Eleginops maclovinus (Patagonian blennie): 134868810
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Entry
134868810 CDS
T09869
Symbol
camsap1a
Name
(RefSeq) calmodulin-regulated spectrin-associated protein 1a isoform X1
KO
K17493
calmodulin-regulated spectrin-associated protein
Organism
emac
Eleginops maclovinus (Patagonian blennie)
Brite
KEGG Orthology (KO) [BR:
emac00001
]
09180 Brite Hierarchies
09181 Protein families: metabolism
01009 Protein phosphatases and associated proteins [BR:
emac01009
]
134868810 (camsap1a)
09183 Protein families: signaling and cellular processes
04812 Cytoskeleton proteins [BR:
emac04812
]
134868810 (camsap1a)
Protein phosphatases and associated proteins [BR:
emac01009
]
Protein serine/threonine phosphatases
Phosphoprotein phosphatases (PPPs)
Protein phosphatase-1
PP1-interacting proteins (PIPs)
134868810 (camsap1a)
Cytoskeleton proteins [BR:
emac04812
]
Eukaryotic cytoskeleton proteins
Actin filaments / Microfilaments
Actin-binding proteins
Cross-linking proteins
134868810 (camsap1a)
Intermediate filaments
Intermediate filament-binding proteins
134868810 (camsap1a)
BRITE hierarchy
SSDB
Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
CAMSAP_CKK
CAMSAP_CH
CAMSAP_CC1
CH
Motif
Other DBs
NCBI-GeneID:
134868810
NCBI-ProteinID:
XP_063746186
LinkDB
All DBs
Position
8:complement(19965273..20004082)
Genome browser
AA seq
1582 aa
AA seq
DB search
MDVEVSAGRDSSWRRAAAAEDVGGGGNMEAQVVPLELYDSARAKIEANLRWLFAKAYGKD
HIPADLRDPFYTDQYDQEHIKPPILRLLLSGELYCRVCGLILHAEQAAVLHTHQSVLQAL
SRKGIYVLVTGNTPVSDLDLSSSPIKMSSHIHLIDALMLAYTLEMISVEKVVSSVRRFSN
FSASKEQPFDLEDAMVFWINKVNIKMREILEKELKMKQHLMESPSHQKPDILHALACSLY
EPMEISQMVRYRRDHLSGRTLQHFPLLDDLLKDVCDGTALLSVVHFYCPDLIRLEDICLK
EVPSIADSVYNIQLLQEFSNEYLNRCFYLKPEDMLYSPPVLKNNVMVFIAELFWWFESVK
PDFVQPRDLHEFRDVRLLLQPKSSRSNIPLSNATKRSFLTTSNSADMLTTSASPDLSSKP
TPLSPSHCLLPLRQRQQKAEESSSVLRDRSNSLTRDGPIQGSIMAWPDRRPRPLSVQAPY
ALHYPLEEDADSISLARSISKDSLASNILSITPKHMLGPQHRLSGQSLLSHMRIEDEEEE
IEEEELVAVIHPSALSRRRLGSDMEQDELEIPSVASTSRVSNPRCSPFNTERPTDSYYLE
PLMPTIPKPAKEKCISLNKEEESGESRFRAARKEASNFPQRKTQTPEANRGPFTPIQLAE
SGRIRPPTEGSAVTPQPEKKLSPGFFLHMSGEADPHCPLPSALDVRDDSDSDIADLEEDD
DKDEELTTEVVKRAQRMFLQEGEGCKFRELECESAKLREDSKVSERDDKEGGSGRSSPCL
STTSWASSCSASGSTSVKMTSFAERKLLKLGLRDEFSSTSSSQKTTPDGSEVTPCPPWQL
RSDYTSGWLAKEPRSVLGKNLALSPSVVPSELLQLHMQLEEQRRAIEYQKKKMETLSARQ
RLKLGKAAFLNIVKKGGEKSDTLPLPLKQSSETADRGNMKPLSCKDDSCLDALKAKETQG
GQMRKNRMNTQSQDSVAEPDLNECSHSIDLLNDAISSIQQQMMQLSLQQSLLMKRVVSPA
EKPVKHAVSPPEPLKKHPSSPAEQEESSTSTTPTTSQSTPSTSDSRSFAVHFVEISGSSS
TPSRRPPKLSSSQRSKASEQKQIREDSKAASVKPITQSPGGREDSGRLQEKSGVEKPRQE
RSIRRNKTFRVGEDPEQRSSEEDNNCFFDCSSTFPSPELENKANNSGKEAADRSEAARVK
