| Entry |
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| Symbol |
nol6
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| Name |
(RefSeq) nucleolar protein 6
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| KO |
| K14544 | U3 small nucleolar RNA-associated protein 22 |
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| Organism |
emac Eleginops maclovinus (Patagonian blennie)
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| Pathway |
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| Brite |
KEGG Orthology (KO) [BR:emac00001]
09120 Genetic Information Processing
09122 Translation
03008 Ribosome biogenesis in eukaryotes
134873880 (nol6)
09180 Brite Hierarchies
09182 Protein families: genetic information processing
03009 Ribosome biogenesis [BR:emac03009]
134873880 (nol6)
Ribosome biogenesis [BR:emac03009]
Eukaryotic type
90S particles
U3 small nucleolar RNA-associated proteins
134873880 (nol6)
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| SSDB |
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| Motif |
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| Other DBs |
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| LinkDB |
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| Position |
12:complement(20830244..20844776)
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| AA seq |
1144 aa
MKKKLTVADEPAEMVPSESHEEEENDAPCKAKRSKPEDAGGEEMVYHPVKLSRSDLYRPP
SAEELNQLKEAESLFHCSLLKMQMEELLKEVALSERKKQQIDSFIQTVTMLIQTVPESPE
VEVSDLSWLSSEVKVPFLLVPKATKGKFHMVPPASVDLIGSYPLGTCTKPRIRVDLAVTI
PADVLHPKDVVNQRYPRKRALYLAGLAQYLASSSEIGSMRYSCLHGNRLRPVLLLTPPGK
DSSSFTVHVHACPPPGFFKPSRFHPQRNNIRTEWYTGLQTSQSEGTEPPTPHYNSSVLGD
LLPRPHLQFLSAVGSQCSAFTDGVALLKVWLRQRELDQGTGCFNGFLASMLLAYLLNSHR
ISNSMTAYQLLRNTLNFLATTDLTVNGISLAKDPDSSAPSMADFHNVFQVVFVDPSGHLN
MCADMTACTYKQLQHEASVSMQFWDNPTVDGFHGLLMTPKPMIRTSDHVFQLCELVKLQS
SCKKLDLLSELMDHSGNYVHTALPFILSLLQQGLGQRISLLTHSLSPDPEWSVESEAPKH
KAQPPLCFGLLLRPELAASVLERGPPADSPKSAEFRQLWGSRSELRRFQDGAITEAVLWD
GESMCQKRLVPRQIITHLLQLHADIPESAIRYLGALLDDVIKTGSEVPSTGEEESLLVVQ
SYDDLSRKLWRLEGLPLSVTAVQGAHPALRYTQVFPPVPLKLDYSFFDREKTSRSLMPKE
GKPCPAYITPIKVICHMEGSGKWPHDRLAIRYIRTAFHIRMGELLKKHHNYTCKPCPTHL
DVWKDGLVFRIQVAYHREPQVLRESVNAEGLLVVRDSEEAQALEMTTIHKPLLTSTLHGL
QQEHPSFGAVCRLAKRWLGAQLFSEDITEDTADLLVASLFLQPAPFTPPGSPQVGFLRFL
HLLASFDWRNNPLIVNLNNQLAVSDYTEVKNDFLASRESLPVMFIATPKEKKQSMWTKKG
PTVQMLQRVVMVAAESLKLLEHQLMDSNEIQDVRVVMRPPLDAYDVLIHLNPKQVPLLVQ
AVDPPTVTFRRGAVAGSMSQSGGALPVVDYNPVSLYLAELREAFEDLALFFCDPHGGTVI
AVLWKPKAFMPTPFKTSQLSARSVEVTGDEAKTIPNIDAILEDFQVMGKGLIKSMEARTE
KWSF |
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| NT seq |
3435 nt +upstreamnt +downstreamnt
atgaaaaagaagcttacagttgccgacgagccagcagagatggttccctcagagagtcat
gaggaggaggaaaacgatgctccctgtaaagctaaaaggagcaaacctgaagacgctgga
ggggaggagatggtctatcacccggttaagctgtcccggagtgatctgtacagacctccc
tcagcagaggaactgaaccagctgaaagaggcagaaagcctgtttcactgcagcctgctt
aagatgcagatggaagagttgctgaaagaggtcgccctgagtgagcgcaagaaacagcaa
atagattccttcattcagacagtcaccatgctgatccagactgtaccagaatcaccagag
gttgaggtaagtgacctgtcatggctgtccagtgaagttaaggtccctttccttctggtg
cccaaagcaacgaagggcaagttccacatggtgcctcctgcttctgtggatctgatcggc
