Sander lucioperca (pikeperch): 116047722
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Entry
116047722 CDS
T07345
Symbol
ppp1r37
Name
(RefSeq) protein phosphatase 1 regulatory subunit 37 isoform X1
KO
K17576
protein phosphatase 1 regulatory subunit 37
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
]
116047722 (ppp1r37)
Protein phosphatases and associated proteins [BR:
sluc01009
]
Protein serine/threonine phosphatases
Phosphoprotein phosphatases (PPPs)
Protein phosphatase-1
PP1-interacting proteins (PIPs)
116047722 (ppp1r37)
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Gene cluster
GFIT
Motif
Pfam:
LRR_6
LRR_4
Motif
Other DBs
NCBI-GeneID:
116047722
NCBI-ProteinID:
XP_031152537
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Position
5:10436464..10490295
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AA seq
1216 aa
AA seq
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MNIEEQCLDLCNVKTKSNVDDDHNTTNNTEGITPRISELMTDSNTEKQNIVPTEASETYL
MPHLTDNLQAAEEDNNQAQDTLEIDEVNGNRKSSAQDTPAVVNPTDLIFSNDEQHKDDIG
VENMKDTDPATFVVEEGDDGGDMDIGVDLSLDESGVLETESTNVRSFSDKTFDSESTTSQ
DVPAGSTAESPPDASQTSSTVASATDQAGLYPSVEEVSDKHKPSGKRVTFPSDEDIISGA
VEPKDPWRHAQNVTVEEILSSYKQACQKLNCKPIPKVLKQIQELKDLTQRNDCLDLKGEK
LDYKACESLEEILKRVQFKVIDLEQTNLDEDGASALFDMIEYYESATHLNISFNKHIGTR
GWQAAAHMMRKTSSLQYLDARNTPLLDHSAPFVARALRISGSLAVLHLENAGLSGRPLML
LATALKMNMNLRELYLADNKLNGLQDSAQLGNLLKFNYNIQILDLRNNHILDSGLAYVCE
GLKEQRKGLVTLVLWNNQLTHNGMGYLAAALPCTQSLETLNLGHNSVGNEGVHKLKDGLI
GNRSVLRLGLASTKLSCEGAVAVAEFIAESPRLLRLDLRENEIKTGGLMALSLALKVNTS
LLRLDLDREPKKETVKSFIETQRALLAEIQNGCKRNFILAKEKEETEQKMRQSASMAEIA
TEDGTTEEEEEEPAAEERGDKGGKEVEEKGETPGTEGQTSSQSGDSNETSIPQMILESDS
DTEDEEDEEVVTKSSSTSNSSPRLNQTAPQTQTGVAQPFLSASCTSSTLSASPTGGPSVI
SGITVTESSVPRGTPPSPGRCISVSSPGRGHKIFMVTRVESPPEQLQLQMSAPAAPSQAK
EASKKPVDGSTPTTQPTWPPASSQTPTQTQLTQADLKESSAAPSTDCKLKDQSPVAHLES
AVNTTLEPQSTSQPTEDATASTLYPEVTDPSQQAPVPPSNSSSVQAEALQLTKEVMESII
SPQSEPTCVEEKKEGEEEEGLTEDVTQVSIEGERKRFDELSQTQTSIPAEQSQQPLTIAH
EQLQDELSSTSEESQLPNQTEEEEALPIEEKQEAPADLSENEKPSLTEKEDSQPTQEEPC
PKQQTEADEQAAQPVLSIQTDQQEPSVTQGGAQELNPPAGEASKSPEPVTTESVKDEDSP
DESSADEDECFAEAPEEEIVGSALPNGLKPEFSLHLLDAESPKPGSCVMEHVSVSCGQDL
EELLLEASLETGRDAP
NT seq
3651 nt
NT seq
+upstream
nt +downstream
nt
atgaatatcgaagagcagtgtctagatttgtgcaatgtcaagacaaaaagcaatgtggac
gatgatcacaacactaccaacaacacagaagggatcacccccaggatctctgaactgatg
acggacagtaacacagaaaaacaaaacattgttcccacagaggcctccgaaacatacctg
atgcctcatctcactgacaacctccaggcagctgaggaggacaacaaccaggcacaagac
acactggaaattgatgaggtcaatggaaacagaaagagcagtgctcaagacacccctgca
gtagtgaatcccactgacttgatcttttctaatgatgagcagcacaaggatgatattggg
gtggagaacatgaaggacactgatcctgcaacgtttgttgtggaagaaggggatgatggt
ggggacatggacataggtgtggatctaagtctcgatgagagtggggtgttggagactgaa
tcaacaaatgtcagatcattctcagacaaaactttcgactcagagtccaccacgtctcag
gatgtcccagctggcagcacggcagagagcccgccagatgcaagccagacgagcagcaca
gtagcttctgccacagaccaggctggactgtacccttcggtggaggaggttagcgataaa
cacaaaccaagtggcaaaagggtgacttttccctcagatgaggatataatctctggagct
gtggagcccaaggacccctggagacatgctcagaatgtgacggtggaggagatcctctct