GQLIEVDLSELKDRLEDVSADVTDCTAEGEQKNTLGYFFKDEEKAEDELEKRRAAFLLKR
QRKAEEARLRKQQQEVESELKRDETRRKAEEDRIRKEEEKARREIIKQEYLQRKQQALLE
EQGLVKPRPRMKSRRSRPKSLHREEANSLSKGCATRNSLKTSMLIKATSSAAGCRGADLS
GSHRGSTLSLATEADSVISGGAESQRAGSVCSMESFPMLSRASSRNMERDWENGSIASSI
TSMEYNGPKLFKEPSSKSNKPIISNAIAHCCLAGKVNESQKNVILEELEKCESNHLIILF
RDGGCQYRGIYSFSPETEEIVKFTGTGPRCIGRKMIDKLYKYSSDRKQFNVIPAKSVSAT
VDALTIHNHLWQVKRPGSARRK
NT seq
4749 nt
NT seq
+upstream
nt +downstream
nt
atggatgtggaggtgagtgctggcagggacagcagctggaggcgggcagcagcagcagag
gatgtgggtggtggaggaaacatggaggctcaggtcgtaccgctggagctctacgactct
gccagagccaaaatagaagcaaatctccgctggttgttcgccaaagcttacggtaaagat
cacatccctgcagacctgcgggaccccttctacactgaccagtatgatcaggagcacatc
aagccccccatcctgcgcctgctgctgtcgggggagctgtactgccgggtgtgtggactg
atcctgcatgccgagcaggctgccgtgcttcacacacaccagtccgtcctgcaggcgctc
agcaggaagggcatctacgtcctggtgacaggaaacacacctgtctctgacctggacctc
agctcctcccccatcaagatgagctcccacatccacctcatcgacgccctgatgctggcc
tacaccctggagatgatcagcgtggagaaggtggtgtccagcgtcagacgcttctccaac
ttcagtgcctccaaggagcagcctttcgacctggaggacgccatggtgttctggatcaac
aaggtgaacataaagatgagggagatcctagaaaaggagctgaagatgaagcaacatttg
atggagtcacccagtcaccagaagcctgatatattgcatgctctggcctgcagcttatat
gagcccatggagatctctcaaatggtgcgttaccgtagagaccacctgtcgggtcggacc
ctgcagcacttccctctgttggacgacctgctgaaggacgtgtgtgacggcacggcgctg
ctgtctgtcgtccacttctactgcccggacctcatcagactggaagatatctgtctgaag
gaggtcccctccatagcagacagtgtgtacaacatccagctgctgcaggagttttctaat
gagtacctgaacagatgcttctacctgaagcctgaggacatgctgtattctccaccagtg
ctaaagaacaatgtgatggtcttcatcgccgagctcttctggtggtttgagagtgtgaag
ccggactttgtacagccaagggacctacatgaattcagagacgtgcgattgctgctgcag
cccaagagttcaagatctaatattcccctctctaacgccaccaaacgcagcttcctgacc
acatccaactctgccgacatgttgactacgtccgccagccctgacctcagctctaaacca
acacctctcagcccgtctcactgtctcctgcccctgagacagagacaacagaaggctgag
gagagctcttcagtgctgagagacaggtccaactctctgacacgggacgggccgatccag
ggctccataatggcctggccggacaggaggccgaggcctttatcggtgcaggctccctac
gccctgcattacccgctggaggaagacgctgacagcatcagccttgctcgctccatcagc
aaagacagcctggcctccaacatactgagcatcacccccaaacacatgctaggcccccaa
cacagactcagtggccagagcctgctcagccacatgcgcatagaggacgaagaggaggaa
atagaagaggaagagctggttgctgtcatccacccttctgcattgtctcgccgtcgcctt
ggaagtgacatggagcaggatgagctggagatcccgagtgtggcgtccacctcgagggtt
tcgaatcctcgttgttctccctttaacaccgagcgcccgacagacagctactatctggag
cctttgatgcctaccatccccaagccagccaaagagaagtgcatcagcctgaataaagag
gaggagagcggggagagtcgcttcagagctgctaggaaagaagcaagcaactttccacag
aggaaaacccaaacgcctgaggcaaaccgaggccccttcacacccatacagctggcagag
tcaggtagaatccggccgcccacagaggggtctgcagtcacccctcagcctgagaagaaa
ctctccccaggctttttccttcatatgtcaggagaggcagacccccactgtcctctccct
tctgcgctggatgtcagggacgactccgactctgacatcgcagacctggaggaagacgat
gacaaagacgaggagctgactacagaggtggtaaagagagcacagaggatgttcctgcag
