Salmo trutta (river trout): 115157952
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Entry
115157952 CDS
T08542
Symbol
camsap2
Name
(RefSeq) calmodulin-regulated spectrin-associated protein 2 isoform X1
KO
K17493
calmodulin-regulated spectrin-associated protein
Organism
stru
Salmo trutta (river trout)
Brite
KEGG Orthology (KO) [BR:
stru00001
]
09180 Brite Hierarchies
09181 Protein families: metabolism
01009 Protein phosphatases and associated proteins [BR:
stru01009
]
115157952 (camsap2)
09183 Protein families: signaling and cellular processes
04812 Cytoskeleton proteins [BR:
stru04812
]
115157952 (camsap2)
Protein phosphatases and associated proteins [BR:
stru01009
]
Protein serine/threonine phosphatases
Phosphoprotein phosphatases (PPPs)
Protein phosphatase-1
PP1-interacting proteins (PIPs)
115157952 (camsap2)
Cytoskeleton proteins [BR:
stru04812
]
Eukaryotic cytoskeleton proteins
Actin filaments / Microfilaments
Actin-binding proteins
Cross-linking proteins
115157952 (camsap2)
Intermediate filaments
Intermediate filament-binding proteins
115157952 (camsap2)
BRITE hierarchy
SSDB
Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
CAMSAP_CKK
CAMSAP_CH
CAMSAP_CC1
CH_2
CH
ORC-CDC6-like
Motif
Other DBs
NCBI-GeneID:
115157952
NCBI-ProteinID:
XP_029562170
Ensembl:
ENSSTUG00000019655
LinkDB
All DBs
Position
22:5224179..5314545
Genome browser
AA seq
1495 aa
AA seq
DB search
MMGEVTDAKELKNTFIVPAIKSFDRYDFSRAKICCSLTWLVAKAFVTDSVPADLKEPFYT
DQYDQEHLKPPVANLLLSADLYCRAGSLILKNDAAKPLVGHDDVIQALAQKGLYITDQER
LVTERDLRKRPIQMSAHLAVIDTLMMAYTVETVSLEKVVACILQYSSHNDEDADTPYDTE
DAMTSWINKVNEYLKDIISQELRREMQSVEPVGKPGSPTKWYMKLVPARYRKEQAVAQQV
PWIPPVDNLLKDTTDGCAVATLLHFYCPQLVRLEDICLKESMSLVDSLYNLQLVQDFCQQ
HLNRCCHFSLEDMVYASSSVKNNYLVFMAELFWWFEVVKPSFVQPRVLGTEEPALTSLRN
MPSVPISNVTKTSFMERPPSPERPSLPLQPQPRNSGEIKRSTSMSFVDGCVGTWPKEKRS
GPYGVSFDIPFDKEDTAQTSTPPGHSMTRSASTEGFKVQQMPRGMKRNLSFQPINGQGTS
IEEEGRLDNLAGPEPPGGPLRFPNGGSNLDRHGNGIATPSMEEALQIIHNTGRQAPQRPL
TEGIKNGFFLHSPNQGRGGGEVGLDSNARPEKRDLDSLSTTDTTEVDTGIHVRTEDIAET
LDEDSSLREALSMELDMDTPSPCPSSSGYAKSPSTSSGTKMTSFAEQKFRKLSVPESGGR
SSSSGGGSSLKTTPEGSELGLPMSVSWAPTPEHSPVHQQIAPLTQDTPTGPALAPPPSDP
AQAMATEMVELRMRLEEKRKAIEAQKKKVEAAFTRHRQRMGRSIFLDVVKRKGDGASGVG
GQEEGGKTTMEDERKTGRSKADTPDGAEQGQGPSGARWLKSSSGGGGGGGEEGGQGPAGG
QGPGEVDLAEYTRSIEKLNHSLGFLQTEMQRLAQQQEVIMAMREQKQQQAWVIPPPQTSP
QKYARASTRSSGSPSPADSPRSAHRSPTSIKRKSASFHSRNPRTPRPSELKLAPYNRCLT
APQSVDSLPRLRRFSPFQPMAFAYMGEKPPGQTTETEDKDRDRDTEPLLSPETEAGSASS
PSSPAKDNQKRQEGTREIAKKDEAEEHEEMEVEEKKQVKMDELKPIIVSTVSEVLAQPVK
ETFTVTPTETPLISDLFGGARSNLIEVPLYVLKPLEGEGMEESGDMEGTYGDDEKMSCGF
