Microcaecilia unicolor: 115461840
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Entry
115461840 CDS
T09142
Symbol
NOL6
Name
(RefSeq) LOW QUALITY PROTEIN: nucleolar protein 6
KO
K14544
U3 small nucleolar RNA-associated protein 22
Organism
muo
Microcaecilia unicolor
Pathway
muo03008
Ribosome biogenesis in eukaryotes
Brite
KEGG Orthology (KO) [BR:
muo00001
]
09120 Genetic Information Processing
09122 Translation
03008 Ribosome biogenesis in eukaryotes
115461840 (NOL6)
09180 Brite Hierarchies
09182 Protein families: genetic information processing
03009 Ribosome biogenesis [BR:
muo03009
]
115461840 (NOL6)
Ribosome biogenesis [BR:
muo03009
]
Eukaryotic type
90S particles
U3 small nucleolar RNA-associated proteins
115461840 (NOL6)
BRITE hierarchy
SSDB
Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
Nrap_D5
Nrap_D4
Nrap
Nrap_D2
Nrap_D3
Nrap_D6
Motif
Other DBs
NCBI-GeneID:
115461840
NCBI-ProteinID:
XP_030047758
UniProt:
A0A6P7X5K0
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All DBs
Position
2:29638905..29830215
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AA seq
1129 aa
AA seq
DB search
MSDKDEGENQNAPKKSKLKKQREEALPDDVLRPVKLSGSELYKPPTNEELNQLKETENXF
LSSLLRMQIEELLKEVTLKEKNRKCIDAFLHDLNTLLSRVPETQETEITDQSWLPKGVKV
PFLQVPHRVKGRFRFLPPTCVKVVGSYLLSTCIKPEINVDLMMTMPQEILQAKDHLNQRY
LRKRALYLAHTAHHLAQSKLLGSVKFTYMNSNHLKPVLLLRPQGKDEKLVTVRLYACAPP
DFFKPGRFHPGKNNVRRAWFLEEDSNLEDAVEPPTPHYNNSVLCDLVMEQHLHFLSSAVM
GSPGMKDGIAILKVWLHQRQLDKGFGCFNGFLASMLVAYLHAKHKVNAMMSGYQILRNAL
QFLATTDLTVNGITLAKASDVSLPTLADFHQAFDVVFVDPSGFVNLCADMTASKYKEIQF
EAKYSMEILGDTTVDGFQQLLLVSKPLIRTFDHVFHLKNVSKLQGTCKKMKLLNELMDRS
GNYVGTVLPFLLSLLTQGLGQRILMLTHSLPLMPEWSIGEDPPKHKDIALLSFGLLLSPE
GSLSILDKGPEADSSEAVEFRNFWGEKSELRRFQDGSICEAVVWPAGSLFEKRLIPERVV
KHLLQLHADIPEYSVCYAGALLDSLIQVGKLAAGTGEEQMLSTVNSYDDLSRKLWSLEGL
PLTVTSVQGIHPALRYTDVFPPVPVKPDYSFHEKVNSRKCLLPLVNKPCPAYVPPMKVIC
HMEGSGQWPQDKEAIKRVKAAFHVRLAELFKEQHQLVCRPTATHVDVFKDGYVFRLQVAY
HREPLFMKEFITPEGMVKYQDTAESLQLEMEILHLPYLSSTLHGLQQQHPAFSGTSRLAK
RWISAQMLSDGISDECVDLLVAYLFLHPAPFTPPSSPQVGLLRFLQLMATFDWKNNPLIV
NLNGDIKDIEYAEIKNDFMAARSRLPVMFIATPKDRKDSLWTRDHPSALILQRMVMLSLE
SVNTLEKQLMDPLGSHDVKMVFRPPLDLYDILIHLHPRQIPRHREAVDKPVKSFVRGMLR
KSAPVKSFYFPVVDYDPVQCYLKELRAAFGELALFCYDAHGGEVIGVLWKPLAFEPQPFK
TTNVKGRRMEFRANKAVMVPNVEAILEDFEILGEGLVLSVEARTEKWSI
NT seq
3390 nt
NT seq
+upstream
nt +downstream
nt
atgtcggacaaagatgaaggagagaaccagaatgcccctaagaaatcaaagctcaagaaa
cagagagaagaggcactacctgatgatgtgctgagacctgtcaaactgagtgggtctgag
ctctacaaacccccgacgaatgaggagctgaaccagctgaaggaaacggagaacnctttc
ctttccagcctcctccgtatgcagattgaggagctcttgaaggaagtgacgctaaaggag
aagaacaggaagtgcatcgatgcctttctccatgacctgaacaccctgctgagtcgtgtc
cctgagacccaggaaactgagatcacagatcaatcctggctgccaaagggggttaaagta
ccctttctgcaggtgccccacagggtgaagggcaggttccgtttcttacctcccacttgc
gtgaaagtggtggggagttacttgcttagcacctgcatcaagccagagatcaatgtggat
ttgatgatgacgatgccacaggaaatcttgcaagctaaagatcacctgaaccagcgttac
ctccggaagcgggccctgtacctggcccacacagcacaccacctggcccaaagcaagctc