gagggagaggggtgtaagtttcgggagttagagtgtgagtcggccaagctgagagaggac
tcaaaggttagcgagcgggacgataaggagggtggcagcgggcgctcaagcccctgcctc
agcaccacgtcctgggccagcagctgcagcgcgtcgggcagcaccagcgtgaagatgacc
agcttcgcggaaaggaagctcctgaaactggggctccgcgatgaattctcaagcaccagc
agctctcagaagaccaccccggacggatctgaggtaacgccttgccccccctggcagctg
aggagcgactacacgtccggctggctcgcgaaggagcccagatccgtgctggggaagaac
cttgcattgagtccctccgtagtgccttcagagctgctgcagcttcacatgcagctggag
gagcagagacgagccatcgagtaccagaagaagaagatggagacactgtcggcacggcag
cggctaaagctcgggaaagctgccttcttgaacatcgttaagaagggaggagagaagagc
gacacacttcctctgcccctgaaacaatcctcagaaacagctgacaggggtaatatgaaa
cccctgtcgtgtaaggatgactcctgtctggatgctctgaaggcgaaggaaacacaggga
ggacagatgagaaagaaccggatgaacacccagtcccaggatagcgtggcagaaccggac
ctaaatgagtgctcccactccatagatctcctcaatgatgctatcagctccatccagcag
cagatgatgcagctgtctctgcagcagagcctgctgatgaagcgcgtggtgtcacctgca
gaaaagccagtcaaacatgcagtgtctcctccagagccgctgaagaagcacccctcctcg
cctgcagaacaggaagaatcgagcactagcacaacccccaccacgtcacaatccacgccc
tctacctcggactccagatctttcgcggttcacttcgtagagatcagcggcagcagctcc
actccgtcccgccgtccgcctaaactcagttcaagccagcgcagcaaagcctccgagcaa
aaacaaatcagagaagacagcaaggcggcttctgtcaagcctatcactcagtccccggga
ggcagagaagattccgggagactccaggagaagagcggtgtagagaaaccgaggcaggag
agaagcatccggagaaacaaaaccttcagagtgggcgaggaccccgagcagcgcagcagt
gaggaggataataactgcttctttgactgttcctcaacctttccctcaccagaactagag
aacaaagccaacaactcagggaaagaggcagcagataggtcggaggctgccagggtcaaa
ggtcagctgattgaggtggatctatcagagctcaaggatcgtctggaggacgtcagtgca
gacgttacagactgcaccgcagagggagagcagaagaatacgcttggttacttctttaag
gatgaagagaaagccgaggatgagctggagaaacgtcgcgctgccttccttctcaagcgg
cagcgtaaagctgaagaggcgaggctacgcaaacagcagcaggaggtggagagcgagctc
aaacgggatgagaccaggcgtaaggcagaagaggaccgtattcgtaaggaggaagagaag
gccagacgagagatcattaagcaggagtacctgcagaggaagcagcaggcactgctggag
gagcagggtctggtgaagccccgcccacgaatgaaatcccggaggagcagacccaaatcc
ctgcaccgagaggaggccaacagcctctccaaaggatgcgccactcggaattctctgaag
acgtccatgttgatcaaagccacgagctcagcagcaggctgcaggggagctgatctgagc
gggagtcatcgagggtcgacgctctctctggcaacggaggccgacagcgttatatccgga
ggggcggagtcacagagggctggatctgtgtgctccatggaatcattccccatgctgagc
agagcctccagcaggaacatggagcgggactgggagaacggctccatagcctcctctatc
acttctatggagtacaatggtcccaaactcttcaaggagccgagttctaagtccaacaag
ccaatcatcagcaacgccattgctcactgctgcctggcgggaaaagtcaatgagagccag
aagaatgttatcctggaggagctggaaaagtgcgagtccaatcacctgatcatcctcttc
cgtgacggcgggtgccagtaccgaggcatttactcattctctccggaaacagaagagatc
gtgaagttcaccggcaccgggccccgctgcatcggccggaagatgatcgacaaactgtac
aaatacagctcggaccgcaagcagttcaacgtcatccccgccaagtccgtgtcggccact
gtggacgctctcaccatccacaaccacctgtggcaggtcaagagaccgggcagcgcacgc
aggaagtga
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