FFKDDGKGENNMAQKRAALVEKRLRREKETQQKKLQQEAELEQKKEEARVKAEEENLRKE
EEKARREFIKQEYMRRKQLKLMEDMDTVMKPRLAGSKQRRARPKSIHRDSMDSPRTPARA
AGSRPRVFSVSSLSLASLNLGDSDSVHSEKRTPRSASLHSGSLCFFLSSPKLRRRRPDSA
DGFLSPCRSGSRNGEDDWENGSTTSSVKSNTEYTGPKLYKEPSAKSNKHIIQNALAHCCM
AGKVNEGQKNKILEEMEKSEANNFLVLFRDGGCQFRSLYTYCPETDEATKLTGIGPNRIT
RKMIEGLYKYNSDRKQFSQIPAKTMSASVDAITIHGHLWQTKKPATPKKVVPAKP
NT seq
4488 nt
NT seq
+upstream
nt +downstream
nt
atgatgggtgaagtgacggacgcaaaggaattaaaaaatacctttattgttcccgcaata
aagtcttttgaccgttatgatttttcacgagcaaaaatctgctgtagcctcacatggcta
gtggccaaagcatttgtgacagacagtgtgccggccgacctgaaggagcccttctacaca
gaccagtatgatcaggagcacctgaagcctccagtggccaacctgctgctgtctgctgat
ctctactgtagagccgggagcctcatcctgaagaatgacgccgccaagcccctggttggc
cacgatgatgtcatccaggccctggctcagaagggcctctacatcacagaccaggagagg
ctggtcacagagcgtgacctccgcaagaggcccatacagatgagcgcccacctggcggtg
atcgacacactaatgatggcgtacacggtggagactgtgagcttggagaaggtggtggcg
tgcatcctccagtactcttcccacaacgacgaagacgccgataccccatatgacacagag
gacgccatgaccagctggatcaacaaggtaaatgagtatctgaaagatatcatctctcag
gagctgaggagagagatgcagagtgttgagccagttggcaagccagggtctccgaccaaa
tggtacatgaaactagtgcctgctcgctacaggaaggagcaggcggtggcccagcaggtg
ccctggatcccccctgtggacaacctgttgaaggacaccactgacggctgcgccgtggcc
actctgcttcacttctactgcccacagctagtcagactggaagatatctgccttaaggag
agcatgtcactggtggacagcctgtacaacctgcagctggtgcaggatttctgtcagcag
cacctcaaccgctgctgccacttcagtctggaggacatggtctacgcctcctcttcagtc
aaaaataactaccttgtgttcatggccgagctgttctggtggtttgaagtggtgaagccc
tcctttgtacaaccaagagttctgggcactgaagagccagccctcacatcgttgaggaat
atgccctctgttcccatctccaatgtcaccaaaacgagcttcatggagagaccacccagc
ccagaacgacccagcctgcctctccaaccacaacctaggaactcaggtgaaataaagaga
tcaacctcaatgtcctttgtggatggctgtgtaggaacttggcccaaggagaaaaggtct
gggccttacggtgtatccttcgacatcccttttgacaaagaggacaccgcccagacatcc
actccccccggtcatagcatgactcgctctgccagcacagagggcttcaaggttcaacag
atgccccggggcatgaagaggaacctgtccttccagcccatcaacgggcagggaacgagc
atcgaggaggagggccgcctggacaacctggcagggcctgaaccccctggaggcccactg
aggttccccaacgggggttcaaacctggacaggcacggaaatggcatcgccacccccagc
atggaggaagcccttcagataatccacaacaccggtaggcaggccccacagcgccctctg
acagagggcatcaaaaatgggttcttcctgcacagtccaaaccagggcagaggaggtggt
gaagtcggcctggactctaatgctcgaccggagaagagggacctggactcgttgagcacc
acagacactacggaggtggacacgggaatccacgtgaggaccgaggacatcgccgagacc
ctggacgaggactcatcgctgagggaagctctgagcatggagctggacatggacacgcca
agcccctgccccagcagctccggctacgccaaatctccctccaccagctccggcaccaag
atgaccagctttgccgagcagaagttccggaagctcagtgtccccgaatcggggggaaga
agcagcagcagcgggggcggcagctccctcaagaccacccctgagggctcagaactgggc
