Oryzias melastigma (Indian medaka): 112150787
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Entry
112150787 CDS
T07439
Symbol
camsap2a
Name
(RefSeq) calmodulin-regulated spectrin-associated protein 2a isoform X1
KO
K17493
calmodulin-regulated spectrin-associated protein
Organism
oml
Oryzias melastigma (Indian medaka)
Brite
KEGG Orthology (KO) [BR:
oml00001
]
09180 Brite Hierarchies
09181 Protein families: metabolism
01009 Protein phosphatases and associated proteins [BR:
oml01009
]
112150787 (camsap2a)
09183 Protein families: signaling and cellular processes
04812 Cytoskeleton proteins [BR:
oml04812
]
112150787 (camsap2a)
Protein phosphatases and associated proteins [BR:
oml01009
]
Protein serine/threonine phosphatases
Phosphoprotein phosphatases (PPPs)
Protein phosphatase-1
PP1-interacting proteins (PIPs)
112150787 (camsap2a)
Cytoskeleton proteins [BR:
oml04812
]
Eukaryotic cytoskeleton proteins
Actin filaments / Microfilaments
Actin-binding proteins
Cross-linking proteins
112150787 (camsap2a)
Intermediate filaments
Intermediate filament-binding proteins
112150787 (camsap2a)
BRITE hierarchy
SSDB
Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
CAMSAP_CKK
CAMSAP_CH
CAMSAP_CC1
CH
Motif
Other DBs
NCBI-GeneID:
112150787
NCBI-ProteinID:
XP_024135029
Ensembl:
ENSOMEG00000020226
UniProt:
A0A3B3DUX2
LinkDB
All DBs
Position
LG4:complement(10566509..10603954)
Genome browser
AA seq
1458 aa
AA seq
DB search
MGEVQEDKDVKRTFNAPAIKSFEYYDFSRAKICSSLTWLVAKAYGTDSIPTDLKNPFYTD
QYEQEHLKPPVASLLLSADLYCRAGSLILRSDAAKPLLGHDAVIQALAQRGLYVTDQDRL
VTERDLRKRPLQMSAHLAMIDTLMMAYTVETVSVEKATACIRQYSSYNPEVDTSFDTEDA
VTSWINTVNECLKEIVTHEQKKETQSLEPAGSPRSPTKWYMKLVPARYRKEQPSTQQTLW
IPPVDNLLKDTTDGSALAALIHFYCPQVLPLEDICLKENMTLADRLYNLQLIQDFCKDNL
NSCCHFSLEDMLYASSTIKNNYLVFMAELFWWFEVVKPSFVKPRIMDVEESSSLIKNLPA
VSKATKRSFMEQPPSPDRPSLPLRPQTGNSGEIKRSTSMSFVDGNLGTWPKEKRSGPYGV
SFDIPFDREDSASASLSSRGMVRSISTDDGSGFKVHHMPRGMKRNLSFQPVNGQSIGIDE
EGCPDSLAGLQPIRREYPNGHGSGLEKAPSMEEALQIIHSPSRPPVEGISNGFFLHSQSH
GAAAGGLDPVSELDSKEALSPTETTEVDTGIHIRTEDMLDEDSSLRDCSVNMELDVETPS
PSPSSQSKSPSAIKMTSFAEQKMRKLSPSAQDSGRGSSSSMKTTPEGSELGLPLSVSWAP
TPEHSPVHQQAAAPAPAPVQLPPNDPAQVMATEMVHLRMRLEEKRKAIEAQKKKVEAAFT
RHRQKMGHSAFLNVVKRKGDGAASEEGSKTEGEGKSVSTFKFGRNIADTPDGAEQSSKAS
CWQKTPAAGEEQSHSHVTEVDLSEYTRSIEKLNHSLAFLQAEMQRLAHQQEVIMAMREQQ
HQQAWVIPPSYANPSPQKHTRAVIRSSGPSSPADSPHSTHRSPTNIKRKSASFHSRNPRA
ARPNELKLTPYNRVLTAPQSVDSIPRLRRFSPCQPLVSSFIYMGEKPAAAGPETVAPPED
HNKETDSASSPEKEIPNILAASSPPSSPNMQRKGEVDGDEQTQEGENPSNFPDIKKDGLN
