Nothobranchius furzeri (turquoise killifish): 107392771
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Entry
107392771 CDS
T05163
Symbol
camsap2
Name
(RefSeq) calmodulin-regulated spectrin-associated protein 2 isoform X1
KO
K17493
calmodulin-regulated spectrin-associated protein
Organism
nfu
Nothobranchius furzeri (turquoise killifish)
Brite
KEGG Orthology (KO) [BR:
nfu00001
]
09180 Brite Hierarchies
09181 Protein families: metabolism
01009 Protein phosphatases and associated proteins [BR:
nfu01009
]
107392771 (camsap2)
09183 Protein families: signaling and cellular processes
04812 Cytoskeleton proteins [BR:
nfu04812
]
107392771 (camsap2)
Protein phosphatases and associated proteins [BR:
nfu01009
]
Protein serine/threonine phosphatases
Phosphoprotein phosphatases (PPPs)
Protein phosphatase-1
PP1-interacting proteins (PIPs)
107392771 (camsap2)
Cytoskeleton proteins [BR:
nfu04812
]
Eukaryotic cytoskeleton proteins
Actin filaments / Microfilaments
Actin-binding proteins
Cross-linking proteins
107392771 (camsap2)
Intermediate filaments
Intermediate filament-binding proteins
107392771 (camsap2)
BRITE hierarchy
SSDB
Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
CAMSAP_CKK
CAMSAP_CH
CAMSAP_CC1
Motif
Other DBs
NCBI-GeneID:
107392771
NCBI-ProteinID:
XP_015826227
UniProt:
A0A9D2XIZ1
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All DBs
Position
sgr17:complement(16934143..16992347)
Genome browser
AA seq
1480 aa
AA seq
DB search
MGEVQDDRDARKTFVAPAVKSFEHYDFSRAKICCSLRWLLAKAYGTDSIPVDLKDPFYTD
QYEQEHLKPPVASLLLSADLYCRAGSLILKSDAAKPLLGHDAVIQALAQRGLYVTDQERL
VTERDLRKRPLQMSAHLAMIDTLMMAYTMETVTVEKVRTCLHQYSSCDPEEETRYDTEDA
VTMWINKVIEVLRDVVAQEQKKKETQSSEQTGSPRSPTKWYMKLVPARYRKEQASTQPTP
WIPSVDNLLKDSTGGSALGALLHFYCPQLLSLEDVCLKENMTLGERLYNLQLIQDFCKDN
LNSCCHFSLEDMLYASSTIKSNLLVFMAELFWWFEVVKPSFVKPRMMDNEGTEPSSLLKN
MPAVHISKATKRSFMERPPSPERPNLPLRPQPRISGEIKRSTSMSFVDGNLGTWPKEKRS
GPYGVSFDIPFDKDNSDPAPLSSTRGMVRSISTDDGSGFKVHHMPRGMKRNLSFQPVNGQ
SIGIEEEGCPDSLAGMEPSRRQFTNRHGSNTGTAPSLEEALHIVNRPPVEGINNGFFLHG
QAHGAGVGCLDPVSELDSKETLSTTDTAEVDTGIHIRTEDMLDEDSSLKDCSVNMDLDMD
TPSPGTSSQIKSPSAAKMTSFAEQKMRKLSPSAADSGRGSSNSMKTTPEGSEFGLPLSVS
WAPTPEHSPTHQQTMPTVTFQASAKPIQLPPNDPAQVMATEMVQLRMRLEEKRKAIEAQK
KKVEAAFTRHRQKMGHSAFLNMVKRKGDGASSGEEGVKVDGEGKSGTTSPVFKFGRSKTD
TPDGAEQRSTPSCWQKTPGAGEEGGKSHAQLTELDLAEYTRSIDKLNHSLAFLQAEMQRL
SQQQEVIMAMREHQHQQAWVIPPPHTNPSPQKHTRAVIRSSGPSSPADSPHSTRRSPTSI
KRKSASFHSRNPRTARPNELKLAPYSRVLTAPQSVDSIPRLRRFSPCQPLASSFLYMGEK
PAAASPEAVVLDGDHDKDAESLLFPDKELATMCGPNSLPSTPNRNAKRKQSEMDANGQET