ctcccaatgtccgtctcctgggcacccactccggaacacagccccgtgcatcaacagatc
gcgcctctcacccaagacactccaactgggccagccctggcccctccccctagcgacccg
gcccaggccatggcgacggagatggtggagctgcgcatgcgcctggaggagaagcgaaaa
gcaattgaggcgcagaagaagaaggtggaggccgcattcactcgccaccgccagaggatg
ggccgctccatcttcctggacgtggtcaagaggaagggtgacggcgcctcaggggtagga
ggacaggaggaaggggggaagacgacaatggaagatgagaggaaaacagggaggagcaaa
gcagacacgcccgacggggctgagcaggggcagggaccctctggggcccgctggctgaaa
tcctcctccggaggaggaggaggaggaggagaagagggaggtcaaggtcccgccggaggt
caaggacccggtgaggtggatctagctgaatacacacgctccatcgagaagctgaaccac
tcgctgggcttcctgcagacagagatgcagcgcctggcccaacaacaggaggtcatcatg
gccatgagagaacaaaagcaacaacaggcctgggtcatcccccctccccagacctcgcca
cagaaatacgcccgcgcctccacccgctcctccggctcaccctccccggctgactcaccc
cgctccgcccaccgctcgcccacgagcatcaagaggaagtcggcctcctttcactcacgg
aacccccgcacgccgcgccccagcgagctcaagctggccccctataaccgctgcctgaca
gcaccccagtctgtggacagccttccccgcctgcgccggttctccccattccagcccatg
gcctttgcctacatgggggagaaaccccccggtcaaaccacagagacagaggacaaggat
agggacagggacactgaacccctgctatccccagagacagaggcaggtagtgcctcttct
ccctcctccccagccaaagacaaccagaaaagacaagaagggacccgagagattgccaag
aaggatgaagcggaggaacatgaggagatggaagtagaggagaagaagcaggtgaaaatg
gatgagctcaaacccataatagtgtcgactgtatctgaagtgctggcccagccagtgaaa
gagacctttacggtcacccccaccgagaccccccttatctcagacctctttggcggggca
agaagcaacctgattgaggtgcctctgtatgtgctcaagcctcttgagggagaaggcatg
gaggagagtggagatatggaggggacctatggcgatgacgagaaaatgtcctgtggcttt
ttctttaaggacgacggtaagggggagaacaacatggctcagaagagggctgctctcgtg
gagaagaggttgaggagggagaaggagacgcagcagaagaagctgcagcaggaggcagag
ctagagcagaagaaggaggaggcacgagtgaaagcagaggaggagaacttgaggaaggag
gaggagaaagcccgccgggagttcatcaagcaggagtacatgaggaggaagcagctcaag
ctcatggaggacatggacacagtgatgaagccgcggctggccggctccaaacagaggaga
gcccggcccaagtccatccaccgggacagcatggactcccccagaaccccggccagggcg
gcaggttcacgacctcgtgttttttcagtctccagcttgtctctggcctcgctcaacctg
ggagacagcgacagtgtgcactctgagaagagaacaccaagaagtgctagcttacattct
ggcagcctgtgcttctttctgagctctcctaaactgagaaggagaaggcctgattctgca
gatggttttctgtccccttgtcgatctgggagccggaatggggaggacgattgggagaac
ggttccaccacctcgtctgttaaatctaacacagagtacaccggacccaaattgtacaag
gagccaagtgccaagtcgaacaagcatatcatccagaacgcactggcccactgctgcatg
gcaggcaaggtcaacgaaggccagaagaacaagattctagaggaaatggagaaatccgag
gccaacaacttcctggtgttgttccgggatgggggttgccaattccgttctctgtacacg
tactgccctgagacggacgaggccaccaagctgaccggtattgggcccaatcgcatcacc
cgcaagatgatcgagggtctctacaagtacaattcagacaggaagcagttcagccagatc
cccgccaagaccatgtctgcgagcgtggacgccatcacgatccacggccacctgtggcaa
accaagaaaccagccaccccgaagaaagtggtacctgccaagccctaa
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