Sander lucioperca (pikeperch): 116054313
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Entry
116054313 CDS
T07345
Symbol
camsap1b
Name
(RefSeq) calmodulin-regulated spectrin-associated protein 1-B isoform X1
KO
K17493
calmodulin-regulated spectrin-associated protein
Organism
sluc
Sander lucioperca (pikeperch)
Brite
KEGG Orthology (KO) [BR:
sluc00001
]
09180 Brite Hierarchies
09181 Protein families: metabolism
01009 Protein phosphatases and associated proteins [BR:
sluc01009
]
116054313 (camsap1b)
09183 Protein families: signaling and cellular processes
04812 Cytoskeleton proteins [BR:
sluc04812
]
116054313 (camsap1b)
Protein phosphatases and associated proteins [BR:
sluc01009
]
Protein serine/threonine phosphatases
Phosphoprotein phosphatases (PPPs)
Protein phosphatase-1
PP1-interacting proteins (PIPs)
116054313 (camsap1b)
Cytoskeleton proteins [BR:
sluc04812
]
Eukaryotic cytoskeleton proteins
Actin filaments / Microfilaments
Actin-binding proteins
Cross-linking proteins
116054313 (camsap1b)
Intermediate filaments
Intermediate filament-binding proteins
116054313 (camsap1b)
BRITE hierarchy
SSDB
Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
CAMSAP_CKK
CAMSAP_CH
CAMSAP_CC1
CH
Motif
Other DBs
NCBI-GeneID:
116054313
NCBI-ProteinID:
XP_031161658
Ensembl:
ENSSLUG00000001048
LinkDB
All DBs
Position
2:complement(3689600..3719226)
Genome browser
AA seq
1561 aa
AA seq
DB search
MDVELCAGGDSTRRKVDLAGVAEGTIDVVPLEMYDSARAKIAANLRWLFAKAYGIDHIPE
DLRDPFYTDQYEQEHIKPPVIRLLLSCELYCRVCALILKTEQAASLQSHMSVIQSLSRKG
IYVVESDDTPVTDEDLACVPIKMSAHMPMIDALMMAYTVEMISIEKVVASVKRFSTFSAS
KELPFDLEDAMVFWINKVNMKMREITEREHKVKHHPLESPSHQKSPSKWYWKLVPVRYRR
EHASGRQLPFFPLLEDLMRDVCDGAAMLTVVNYYCPDLMKLEDICLKEVPSIADSLYNIR
LLKEFANEYLNKSFYLTTEDMLYSPLVLKHNVMVFIAELFWWFETVKPEFVQPRDLQEFK
DARAIAQPKSARPSVPISNATKRSFLASPGVADNQSSPEVCNRYFLHPEDSDPLKGGPTF
SPSHPLLPLRQRQQKQQGEDVSGLRNRSNSLTQMDGQPRGSIVAWPDKRQRPLSTLSPYM
LQSATDSDADIASGDSVSLARSISKDSLASNAINVTPKHQISVHQPSQAAVRRVNGHSLL
GNVNIEDEEETLVAVARTDGPVIPKRVDGTQATATVGPKPLTESKPDPDSFYLEPLMPSV
IKTAKEKTVCLNKEEESGEAPHSSGRGSLRREDGSTSAVRRKAPCSLNQTFTPPGEQVDL
SEDPPQGQADFSPIVTSSVDPSSREPAGGFYLHSDSEEPKSDQGLDAELEDMDEEDLDEA
FTTKDPNWHRKAFNKEEEESAKLQEDMNVKEHEDKDMNGGSGRSSPCLSAQSQASSMASG
SVRMTSFAERKAQQQRFGSNHDLRSSASSSQRTTPDGSESSGPLPSSWRLKRDQSPSSPL
GGCPRTADGSGGSNVLASEIVQLRMQLEEKRRAIEHQKKKMEVLSARQRQKLGKAAFLNI
VKKGGGKSDTLPNPLKADMSKDELNGEKAPSSKDDTCVDAFRGDKVVAASNPPGALKADK
TGTSGSFYLEEELDLNECSRSIDLLNDAIGSIQQQMMQLSLQQEMLMKQNVQSPSGATPP
PPVTSGKNGDSKAGASFHFVEHLSNTGTAPTRKPPKLSSGRGSRSKPSELKISKEQSWQA
SRTLTPTQSGSETLPHLRQLAGGRSPRADQVDSLRNPTAGETIDRPGHVRSANFRLHDEA
NMRLPTRVDLKAVAAPEVSFDECLSSTLRESELNSSDGSGKENIPSDELQRNKSHLIEVD