ETQSKPSDMETQKQQDTVQKPFGELKPTIESSFPEVLAHPVVETFTVTPTEIPFKPEPSV
KGSLIEVPLSVVKPLEDLIIDDVLEMDQDNTESLDDEQKMCRGFFFREDGKAEGNMAQKR
AALLEKRMRREKENQLRKSQLEAGMEQKKEEARLKAEEERIRKEEDKARKEFIKQEYLRR
KQLKLMEDMDTIIKPRSAGGAKQRRGRPKSIHRDSIDSPKTPVRAATGSRQRVFSVSSLS
LASLNLGDSDSVHSEKRAPRSSSLASSTLFYFLSAPKLRRRTDSANGFLSPSHSSSRNGE
KDWENGSTTSSVTSNTEYTGPKLYKEPSAKSNKHIIQNALSHCCLAGKVNEGQKNKILEE
MEKSGANNFLVLFRDSGCQFRSLYTYCPEMEEINRLAGIGPKSITRKMIDGLYKYNSDKK
QFSQIPAKTMSASVDAVTIHNHLWQTKKPATPKKVVPAHS
NT seq
4443 nt
NT seq
+upstream
nt +downstream
nt
atgggtgaagtccaggacgacagggatgcgaggaagaccttcgtagctccggcggtgaag
tcttttgagcattatgacttttcccgagcaaaaatctgctgcagcctcagatggctgctg
gccaaagcatacgggacagacagcatccctgtggacctgaaggatcccttctacacagac
cagtatgagcaggagcacctgaagccccctgtggccagcctcctgctgtctgctgacctc
tactgcagggctggcagcctgatcctgaagagcgacgctgccaagccactgctgggtcac
gatgccgtcatccaagccctggctcagcgtgggttgtacgtcaccgaccaggagagactg
gtcactgagagagacctgcgaaagaggcctctgcaaatgagtgctcatctggcgatgatt
gacactctgatgatggcgtacaccatggaaacggtgactgtggagaaagtgaggacctgc
cttcatcagtattcatcctgtgatcctgaggaggaaactcggtacgacacagaggacgcg
gtgaccatgtggattaataaggtgattgaagttctgagagatgttgtggctcaggagcag
aagaagaaggagacgcagagttctgagcagactgggagtcctcggtctcctaccaagtgg
tacatgaagcttgtacctgcacgctatcggaaggagcaggcctccacccagccgactccc
tggatcccctcagtggacaacctgctgaaagacagcaccggagggtcggcgctgggcgcc
ctgctgcacttctactgccctcagctgctgtctctagaggatgtttgtcttaaggagaac
atgactctgggtgagcgactctacaacctgcagctcatacaggacttctgtaaggacaac
ctgaacagctgctgccacttcagcctggaggacatgctctacgcctcctccaccatcaag
agtaacttgttggtgttcatggcagagctgttctggtggtttgaggtggttaagccgtct
tttgttaaaccaagaatgatggacaatgaaggcacagagccttcatccttgttgaagaat
atgccagccgtccatatctccaaggcaaccaagagaagtttcatggaaagacctccaagt
cccgaaaggcccaatttacctcttcggccacagcctcgaatttcaggagagatcaaaagg
tcaacctcgatgtcctttgtggatggtaaccttggcacatggcccaaggagaaaaggtct
ggaccttatggggtgtcgtttgacatcccctttgacaaagacaactctgatcccgccccg
ctctcctccactcgtggcatggtcagatccatcagcaccgatgatggttctggtttcaaa
gtccaccacatgccccgtggaatgaaacgcaacttgtctttccagccggtgaatggtcag
agtattgggatcgaggaagaaggctgtccagacagccttgcgggcatggagcccagcagg
cgacagttcaccaacagacatggaagtaacacaggaacggctccttccttggaggaagct
ctccacatcgtcaacaggccacctgtagagggcatcaacaatgggttttttttgcacggt
caggcccatggagctggtgttggctgcttggacccggtgtcagagctggactctaaagaa
actttgagcaccacggacacagcagaggttgacactggcatccacattcgaacagaagac
atgctggatgaagactcctctctgaaggactgctctgtgaacatggacctcgatatggac
acaccaagtcccggtacgagcagtcagatcaaatccccctccgcagccaaaatgaccagc
tttgctgaacagaaaatgaggaagctcagtccatcagcggcagattcaggcagaggcagc
agcaactccatgaagacaactccagaaggttctgagtttggccttccgctatctgtgtcc
