| Entry |
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| Name |
(RefSeq) hypothetical protein
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| KO |
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| Organism |
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| Pathway |
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| Brite |
KEGG Orthology (KO) [BR:ngr00001]
09120 Genetic Information Processing
09123 Folding, sorting and degradation
03018 RNA degradation
NAEGRDRAFT_81560
09180 Brite Hierarchies
09182 Protein families: genetic information processing
03019 Messenger RNA biogenesis [BR:ngr03019]
NAEGRDRAFT_81560
03041 Spliceosome [BR:ngr03041]
NAEGRDRAFT_81560
03009 Ribosome biogenesis [BR:ngr03009]
NAEGRDRAFT_81560
03016 Transfer RNA biogenesis [BR:ngr03016]
NAEGRDRAFT_81560
Enzymes [BR:ngr01000]
5. Isomerases
5.6 Isomerases altering macromolecular conformation
5.6.2 Enzymes altering nucleic acid conformation
5.6.2.6 RNA 3'-5' helicase
NAEGRDRAFT_81560
Messenger RNA biogenesis [BR:ngr03019]
Eukaryotic type
mRNA degradation factors
3'-5' decay
TRAMP complex
NAEGRDRAFT_81560
Spliceosome [BR:ngr03041]
Complex B
U4/U6.U5 tri-snRNP components
U4/U6.U5 tri-snRNP related factors
NAEGRDRAFT_81560
Complex C
U4/U6.U5 tri-SnRNP related factors
NAEGRDRAFT_81560
Ribosome biogenesis [BR:ngr03009]
Eukaryotic type
Pre-60S particles
Helicases
NAEGRDRAFT_81560
Transfer RNA biogenesis [BR:ngr03016]
Eukaryotic type
tRNA degradation factors
TRAMP complex
NAEGRDRAFT_81560
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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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| AA seq |
1130 aa
MDPFSQDDLFNVFGTSTNQQQSKKRTLEESIKIAERDVELRENKKLKPVIVDITSSEETS
ETSLPEEALYIPTPTIIDDSTQLTRTTSTPTIVSVNNSASKSIGKLGEKNDCLHEIALPP
NYSINSQTGVGSVDGSEVSSNVLSNPSEIVNFMMEQKTQVELGLKQAAKEYPFTLDAFQR
QAVRAIELSQSVLVSAHTSAGKTAVAEYAIAKSLKDGSRVIYTSPIKALSNQKFRELQEE
FTDVGLMTGDVTINPNSSCIVMTTEILRSMLYRGSEILNEVQWVIFDEVHYMRDKERGVV
WEETLILLPNSVKYVFLSATMPNATEFAGWIAKLKGQPVHVVYTDYRPTPLQHYIYPVGG
QGIHLVVDKHTFKQDNWKKAVEELNNASKNVTSGGSGSGNVNSSGKVSGGDRKKRVDTSL
VKLVNMIMKRNFQPVIVFSFSRKECETRAVSLSKSNFNDEEEMSLVAEVFNNAIDSLSDE
DRKLPQVETMLPLLQKGIGVHHSGLLPIMKEVIEILFQEGLIKVLFATETFAMGLNMPAK
TVLFTGIEKYDGQITRRLTSGEYIQMSGRAGRRGLDDKGIVILIMDDPDLREEDAKQLMN
GIADCLNSSFHLSYYMVLNLLRVEEITPEYIMERSFFQYQSEKKRLAFEQTLNETIVKRD
SMKIENEPQLSSYYNMKKELENEYNNLRKLITTPKYSIPVLSAGRLLRINGFGWGILIKF
TKKKHAEKLQINQTKSSDYLIDILLPSHPDKPNEPYPVKEYKKSLEPKPIIKTLSVDLIE
CYSSVKVYLSKEMKSRPDANSGEAKSTILKLLETISRFKSQPTTETTDGMMSIDKLSVYK
YGDVPRLDLVEEMGIARAQVKNVVDTIQQLESRLSYSPFYQYELNASNGNASKDDINYKN
QIALFESKLEIENEIEALKKQIKTTGQVVMKEELKNMMRVLRRLGFATEDNVITAKGRVA
CELSSADSLVITEMIYNGAFSDLTPEQCIAVLSCFASEVTSSQNRQDDKDALVDELKKPY
EELEKAARRVAEVSIESKLELDTDKYLQSFPCNMMNLTFAWCNGAKFVDICKMTEIFEGS
IVRSMRRCEEIVRQMCAAAKAIGEETIEKKLLIGLEKMRRDIVFSSSLYL |
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| NT seq |
3393 nt +upstreamnt +downstreamnt
atggatccattctcacaagatgacttgttcaatgtgtttggaacatccaccaatcaacaa
caatcaaaaaagagaacactagaagaatcaataaaaattgctgagcgtgatgttgaactg
agagaaaataagaaattaaagcctgtcattgttgatatcacttcatcggaggaaacttcg
gaaacatcattacctgaagaagctttatacataccaacaccaacaattattgatgattct
acacaacttacaagaaccacaagtacaccaacaattgtttctgtgaataattctgcatca