DRVQNSFIEPKPTVEFPEVLALPVVETFTVTPTEMPPQPQPASPAKSCLIEVPLSVMELP
EALMMEDALEAEQDSVESVDEEQRMCHGFFFKDDGKAEENMAQKRAALLEKRMRREKENQ
QRKVQLEAELEQKKEEARLKAEEERVRKEEDKARKEFIKQEYLRRKQLKLMEDMDSIIKP
RAGGGTKQRRSRPKSMHRDSIDSPKTPARAATVSSLSLASLNLGDSDSTQSDKRASRRAS
LASSSLFYFLNSPKLRRMRPESADGFLSPSRSSSRNGERDWENASTTSSVTSNTEYTGPK
LYKEPSAKSNKHIIQNALAHCCLAGKVNEGQKNKILEEIDKSEANNFLVLFRDAGCQFRA
LYTYCPETEEIAKLTGIGPRGITRKMIDGLYKYNSDKKQFSQIPAKTMSASVDAVTIHNH
LWQTKKPVTPKKVVPAPS
NT seq
4377 nt
NT seq
+upstream
nt +downstream
nt
atgggcgaagttcaggaagacaaggatgtgaagaggacattcaacgcaccagccattaaa
tcttttgagtactatgacttctccagagccaaaatctgctccagcctgacatggcttgtg
gcaaaagcctatgggacagacagcatccccacagacttgaagaaccccttctacaccgac
cagtacgaacaggagcacctgaaacctccggtggccagcctcctgctgtctgcagacctc
tactgcagggcgggcagcctcatcctgaggagtgacgccgccaagccgctgctgggtcat
gacgccgtcatccaagcactggcccagcggggtctctatgtcaccgaccaggacaggctg
gtcacagagagggaccttcgaaagaggcctctgcaaatgagtgcccacttagcaatgatt
gacactcttatgatggcgtacacggtggagacggtgagtgtggagaaggcgactgcctgc
attcgtcagtattcatcatacaaccctgaggtggatacgtcgtttgacacggaggacgca
gtgacttcctggattaacacggtgaatgaatgtctaaaggagattgtgacccacgagcag
aaaaaggagacgcagagtttagagccagctgggagtcctcggtctccaactaagtggtac
atgaagcttgtgcctgcccgttataggaaagagcagccctctacccagcaaactctctgg
attccaccagtggacaacctattgaaagacaccacagatggttcggctctcgctgctctg
atccacttttactgccctcaagtcctaccactagaagatatctgcctgaaggagaatatg
actctggctgatcggctgtacaatctacagctcatacaagacttctgcaaagacaacctg
aatagttgctgccacttcagcttagaggacatgctctacgcctcttccaccatcaagaac
aactaccttgtgttcatggcagagcttttttggtggtttgaggtcgttaagccatctttt
gtaaaaccaagaatcatggacgttgaagagtcttcatctttgataaagaatttgccagct
gtctctaaagcaaccaagagaagttttatggaacagcctccaagtcctgacagacccagt
ttacccctcagaccacaaacaggaaactcaggagaaatcaagaggtcaacctcaatgtca
tttgttgatggcaaccttggcacctggcccaaggagaaaaggtccggtccgtatggcgtg
tctttcgacatcccctttgacagagaagactctgcttccgcctcactttcctcacgtggc
atggtccggtccatcagtactgatgacggttctggttttaaggttcaccatatgccccga
gggatgaagcgcaacctgtcctttcagccagtgaatggccagagcattggcattgatgag
gagggctgccccgacagcctagcaggcttgcagcctatcaggcgggaataccccaatgga
cacgggagtggcctggagaaagctccttccatggaagaagccctccagatcatccacagc
ccaagtaggccccctgtagaaggaatcagcaatgggttctttctgcacagtcagagccat
ggagctgctgctggtggtttagacccagtatcagaactggactccaaagaggctttgagc
cccacggaaaccacagaggtggacacaggcatccatattagaacagaggacatgctggat
gaagattcctctctgagagattgttctgtgaacatggagctcgatgtggagacgccaagc
cccagtccgagcagtcagagcaaatccccctcggcaattaagatgaccagcttcgccgag
cagaagatgcggaagctcagtccatctgcccaggattccggcaggggcagcagcagctcc
atgaaaaccactccggagggctccgagcttggccttccgttgtccgtctcctgggctcca
