctcctctacgcctgtctggaggacagaaacgga
gatgtgaggaagaaggctcaggacgccctgccgaccttcatgatgcacctgggacatgac
aagatggacaaggctgctgggaaactcaaacctgcctctagggatcttgtggtagccatg
ttggaaaaggccagagcagtgatgccagctaaacctgctgcccctgccaaagctggaggg
gggaaaagctctgcagagccaagcagagctgcttcagcctccaggcagccagctggggag
gactgtgtggacagtaaacctgaagttaagaagatccgaggaggaggaggaggaggagcg
gccacaaagaagccttcctcccctcccaaggaacctgtcccttcccctccctccaaggac
aaggacagtaatgctagtaaaaagccccccggcaaagggaaggctgctgcaagcagtcaa
cagggtccagctggtaagaagcccgcagccaaaccccagaaagatgaggaagacaagtcc
gggccgatctttgtcctcatccccaacgccaaagaacagaggatcaaagaggagaagcaa
ctgaagattttgaaatggaacttcaacactcctcgagatgaatatttggagcagctgaaa
acccagatgtccacctgctttgctaagtggttgcaggatgagctcttccactttgacttc
cagagacacgtcaaggctataggagtcatgattgagaggatggaaagtgagagtgacgct
accatcagctgtctggacctcattctgaagtggttcaccctgaggttcttcgacaccaat
accacagtcctgatgaaggtgctggaatatctgaagctgctatttgccatgctgaaccga
gaggactaccacctgactgagtacgaggccaactctttcgtcccctacctcatactcaag
gttggagagccaaaggatggagtacgcaaagacgtccgggcgatcctggccatgctttgt
aaggtgtacccagcatccaaggtcttcccgttcctcatggaaggaaccaagtccaaaaac
tccaaacagagagctgaatgtctggaggagttgggttgtttgatagagggctatgggatg
aatgtctgtcagccgactccagccaagtctctgaaggagattgccgttcacatcggggac
agagacacgtctgtccgcaatgctgccctcaacacagtggtggctgtctacaacgtcagc
ggggaccaagtctacaaactgataggaaatttgtcagagaaagacatgagcatgctggag
gaaagaatcaagcgttcagcaaagaaggctgctgcagctcctgccaagcccagcgccccg
gagaggacccagagagagccccccgctaaccctaacgccaccttccgccgcaagcctgca
caggaagaccccaataaactcaaaataatgtatcgcacgtataggatccaagcacgtcag
aacgcccagcacagcgagtcctcacacccctccatccccaaggagttccagttggacctt
gacatgattgagatggaccagagcagagtgtgtgagctgccggatctggtgcaacacaag
ctggacgggctgctggagcccatcaagatccctgaacccaagatgcgttccgtctctcca
cactatgacgacctccacaacagcacggcctccaccatcaacttggttatctctcaggtg
gctagcggggacattaacaacagcatacaggcactggcacagatcgacgaggtgttgcgt
cagcaggacaaagcagaagtcatgtcaggacacatcgaccagttcctcatcgctaccttc
atgcagctcaggctcatctacagcacacacatggctgatgaccggctggacaagagggac
atcaccaaactgtacagctgcatcataggaaacatgctctctttgttctctatcgaggcc
ctggccagagaggcatctatgggcgtgttgaaggacctgatgcacggtttgataactctg
atgctggacgccagagtggaggacataacagatggacagcaggtcatcagatctgtcaac
ctaatggtcaccagagtgctggagagctctgaccagaccaacatgatcagcgctctgctg
gttttgcttcaggacagtttagctacaacagccccccctatgttctctgagctggtgatg
aagtgtctgtggaggatgatccgcttcctcccagagtccatcaacaccatcaacctggat
cggatcctgctcgacgtccacctcttcatgaaggctttccccaaggagaaactgaagcag
ctgaagagcgacgtccctcacagaaccctcaagacgctgctgcacacactctgcaagctg
accggggccaagatcctggaccacctgtccatgatagagaaccgtaatgagtctgagttg
gaggcccacttgatgcgggtggtcaaacactctggaaacctgtccggacagaagagtgac
cgtggcaacgagaagggtggtctgcgcacggaggatcggatgtcaaaggctaacgtcagt
gacattctgtctgaaatcttcaagaagatcggctccaaggagaacaccaaagagggtttg
acagagttgtacgaatacaaacaaaactactctgatgcagacctggagcccttcctcaaa
aacacatcccagttcttccagagctacgtggagcgaggccttcgcatgatcgagtctgag
agggagggcaaagctcgcatccagacctcagcagtgatccctcagcatggcgtggacttc
agtgtgagcagcaactgtgaagagctgaaaccagctgtctactacgagagactcaagatc
ctccgacagagacaaggcctggaaaacacctccaggggtgtgggaggaggcgaggacgag
cctcagcagcgcccccccatctcctccttgctgtcctccaagccggccgtggcctcgtcc
accgacatgctgcacagcaagctgtcgcagctcaaagagtccagagagctgtatcagcag
gaacacaacacacattcacattcccccacacacacccgctccgcctcccccgccgccaac
ctggacgacctgaagaagcgtctggagaagatcaagagcaagaagcagtga
DBGET
integrated database retrieval system
