Antennarius striatus (striated frogfish): 137603401
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Entry
137603401 CDS
T10427
Symbol
nolc1
Name
(RefSeq) nucleolar and coiled-body phosphoprotein 1 isoform X1
KO
K25818
nucleolar and coiled-body phosphoprotein 1
Organism
astr Antennarius striatus (striated frogfish)
Brite
Transcription machinery [BR:
astr03021
]
Eukaryotic type
RNA polymerase I system
Other transcription-related factors
Others
137603401 (nolc1)
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NCBI-GeneID:
137603401
NCBI-ProteinID:
XP_068182928
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Position
11:complement(16197939..16205943)
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AA seq
1175 aa
AA seq
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MASQKSTPSDLYKCVYSFLLENKFTKAAQQFVKQTKVSPQDENEESLVNIYDFWVKSPET
KKRKVSPNQTEASNGPSAKKAKINPETSSEESSSEEEGPVTKQTKAAPAAGKVAPTKVAA
AAKAASSSSEDSSDSKEEKAPAKTPVKISAPPARKKDTSSSSEESDSEDEQPPKAPAPKP
KAGAAPKTAAPAKSAAQKKQESSSEESSSEDSEDEQPAKAPPKPAVGKAAPAAPAAESSS
ESSSSEDEAPPSKKLKAGAYSAVPPPASIHKAPAASAVKKAKDSDSSDSSDEEEEKKAAA
KPAPVKTSGAKPSVSKPAAKKKESSSDSSDSSSDEEEATKPAAIATPAKAAPAKAVAAKE
EDSDSSSSEDEEEVKKPAAKATPAKATAKAAKAAPAKATPAKATPAKATPAKATPAKEDS
SEADSSSEEEEESKKKQTAKPAPVKTPPAKKDASSSSDSESSSEDETPAKPASKPAATSA
AASKVQAKAAESSSESEDSSSEEEEPVKAKPAVKPSTPAAKPATPAAKRPAPAESSSDSD
SSSEDEEQPAKAKTTAAKQTAAKKGTPASKHATPVAKPPAPAESSSDSDSSSEEEEESAK
AKPKTAAAKPAAKAAPPASKPATPVAKPAAAESSSDSDSSSEEEEEPAKAKPIAAKAAVT
KPAAKPGTPASKPATPVAKSTAAESSSDSDSSSEEEEEPAKAKPTAAKAAPPASKPTTPK
PKAAKATAAKPAAKPGTPASKPATPVAKSTAAESSSDSDSSSEEEEEPAKAKPTAAKAAP
PASKPTTPKPKAAKATAAKPAAKPGTPASKPATPAAKPAAAESSSDSDSSEDEEEPAKTK
PTAAKAAPPASKPATPVAKPAAAESSSDSDSSEDEAEPVKAKPAVGKKVPPASKPTSPAA
KPGAAADSSSDSDSSDSDDDAAKAPVKKQTPTAAAKTVAAAPKKKSAESSSEDSDSSDSE
TESKSVPAKPAVTNGKAATPKAATPAAKTPAKPAESSSSDSSSEEEEAIKKPTKPVTPAA
KGKKTAAKAEESSSSSEEEEAPPKAATTPITPTANGTKEKKKADEDSSESEEESKTPKSK
KATTTPQTFPKANKKSSNIPFRRIREEDVDVDPRLADNSFDAKQGSTGDWGQKANDTLRF
TKGKSFRHEKTKKKRGSYRGGAISTSVNSIKFDSE
NT seq
3528 nt
NT seq
+upstream
nt +downstream
nt
atggcgtcgcagaagtcgactccgagcgatctgtacaaatgcgtatattcgtttcttctc
gagaacaagttcaccaaggctgctcagcagtttgtgaagcagactaaagtgagtcctcaa
gatgaaaatgaagagagcctcgtcaacatctacgatttctgggtgaagtctcctgaaact
aagaaacgaaaagtgtcccccaatcagactgaagcatcaaatggtccatcagccaagaaa
gcaaaaatcaatccagaaacctcaagtgaggagtcgagcagcgaggaggaaggacctgtt
acaaaacagactaaggcagcccctgcagcaggcaaagtagctcctactaaagtagcagca
gccgctaaagcggcgtccagcagcagtgaagactccagtgattcaaaggaggagaaggct
cctgcaaaaacccctgtgaagatctctgctcctccagcaagaaagaaagacaccagctcc
agcagtgaggaatcagactcagaggatgagcagccccctaaagcccccgcaccaaaaccc
aaggcaggtgcagcaccaaaaacagcagcccctgctaaaagtgctgcccagaagaagcag
gaaagcagcagcgaagagagttcctcagaagattctgaagacgaacaaccagcaaaggct
ccacctaaacctgctgtaggaaaggcggctccagctgcacctgctgctgagtcgagcagt
gaaagttcttcatctgaagacgaggctccacccagtaagaagctgaaagcaggagcgtac