LSELKAPEEEEAAEDTTTEGVDGEQRSGMGFFFKDEQKAEDELAKKRAAFLLKQQKKAEE
ARLRKQQLESESELKRDEARRKAEEDRLRKEEEKTRRELIKQEYLRRKQQEILEEQGLVK
PKTPKPKQKHRPKSVFREESSSDNFSKGSSTPDNLSNAQSGSSLSLASAATNEADSVNSG
GAGSQRCDSVESFPGTRNNSRTAERDWDNGSTASSIASMAEYTGPKLFKEPSSKSNKPII
HNAISHCCLAGKVNEPQKNQILEELDKCESNHLMILFRDGGCQFRALYTYFPDTEEIQKL
TGTGPKSISKKMIDKLYKYSSDRKQFTVIPAKTVSVSVDALTIHNHLWQAKRGAVPKKSG
K
NT seq
4686 nt
NT seq
+upstream
nt +downstream
nt
atggatgttgagttgtgtgctggcggggacagtacaaggagaaaagtggatctggctggg
gttgcagaaggcacgatagacgtcgtaccgttggaaatgtatgattccgccagagcgaaa
atagctgccaacctgcggtggctgtttgccaaagcttatggcattgaccatattccagag
gacttaagggacccgttctacacagaccagtacgagcaggaacacatcaagccgcctgtc
atccgcctgctgctgtcctgcgagctctactgccgtgtctgcgccctcatcctcaagacg
gagcaggcagcatctcttcagtcccacatgtccgtcatccagtctctgtccagaaagggc
atttatgttgtggaaagtgacgatacacctgtcacagatgaagaccttgcctgtgtgccc
atcaaaatgagtgctcacatgcccatgatcgatgccctgatgatggcttacacagtggag
atgatcagcatcgagaaagtggtggcttctgtcaagcgcttctctaccttcagtgcctct
aaggagctgcccttcgatctggaagacgctatggtcttctggatcaacaaggttaacatg
aagatgagggagattacagaaagggagcacaaagtcaaacaccaccccctggagtccccc
agccatcaaaagtctccctccaaatggtattggaagctagtccctgtacggtatcgccgg
gagcatgcttcaggccgacagctgcccttcttccctctgctggaagacctgatgagggat
gtttgtgacggagctgcaatgctcactgtggtcaactactactgcccagacctcatgaag
ctggaggatatttgcctgaaggaagtcccctccatcgctgatagcctgtacaacatccgg
ctactcaaagagttcgccaatgagtatctgaataaaagtttctatctgacgacggaagac
atgctctactcgccactggtgctcaagcacaatgtgatggtgttcattgctgaactcttc
tggtggtttgagactgtcaagccagagtttgtccagcccagagatctccaagagtttaaa
gatgctcgagccatagctcagcccaagagtgcccgtccatcagtgcctatttccaatgcc
accaagcgcagcttcctggccagccctggtgtggccgataaccagagcagtcctgaagtc
tgtaacaggtacttcctgcaccctgaagactctgacccccttaaagggggtccaacattc
agtccttcccacccgctcctgcctctccgacagaggcaacaaaagcagcaaggagaagat
gtttcaggtcttagaaaccgctccaactccctgactcagatggacggacaaccccgaggc
tctattgttgcatggcccgacaagaggcaaagaccactgtccacattgagcccctacatg
ttgcaatcagccacagacagtgatgcagacattgcttctggtgacagtgtgagtctggct
cgctccataagtaaggacagcctggcgtccaacgccatcaacgtcacacccaaacaccag
atttctgtccaccagccatcacaggctgcagtgcgcagagtcaacggccacagcctcctg
ggcaatgtcaacattgaggacgaggaagaaactctggtggcagttgccaggactgatggt
cccgtcatccccaaacgggttgacgggacgcaagcaactgccacagtaggacccaaacct
ttgactgagtccaaacctgacccagatagcttttacctagaaccactgatgccttccgtg
atcaaaacagctaaagagaagactgtatgcctaaacaaggaggaggagagtggtgaggcg
ccccactcttcaggaaggggctctctacgccgagaagatggatctacatcggccgttcgt
aggaaagctccctgcagcttgaaccaaacctttactcctccgggtgagcaggtagacttg
tcagaggatcctccacagggtcaggcagatttcagccccattgttaccagcagtgttgac
ccctcatccagagagccagctgggggtttctaccttcattcagattctgaagaaccaaag
tctgaccagggcctggatgcggagcttgaagacatggatgaagaggatctggatgaagct