tcctacaaacaagcttgtcagaaactcaactgtaaacccatacccaaagtgctcaaacag
atacaggaactaaaagacctgactcagcgaaatgattgcttagatctaaaaggtgagaag
ctggactacaaagcatgtgagtctctggaagagattttgaagagggtccagtttaaagtg
atagacctggagcagaccaacctggatgaagatggtgcatcagctctgtttgacatgatc
gagtactatgagtcggccacacatctcaacatctccttcaacaagcacattggcacacgg
ggatggcaggccgcagctcacatgatgagaaagacgagctctctgcagtacctcgatgca
cgtaacactcccctgctggaccactcggctcccttcgtagcacgagcactcaggatcagt
ggcagcctggcggtcctccacctggagaacgctggtctgtctggcagaccgctcatgtta
ctggctacggctctgaagatgaatatgaacctgcgggagttgtacctggcagacaacaag
ctcaatggcctccaggactcggcccaacttggaaacttgctcaagttcaactacaacatt
cagatcctggacctgcgcaacaaccacatcctagactctggtctggcctacgtgtgcgaa
ggactaaaagagcagaggaaaggtctcgtcactttggtgctatggaacaaccagctcaca
cacaatggcatgggctacctcgctgctgcactgccatgcacccagagtctggagactctg
aacctcggccataactctgtgggtaacgaaggggtccacaagctgaaagacggactgatt
gggaaccgctctgtgctcagactgggcctcgcttccaccaaactgtcctgtgaaggagct
gtggctgtggctgaattcatcgctgagagccccagactgctgcgtctggacctccgagag
aatgagatcaagacaggtggactgatggccctttcactcgccttaaaagtcaacacctct
ctgctgcgtctcgaccttgaccgggagcccaagaaagaaactgtaaagagcttcatcgag
acccagcgtgccctgctggctgagatccagaatggatgcaagaggaacttcatcctggct
aaggagaaggaggaaacggagcagaagatgaggcagtcagcatccatggctgaaatcgcc
acagaggatgggaccacagaagaagaggaggaagaaccagcagcagaggagagaggggac
aaaggggggaaagaggtagaagaaaaaggtgaaacgccaggaactgaaggacaaacaagc
agccagtcaggagacagcaatgagactagcattcctcaaatgatcctggagtcggactca
gacactgaggatgaggaggatgaggaggtggtaacaaagtcctcttccacgtcaaactcc
tcccctcgcttaaaccagactgctcctcaaacccagacaggggttgcacagcccttcctc
agtgcctcatgtacatcctcaaccctgtctgcctcacctactggcggcccgagtgtcatt
tccggcatcaccgtcacagaatcttcagttcctcgtggcacccctccgtctcctggtcgc
tgtatatctgtctctagtccagggaggggtcacaagatcttcatggtaactcgggtggag
agcccccctgagcagctacaactccagatgagtgcacctgcagctcccagccaggccaaa
gaggcctcaaagaagcctgtagacgggagcacacccacgacacagccgacatggccaccg
gcctcatctcaaacacctacacaaacacaactgacacaggcggacttgaaggagagctca
gctgctccgtcaacagactgtaaactcaaagatcagagtcctgtagcacacttagagtcc
gcagtaaatactacactagagccacagtctacaagtcaacccacagaggatgcgacagct
agcactttatacccagaagtgacagatccaagtcaacaggcaccagtcccgccatcaaac
tcctcatcggtgcaggctgaagcattgcagctcactaaggaggtaatggagagcattata
agcccccaatctgagcccacttgtgttgaggaaaagaaggaaggagaggaggaggaaggt
cttacagaagatgtgactcaggtgagcatagaaggagagcgtaaacggttcgatgaactg
agtcaaacccagactagtatccctgcagaacaatcgcagcagccgttaacaattgctcat
gaacagctacaggatgagctatcatcaacatcagaggagagccagttaccgaaccaaaca
gaagaagaggaggcccttccaatagaggagaagcaggaagcgccagccgatttgtcagaa
aatgaaaaacccagtttaacagagaaagaggacagccagccaacccaagaggaaccatgt
ccaaagcagcaaacggaggcagacgaacaggcagcacagcctgttctctccatccagact
gatcaacaagagccatctgtcactcaaggtggagctcaggagttaaatcctccagcagga
gaagcctcaaagagtcccgaaccagtcacgactgagtctgtcaaagacgaggattcaccc
gatgagagctctgcagacgaagacgagtgttttgccgaggctccggaggaggagatagtc
ggttcagctctacccaacggcctgaagcctgagttctccctccatcttctggacgccgaa
agccccaagcccggcagctgtgtgatggagcacgtgagtgtcagctgtggacaagacctg
gaggagctgctgctagaagccagtttggagacagggagagacgcaccatga
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