ttgggcagtgtgaagtttacctacatgaacagcaaccacttgaaaccagtgctgctcctc
cgcccacagggaaaggatgaaaagctggtgacagtacgtctctatgcctgcgcccctcct
gatttcttcaaacctggacgttttcatcccggtaagaacaatgtgaggagagcctggttc
ctggaagaggattccaacctggaagatgctgtcgaacccccaacccctcactataacaac
tccgtcctgtgcgatctggtgatggaacagcaccttcacttcctttctagcgctgttatg
ggctctcctggcatgaaggatggaatcgctattctcaaagtttggttgcaccagcgtcag
ctggacaagggctttggctgtttcaatggatttttagcttccatgctggtggcatacctc
catgcaaagcacaaggtcaacgcaatgatgagtggctaccagatcctgaggaatgctttg
cagttcctggccaccacagacctgacggtgaatgggataaccctggctaaagcttcagat
gtttccctgccgacccttgcagacttccaccaggcatttgacgtcgtcttcgttgatccc
tcagggtttgtgaacctatgtgccgacatgaccgccagcaaatacaaagagatccagttt
gaagcaaaatattcaatggagattctgggtgacaccacagtggatggctttcagcagctg
ctcttggtctccaaaccgctaatcagaacctttgaccacgtgttccacctgaagaatgtg
tccaagctgcaggggacctgcaagaaaatgaagctgctgaatgagttgatggaccgtagt
gggaattatgtgggcacagtacttcctttccttttgtccctactgacacagggtttggga
cagagaatcctgatgctgacgcactctctgcctctgatgcctgaatggagcattggtgag
gaccctcctaagcataaagatattgcattattgtcatttggattgttgctgagtccggag
ggttccctgagtatccttgataaaggcccagaagcagatagttctgaggcagtggagttt
cggaacttttggggcgagaaatctgaactgagacggttccaggatggatccatctgtgag
gctgttgtgtggcccgcggggtctctgtttgagaagcggctcattcccgagcgtgtggtg
aagcacctgctgcagctccatgctgatattccagaatattccgtgtgctacgctggggct
ctgctggactctctgatccaggtgggaaaattggcagcagggactggggaggagcagatg
ctcagcacagtgaattcctatgatgacctgagccggaagctttggagcctggaggggcta
cccttgaccgtgacctcggtccagggcatacacccagcactccgctacactgacgtgttc
ccgcctgtccctgtgaagcctgactattcctttcatgagaaggtgaacagcagaaaatgt
ttgctccctctagtgaacaagccctgtcccgcctacgtgccacctatgaaagtgatatgc
cacatggaaggcagtggacagtggccacaggacaaggaggccatcaagcgggtcaaagcc
gcattccacgtcagactggccgagctttttaaggagcagcatcagctggtctgcagaccc
actgcaacacatgtggatgtgttcaaggatggttatgtcttccgcctccaagtggcttac
caccgagagcctctgttcatgaaggagttcattactccagaagggatggtgaaataccag
gacacggcagaatctctgcagctggaaatggagattttgcacttaccatacctgagcagc
acacttcatggccttcagcagcagcatcctgccttcagcggcacctctcgcttggccaag
cgctggattagcgcccagatgctgagtgatggtatctcggatgaatgcgtggatctgctt
gtggcttatctttttctgcatccagctccattcacgccaccaagttctcctcaggtcggc
ttactgcgctttcttcagttaatggccacgtttgactggaagaacaatccgctaattgtt
aacttgaatggtgatataaaagacatagaatatgcagaaataaagaatgattttatggct
gctcgatctcgtcttcctgtgatgttcattgctacccctaaggacagaaaggactcactc
tggaccagagaccacccctctgcattgattctacaacgtatggtcatgctgtccttggaa
tctgtgaacactttggagaaacagctgatggaccccttaggaagccatgatgtaaagatg
gtttttcgcccacctttggatctttacgatattctgatccacctacatcccaggcaaatt
ccaaggcatcgagaagccgtagacaaaccagtaaagtccttcgtcagggggatgctgagg
aaaagtgcaccagtgaagtctttctacttccctgtggtggattatgacccggtccagtgt
tacctgaaggagttaagagcagcctttggggagcttgccttgttttgctacgatgcccac
ggtggagaagtgattggagtcctttggaaacctttagcctttgagcctcagccattcaaa
acaaccaacgtgaaagggagaaggatggagttcagagcaaacaaggcggtgatggttccc
aatgtggaggcaatcttggaggactttgaaatcttaggggagggtctggtgctctccgtg
gaggctcgaacagagaaatggagtatctag
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