tttaccactaaagaccccaactggcacaggaaagccttcaataaagaagaagaagaatca
gccaaactccaagaagacatgaatgtgaaagagcatgaggacaaagacatgaatggtggc
agcggtcgctccagcccctgtctcagcgctcagtcccaggcaagcagcatggccagtggc
agtgtacgcatgacctccttcgctgagcgcaaagcccagcagcagcgctttggcagcaac
cacgacctacgctccagtgcctccagctcccaaaggaccactccagatgggtccgagagc
agcgggcccctgccttcctcctggaggcttaaaagggaccagagcccctcctcacccttg
ggaggatgccctcgtacagctgatggtagcggtggttctaatgtactggcttctgagatt
gtccagctccgtatgcagctggaggagaaacgacgtgccattgagcaccagaagaagaag
atggaagtgctgtcagcgaggcagaggcagaagctgggaaaggcagcctttctgaacatc
gtaaagaaaggtggaggcaagagtgacactttacccaacccacttaaagctgacatgtct
aaagacgagctcaatggggagaaagcaccgtcgagtaaagatgatacgtgtgttgatgcc
ttcagaggggacaaagtggtggcggcatccaacccgccaggtgccttaaaagcagacaag
acagggaccagcggtagcttctatctagaagaagagttggacctgaatgagtgcagccgc
tccatcgatctgttgaacgacgctatcggcagcatccagcaacaaatgatgcagctgtca
ctgcagcaggagatgttgatgaaacagaatgtacagtccccctctggtgcaactccacct
cctcctgttaccagcggcaaaaatggtgactcaaaggcgggggcaagctttcactttgtg
gagcacctctctaacactggcaccgctcccaccaggaaaccccccaaactgagctcgggc
cggggctccaggtccaaaccatcagagctaaagatatccaaggagcagagctggcaggcc
tccaggaccctcacccccacccagagtgggtcagagacattaccacacctaaggcagttg
gctgggggcaggtcccccagagccgaccaggtcgacagcctcagaaaccccacagcagga
gagacaatcgacaggccaggccacgttcggagcgccaacttccgccttcacgatgaggcg
aacatgcgcctgccgacccgcgtggacctgaaggcagtggctgccccagaagtgtccttc
gacgagtgcctgtctagcacccttagagagtctgagctcaactcctcagacggttcaggg
aaagagaatataccatcagacgagctgcagcgcaacaaatcccacctgattgaggtcgat
ctgtcagagctgaaagccccggaggaagaggaggctgctgaggacaccacgacggaagga
gttgatggagagcagaggtcaggcatgggcttcttcttcaaggatgagcagaaggcggag
gacgagcttgctaagaagagagcggcgttcttgctgaagcagcagaagaaagctgaggag
gctcgactccgtaaacaacaactagaatcggaatcggagctgaaacgagacgaagccaga
cggaaggccgaggaggaccgtttgcgtaaagaagaggagaagacacggcgggagctgata
aagcaggagtatctgcggaggaagcagcaggagattttggaggaacaaggcctcgtgaag
cccaaaacccccaaaccgaagcagaaacacagacctaagtctgtcttcagagaggaatcc
tccagcgataatttctccaagggctcttccacacctgacaacctgagcaacgcccaatca
ggctccagtctgtctctggcctctgctgcgaccaacgaggctgacagcgtcaactcggga
ggggccggctctcagcgctgtgactctgtggagtcgtttccaggcacccgtaacaacagt
cgaactgccgaaagagactgggacaacggctccactgcatcttccatcgcttccatggct
gaatatactggtcccaaactattcaaggagcccagctccaagtcgaataagccaatcatc
cacaatgcaatctcccactgctgcctggcaggaaaggtcaatgagcctcagaagaaccag
atcctagaggagttggacaagtgcgagtccaaccacctgatgatcctgtttcgtgacggt
ggctgccagttccgggcgctctacacgtacttccccgacaccgaagagatacagaagctg
acgggaacaggacccaagagcatcagcaagaagatgattgataagctgtacaagtacagc
tcagaccgaaagcagttcaccgtcatccctgccaagactgtgtcagtcagcgtggatgcc
ctgaccatccacaaccacctgtggcaggccaagaggggtgctgtgccaaagaaaagcgga
aaatag
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