agctaccccttgggcacctgcaccaaaccacgcatcagggtagacctggctgtcacaatc
ccagctgatgtcctccatccaaaggatgttgtgaaccagaggtatccgaggaaaagggct
ctctacctggcaggcctggcacagtatcttgcatcttcctcagaaattggaagcatgcgt
tattcctgtctccatggcaatcgactccgacctgttttgctgctgacacctccaggtaaa
gactcctccagcttcactgtacatgttcatgcctgtccacctcctggattcttcaagccc
agccgtttccacccgcagaggaacaatatccggacagagtggtacactggactgcagacc
tctcagtctgagggcaccgaacctcccactccacattacaatagctctgttttgggggat
ttactgcccaggcctcacctccagtttctttctgctgttggctcccagtgctctgcattc
acagatggggtggccttgctcaaagtctggcttcgacaaagagagctcgaccagggcact
ggttgtttcaatggattcctggcttcaatgttgttggcttatctgctgaactctcacaga
atcagtaactccatgacagcctatcagctgcttcgaaacaccttgaacttcctggctact
acggacctgacagtgaatggaattagcctcgccaaagatcctgactcttctgctccatct
atggcagatttccacaatgttttccaagtggtgtttgtggacccttcaggacatctcaac
atgtgtgctgacatgaccgcttgtacctacaaacagctgcagcacgaggcatctgtgtcg
atgcagttctgggacaaccccacggtggatgggttccacggcctcctcatgacccccaaa
cccatgataaggacaagcgaccatgtgttccagttgtgtgagctggtaaagcttcagtcc
agctgtaagaaactggacctcctcagtgagttgatggaccacagtgggaattatgtccac
actgcgctcccctttattctgtcactgctgcagcaaggactgggccaaaggatcagcctc
ctcacccactccctctctcctgaccctgagtggtctgtggaaagtgaagccccaaaacac
aaagcccaacctcccctctgcttcggtttgctcttaaggccagagctggcagcctctgtc
ctggaaagaggcccacctgcagacagccctaagtcggccgagttccgtcagctgtggggt
tctcgctccgagctgcgtcgattccaggacggtgccatcactgaagcggtgctgtgggat
ggagagagcatgtgccaaaaacgactggtccccagacagatcattacacacctgctacag
ctgcatgcagatatccccgaaagcgctattcggtatttgggggcgctgttggatgacgtc
attaaaacgggaagtgaggtgcctagtactggagaggaggagagtttactggttgttcag
tcctatgatgacctgagcagaaaactgtggaggctggaaggtctgcctctgtccgtcaca
gcagtgcaaggagcccaccctgcactcagatacacacaggtatttcctcctgtgccactc
aagctggactattccttctttgacagagaaaagacttcaagatcattgatgccaaaagaa
ggcaaaccctgtcctgcttatatcacccctatcaaagtgatctgtcacatggaggggagt
ggaaagtggccacatgaccgcttagccattcgctacatccgaactgccttccacatccgc
atgggagagttactcaagaagcaccataattatacatgcaagccctgccctacacaccta
gatgtctggaaggatggcttggtgttccgcatccaggttgcttaccatcgggagcctcaa
gtgctgagggagagtgtaaatgcagaggggctgctggttgtaagggacagtgaggaggct
caggctctggagatgaccaccattcacaagcctctactcaccagcacattgcatggtctc
cagcaggagcacccgtctttcggggcagtttgtcgcttggccaagcgttggctgggggct
cagctcttcagtgaagacatcacggaggacacagcagacctgctggtggcgtcgctcttc
ctgcagccagcaccctttactcctcctggttctccccaggttggcttccttcgtttcctt
catctgctcgcctcttttgactggaggaacaacccgctgatagtcaacctcaacaatcag
cttgcagtcagcgactacacagaggtcaagaatgacttcttggcctccagggagtctctg
cctgtcatgtttatagctacgcctaaagagaaaaaacaatccatgtggaccaagaaagga
cccactgtacagatgctgcagcgtgtggtgatggtggcagcagagagtcttaaattgctg
gaacatcagttgatggacagcaacgagatacaagatgtcagggtggtcatgcgtccaccg
ctggatgcctacgacgtgctgattcacctgaaccccaagcaggttcccttactcgttcag
gcagtggacccccccactgtcactttccgcaggggcgccgtggctggcagtatgtcccag
tctggaggagccctgcctgttgttgattacaaccctgtgtccctctacttggcagagctc
agagaagctttcgaagacctagccctcttcttctgtgacccccatggtggaacagtgatt
gcagttttatggaaaccaaaggccttcatgccaacaccctttaagacatcacagctatca
gcaaggagcgtggaagtgactggagatgaggcaaaaaccattcctaacatcgacgcaata
ctggaggacttccaggtcatgggaaagggtttgatcaaatcaatggaagccaggactgaa
aaatggtcattttag |
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