acccctgagcacagccctgtccatcaacaagcagcagcacctgctcctgcaccggtccag
cttccccccaacgatcccgctcaggtcatggctacagagatggtacatctgaggatgagg
ctggaggagaaacggaaagccatcgaagctcagaagaagaaagtagaagctgcttttaca
agacaccggcaaaaaatgggtcactctgccttcctgaatgtagtgaagaggaaaggcgac
ggggctgctagtgaagaaggatcaaaaacggagggagaagggaagtcggtgagcaccttt
aaatttggaaggaacatagcagacacccctgatggagcagaacaaagcagcaaagcctca
tgttggcagaaaacacccgctgcaggtgaagaacaaagccactctcatgtaactgaagtg
gatctctccgagtacactcggtcaattgagaagctcaatcactctctagccttcctccag
gctgaaatgcagcggctagcacaccaacaggaagtcattatggccatgagagagcagcag
catcaacaagcatgggtcatccctccgtcatacgcgaacccctcaccacagaaacacact
cgggccgtcatcaggtcctccgggccgtcctctcccgccgactcacctcattccactcac
cgctccccgactaacatcaagcgcaaatctgcatcgttccactcgcgcaatccccgcgcc
gctcgaccaaacgagctcaagttgaccccgtacaatcgagtcctaacagccccacagtct
gtggatagcatcccgaggctgcggagattttctccctgccagccgttggtcagctccttc
atctacatgggagagaagccggcagcggccggtccagagacagtagctcctcccgaggat
cataacaaagagacagattcagcttcgtctccagagaaggagataccaaatattcttgca
gccagttcaccacctagttcccccaacatgcagagaaaaggagaggtggatggagatgag
caaacccaggagggagagaatccgtccaacttccctgacattaaaaaagatggcctcaat
gatagagttcagaactcatttatagagcccaaacctactgtggagttccctgaggttctg
gccctcccagtggtagagacctttacggtgacacccacagagatgcctcctcagccacaa
cctgctagcccagccaaaagctgtttaatcgaagtcccactctcggtcatggagctcccg
gaggctctgatgatggaggacgctttggaggcggagcaagacagcgtggagagtgtagat
gaggagcagaggatgtgtcacgggttcttcttcaaggatgatggaaaggcagaggagaac
atggcacagaaaagagctgcactgctggagaaaaggatgagaagagaaaaggagaaccag
cagaggaaggtgcagctggaggctgagctggagcagaaaaaggaggaagctcggctgaaa
gcggaagaggagcgtgtcagaaaggaggaagacaaggccaggaaggagttcatcaaacag
gaatacctccgacggaagcagctgaagctaatggaggacatggactccatcatcaaaccc
cgagcaggtggggggaccaagcaaaggcggagccgacccaagtccatgcatcgcgacagc
atcgactctcctaaaacaccagcgagagccgccacagtctccagcttgtctctagcgtcc
ctcaacctgggcgacagcgatagtactcagtctgacaagagagcatcgagaagggctagt
ttagcctctagcagtctcttctactttttgaactctccaaaactcagaaggatgaggccc
gagtctgcagacggcttcctgtccccaagtcgctccagcagcaggaatggagaaagagac
tgggaaaatgcctccaccacctcatctgtcacatccaatactgagtatactggaccgaag
ctgtacaaagagccgagtgccaaatctaacaagcacattatccagaatgctctggctcac
tgctgcctcgcgggaaaggtcaacgaagggcaaaagaacaagatcctcgaggaaattgac
aaatctgaggccaacaacttcttggttttgttccgagatgcgggttgccagttccgcgcc
ctctacacatactgccctgaaacagaagagatcgccaaactgacgggcatcgggcccagg
ggcatcacgcgcaagatgatcgacgggctctacaagtacaactcagacaagaagcagttc
agtcaaatcccagccaagaccatgtcagccagtgtggacgccgtgaccatccacaaccac
ctctggcaaaccaagaaaccagtcaccccgaaaaaagtagtgcctgccccctcctag
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