agcgctgtccccccgcccgcttccatccacaaagctccagctgcatcagcagtcaaaaag
gccaaagacagcgactcttcagacagcagtgatgaggaagaagagaagaaagcagctgcc
aaacctgcaccagtaaagaccagtggtgccaaacccagtgtgtccaaacccgctgccaag
aagaaagagtccagctctgacagttcagattcaagctcggatgaagaggaggcgacgaag
cctgcagcaatagctaccccagctaaagcagcgccagccaaggctgtagctgctaaagag
gaagactctgactcatcaagctccgaggatgaagaagaggtgaaaaaacctgcggcaaaa
gcgactcctgctaaggctactgctaaagctgctaaagctgctccagctaaggccacgcca
gctaaagccacgccagctaaagccacgccagctaaagccacgccagctaaagaagactcc
tcagaggcagactccagttcagaggaggaagaggagagcaaaaagaagcaaacagctaaa
cctgctcctgtaaagactcctccagccaaaaaagatgcctcctcaagctcagactctgaa
agcagctccgaagatgaaacgccagccaaaccggcctccaaacctgcagccacatctgcc
gctgcttctaaagtccaagccaaggcagcagagagcagctcggaatcagaagactcctcc
tctgaggaggaagaaccagtcaaagccaagccagctgtcaaaccgtccaccccagctgca
aagcctgctacccccgccgccaaacgccctgcaccagccgagagcagctcagattctgac
tcctcctcagaggatgaggaacaaccagctaaagctaaaacaacagcagcaaaacaaaca
gctgctaaaaaaggtacccctgcttcaaaacatgctacccctgtagcaaaacctcctgcg
ccagcagagagcagctcggactctgactcctcctcagaggaagaggaagaatcggccaag
gctaaaccaaaaactgctgcagctaaacctgcagctaaagcagctcccccagcttcaaaa
cctgctactcctgttgctaagccagctgcagcagagagcagctcagactctgactcctcc
tcagaggaagaggaagagccggccaaggctaaacctatagctgctaaagctgctgtaact
aaacctgcagctaaaccaggtaccccagcttcaaaacctgctacccctgtggcaaaatct
actgcagcagagagcagctcagactctgactcctcctcagaggaagaggaagaaccagcc
aaggctaaacctactgcagcaaaagcagctcccccagcttcaaaacctactactcctaaa
ccaaaagctgctaaagctactgcagctaaacctgcagctaaaccaggtactccagcttca
aaacctgctacccctgtggcaaaatctactgcagcagagagcagctcagactctgactcc
tcctcagaggaagaggaagaaccagccaaggctaaacctactgcagcaaaagcagctccc
ccagcttcaaaacctactactcctaaaccaaaagctgctaaagctactgcagctaaacct
gcagctaaaccaggtactccagcttcaaaacccgctactcctgctgctaagccagctgca
gcagagagcagctcagactctgactcctcagaggatgaggaagaaccagccaagactaaa
cctactgcagcaaaagcagctcccccagcttcaaaacctgctactcctgttgctaagcct
gctgcagcagagagcagctcagactctgactcctcagaggatgaggccgaaccagtcaaa
gctaaacctgcagtaggcaaaaaagttccccctgcctcaaagcctacttctcctgctgca
aagcctggagcggccgcagacagcagctctgactcggacagctcagactctgacgacgac
gcagccaaagctcccgtcaagaaacaaaccccaacagcggcggccaagaccgttgctgcg
gctccaaagaagaagtctgcagagagcagctctgaggactcagacagctcggactcggag
accgagtcaaagtctgtccctgcgaaacctgccgttaccaatggcaaggcggcaacaccc
aaggctgccaccccagcagcaaagaccccggcaaagccagcagagtcgtcctccagcgac
agcagttctgaagaggaagaagccattaaaaaacctacaaaaccagtgacacctgctgca
aaaggaaagaaaactgcagctaaagctgaagagagtagcagctcttcagaggaggaggaa
gcaccgcctaaagcagccacaacacccatcacccccacagcaaatggcaccaaagaaaag
aagaaagcagatgaagactcatcagaaagtgaagaggaatccaaaacgccaaaaagcaag
aaagcgacaaccacaccgcagacgtttcctaaagccaataagaagtcctccaacatacca
ttccgtagaatacgagaggaggacgtagacgtggatcctcgcctcgcagacaactccttt
gatgcaaagcaaggatctacgggggactggggccagaaagccaacgacacactgaggttc
acaaaggggaagtcattccgccatgaaaagacgaagaagaagaggggaagctaccgtggt
ggcgccatctccacgtctgtcaactccattaagtttgacagtgaatga
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