tgggcacccacccctgagcacagccccactcatcaacaaaccatgcccactgtaaccttt
caggcttcagccaaacctatccagctcccacccaacgacccagcccaagttatggccaca
gagatggtccagctgaggatgaggctcgaagagaaacggaaagccattgaagcacagaag
aagaaagttgaggccgcttttacgaggcatcggcaaaagatgggccactcagcctttcta
aatatggtgaagaggaaaggtgacggggcttctagtggggaggagggtgtaaaagtggat
ggagaaggaaagtcaggaaccacaagtccagtgtttaaatttggaaggagcaagacagac
acacctgatggggcggagcaaagaagcacaccctcttgttggcagaagacaccaggtgca
ggtgaggaaggcggaaaaagccacgctcagctgactgaactggatcttgcagaatatacg
cgttctattgacaagctcaaccattccttagctttcctccaggctgagatgcagcgtcta
tctcagcagcaggaggtgatcatggccatgagggagcaccaacaccagcaggcttgggtc
atacctcctccccacacaaacccttccccacaaaagcacactcgagctgtcatccgatct
tcaggaccctcctctcctgccgactcgcctcattccacccgtcgctctccaaccagcatc
aaacgaaaatctgcctccttccactcccgaaatcctcgcaccgcccgacccaacgagctc
aagttggctccatacagtcgagtcctgaccgccccgcagtccgtggacagcatcccgaga
cttcggcggttttctccttgtcagcctctggcaagttctttcctttacatgggggagaag
ccagcagctgcttctccagaggcggtagtcctagatggggaccatgacaaggacgcagaa
tcgctcctgttcccagacaaagagctggcaactatgtgtggacccaactcactccccagc
acacccaaccggaacgccaaaagaaaacaatctgaaatggatgcaaatggccaagaaact
gagacgcagtcaaagccttctgatatggaaacacaaaagcagcaggacacagttcagaaa
ccatttggagaactaaaacctaccatagagtcatcattcccagaggtcttggctcatcct
gtggtggaaactttcacagtgacacctacagagatcccttttaagccagaaccttctgtc
aaaggcagcctgattgaggttcccctgtcagtggtgaagccgctggaggatttaataatc
gatgatgtgttggagatggaccaggacaacacagagagtttggatgatgaacagaaaatg
tgccgcggtttcttcttcagggaggatggaaaagcagaaggaaacatggcacagaagagg
gctgctctgctggagaaaaggatgagaagagaaaaagagaatcagctgaggaagagtcag
ctggaggcagggatggagcagaagaaagaggaagctcgactgaaagcagaggaggagcga
atcaggaaggaggaggacaaggccaggaaggagttcatcaagcaggagtacctcaggagg
aagcagctaaagctgatggaggacatggacaccatcatcaaaccaagatcagctggtggg
gccaagcagaggcgaggccgacccaagtccatccaccgtgacagcatagactccccaaag
acccctgtccgagctgccacaggttcacgacagcgtgtcttttcagtctccagcttgtcc
ctcgcctccctcaacctgggtgacagcgacagcgttcattctgaaaagagggcgccgagg
agttctagtttagcttctagcactctcttctactttctgagcgctcctaaactgagaagg
aggacggattctgcaaatggcttcctgtctccaagtcactccagcagcaggaatggggaa
aaggactgggaaaacggctccaccacctcgtctgttacctccaacaccgagtacactgga
ccgaagctgtacaaggagcccagtgcaaaatccaacaaacacatcatccagaatgctctt
tcccactgctgcctcgcaggcaaggtcaatgaggggcaaaagaacaagatcctggaggaa
atggaaaaatcaggggccaacaacttcttagttctgttccgggattccggctgccagttc
cgatctctctacacgtactgccccgagatggaggagatcaacaggctggcgggcatcggc
cccaagagcatcactcgcaagatgatcgacggactctacaagtacaactcggacaagaag
cagttcagtcagatacccgctaaaaccatgtcggcgagcgtggacgctgtcaccatccac
aaccacctctggcaaaccaagaagccagccacccctaaaaaagttgtgcctgcgcattcg
taa
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