aaatctattggtaaattaggtgagaagaacgattgtttacacgaaattgctctacctcca
aattattctattaattcccagacaggagtgggtagtgttgatggttcggaagtttcaagt
aatgttttatcgaatccaagcgaaattgttaattttatgatggaacaaaaaacacaggtt
gaattaggattaaaacaagctgcaaaggaatacccatttactcttgatgcatttcaaaga
caagccgttcgtgccattgaattatcacaaagtgttcttgtcagtgcccacactagtgct
ggtaaaacagcagtagccgaatatgctattgcaaagtcattaaaggatggaagcagagtc
atctatacatcacctattaaagctttatcaaatcagaaattcagagaattacaagaagaa
tttacagatgttggacttatgactggtgacgttactatcaatcctaactctagttgtata
gttatgacaacagaaattttgagaagtatgctctatagaggatctgaaattttgaatgaa
gtgcaatgggttattttcgatgaagttcactatatgcgtgataaggagagaggtgtagtt
tgggaagaaactttaattttacttccaaattctgttaaatatgtcttcttatctgctaca
atgccaaacgcaacagaatttgctggttggattgcaaaattgaaaggacaaccagttcat
gtggtttacacagactacagaccaacaccattacaacattatatttatcctgttggtgga
cagggaatacacttggttgtagataaacatacattcaaacaagataattggaaaaaggca
gttgaagaattgaataatgcatcaaaaaatgtgacatctggtggatcagggtcaggaaat
gtaaacagttcaggaaaagtgagtggtggagatcgtaaaaagagagtcgacacatctctt
gttaaattggtaaatatgattatgaagagaaatttccaaccagtcattgttttcagtttt
tccagaaaagaatgtgaaacaagagctgtctctctctccaagtccaatttcaatgacgag
gaagaaatgagtttggttgcagaggtatttaataatgctattgattctttatctgatgaa
gatcgtaaattaccacaagtagaaacaatgttaccactattacagaaaggtattggagtt
caccattctggattgttaccaattatgaaggaagttattgaaattctattccaggaaggt
ttaatcaaagttttatttgccacagagacatttgctatgggattgaacatgcctgcaaaa
actgttttgtttacaggtattgaaaagtatgatggtcaaatcaccagacgtttaacttca
ggtgaatatattcagatgagtggccgtgctggtcgtagaggtttggatgacaaaggtatt
gttattttaattatggacgatccagatttgagagaggaagatgccaaacaacttatgaat
ggtattgctgattgcttaaactcttcattccatttgagctattacatggtgcttaacttg
ttgagagtagaagaaattactccggagtatattatggaaagatcatttttccaataccaa
tctgaaaagaaacgacttgcttttgaacaaacattgaatgaaacaattgtaaagagagat
tcaatgaagattgaaaatgagccacaattatcatcctactataacatgaaaaaagaattg
gaaaacgagtacaataatttgagaaaactcattacaacacctaaatattcaattcctgta
cttagtgcaggtcgccttttaagaattaatggctttggttggggtattttgatcaagttt
accaagaagaaacacgcagaaaaattgcaaattaaccaaactaaatcttcagactacttg
attgatattttactgccatcacatccagataagccaaatgagccataccctgttaaggaa
tacaaaaagtctttagagccaaagccaataatcaagacattatcagttgacttgattgaa
tgttacagctctgttaaagtttacttgtctaaggaaatgaagtccaggccagatgcaaac
tctggagaagctaaatctactattttaaagcttttggaaacaatttcaagattcaaatct
caacctaccaccgaaacgactgatggtatgatgagtattgataaattgtctgtttacaag
tatggagacgtaccaagactagatttggttgaagaaatgggtattgcaagagctcaggtt
aaaaatgtagtagataccattcaacaattggaatcaagattatcctatagtccattttat
caatatgaacttaatgcttcaaatggaaatgcttcaaaagatgatattaattacaagaat
caaattgctctctttgaaagcaaattagaaatcgaaaatgaaattgaagctcttaagaaa
caaattaaaacaactggtcaagtggttatgaaggaggaactcaagaatatgatgcgtgta
ttaagaaggttaggttttgccacggaagataacgtaattacagcaaaaggtagagttgcc
tgcgaattgagcagcgcagatagtttagttattactgaaatgatttataatggtgcattt
tctgatttaactccagaacaatgtattgcagtcttatcatgttttgcttctgaagttaca
tcctctcaaaacagacaagatgataaagacgccctagttgatgaattgaaaaaaccttat
gaagagttagaaaaagcagctagaagagttgctgaagtatcaatcgagtcaaaattagag
ttggataccgacaagtatttacaatcgttcccttgtaatatgatgaatttaacatttgcc
tggtgcaacggtgccaagtttgtagatatttgtaaaatgacagagatttttgaaggatct
attgtaagatcaatgagacgatgtgaagaaattgtaagacaaatgtgtgctgctgctaag
gccataggtgaagaaactattgaaaagaaattattgattggtttggagaaaatgagacgt
gacattgttttcagtagttccctttatttgtaa |
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