Rhodamnia argentea (silver malletwood): 115739169
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Entry
115739169 CDS
T10595
Name
(RefSeq) ribosome biogenesis protein BMS1 homolog isoform X2
KO
K14569
ribosome biogenesis protein BMS1
Organism
rarg Rhodamnia argentea (silver malletwood)
Pathway
rarg03008
Ribosome biogenesis in eukaryotes
Brite
KEGG Orthology (KO) [BR:
rarg00001
]
09120 Genetic Information Processing
09122 Translation
03008 Ribosome biogenesis in eukaryotes
115739169
09180 Brite Hierarchies
09182 Protein families: genetic information processing
03009 Ribosome biogenesis [BR:
rarg03009
]
115739169
Ribosome biogenesis [BR:
rarg03009
]
Eukaryotic type
90S particles
GTPase
115739169
BRITE hierarchy
SSDB
Ortholog
Paralog
GFIT
Motif
Pfam:
RIBIOP_C
AARP2CN
GTP_EFTU
Tsr1_G-like
AAA
AAA_22
AAA_16
MMR_HSR1
RNA_helicase
Motif
Other DBs
NCBI-GeneID:
115739169
NCBI-ProteinID:
XP_030528003
UniProt:
A0A8B8P2A1
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Position
10:9327043..9340714
Genome browser
AA seq
1205 aa
AA seq
DB search
MAAESASHDQSHKAHRSRQAGPSAQKKSKADKRKKSKGGDDPQRQNPKAFAFNSSVKAKR
LQSRAVEKEQRRLHVPTIDRSYGEPPPYVVLVHGPPKVGKSLLIKSLVKHYTKHNLPDVR
GPITIVSGKQRRLQFVECPNDINGMIDAAKFADLALLLIDGSYGFEMETFEFLNILQVHG
FPKVMGVLTHLDKFMDVKKLKKTKQRLKHRFWTEIYDGAKLFYLSGLKHGKYTKREIHNL
ARFISVMKFHPLSWRTTHPYVLVDRFEDVTPPERIRIDKKCDRNITVYGYLRGCNLKKGT
KVHIAGVGDYSLAGVTSLADPCPLPSAAKKKGLRDKEKLFYAPMSGLGDLLYDKDAVYIN
INDHFVQFSKVDDENGELKRKGRDQDVGEALVRSLQNTKYSIDEKLEQSFIDLFSRKPNM
LPEAQHNLERQSEREPANGDSAVSDDSNNEDFDVSEPTDEDEAGQSNARIVNDGSDFDEE
DGDQSEGHPSLKERLKEHVEFHGGRLRRKAIFGNEADHMDVGSDDEDGDSNNDDDINNDS
PSDSDYSGEGGEDHETDEDDVGNVSKWKESLLERAVSRQHTNLMQVVYGKSTSASTPVSQ
TQENSEGEESEGDDFFTPKQEGKMKSREGPDDGDLDAEDSSKFTKYGTIKSWKEGEVIES
IRDRFVTGDWSKAASRNQISEANNDEDDDVYADFEDLETGEKYESHPTREAGKTAMQKED
NSVIEERRLKKLALRAKFDSEYYESESPEEETDKEHRGKTNRSQANEGGYFDKLKEEIEL
RKQLNIAELDDLDESTRVEIEGFQTGTYLRLEVHDVPFEMVEHFDPCHPILVGGVGLGEE
NTGYMQARLKRHRWHKKVLKTRDPIIVSIGWRRYQTIPIYAIEDTNGRHRMLKYTPEHMH
CLAMFWGPLAPPNTGVVAVQHLSNNQASFRVTATAVVLEFNHAARIVKKIKLVGYPCKIF
KKTALIKDMFTSDLEIARFEGAAVRTVSGIRGQVKKAAKEEIGNEPKRKGGQLREGIARC
TFEDKILMSDIVFLRAWTQVEVPHFYNPLTTALQPRDQTWQGMKTVAELRREHNLPVPVN
KDSLYKPIERKPRKFNPLVVPKSLQAALPFASKPKDIPSRRRPLLENRRAVVMEPHERKV
HALVQHLQLIRHEKMKKRKLKEEQKRKELEAERAKDEQLSRKRQREQRRERYRVQDKQKK
KTRRN
NT seq
3618 nt
NT seq
+upstream
nt +downstream
nt
atggccgcagagagcgcgagccacgaccaatcgcacaaagcccatcgctctcgccaggcg
gggccctccgcgcagaagaaatccaaggccgacaagaggaagaagagcaagggcggcgac
gacccgcagaggcagaaccccaaggccttcgccttcaactcctccgtcaaggccaagcgg
ctgcagtcgcgtgccgtcgagaaggagcagcggaggctccacgtccccacgatcgaccgc
tcctacggcgagccgcctccttatgtggttctagttcacgggcctccaaaggttgggaag
tcccttttgataaagtcgctagtgaagcactatactaagcataatttgcccgatgttcgc
ggtccaattacaattgtatcaggtaagcagaggaggctgcagtttgtggagtgccctaat
gatatcaatggcatgattgatgctgcaaaatttgctgatctggcattgcttctcatagat
ggaagctacggttttgaaatggaaacctttgagttcctgaatattttgcaagtacacggg
ttcccaaaggttatgggagtcttgacacaccttgataagttcatggatgtgaagaagctc
aagaaaacaaaacaacggctcaagcatcgtttctggactgaaatatatgatggagcaaaa
ttattttacttatctggtcttaaacatgggaagtatactaaacgggagatacataatctt
gcaaggttcatctctgttatgaagtttcaccctttatcttggaggactactcatccatat
gtattggttgatcgctttgaagatgttactcctcctgaaaggatacgcattgataaaaag
tgtgacagaaacattacagtttatggctatttgcgaggctgcaacctgaagaagggaacc
aaggtgcatattgccggtgttggagattacagtttagctggtgtgaccagcttagctgat
ccctgtcccttaccatcagctgctaagaagaagggactccgtgataaggaaaaactgttt
tatgctcctatgtctggacttggggacctcctctatgacaaggatgcagtctacataaac
ataaatgatcactttgttcagttctcaaaagttgatgatgaaaatggggaactcaaacgc
aaaggaagggaccaagatgttggtgaggctttggtgagatcgctccagaatacaaaatac
tcaatcgacgaaaagctagaacaaagcttcatcgacctttttagtcggaaacccaatatg
ttgccggaagctcaacacaatttggaacgtcagtctgaaagagagcctgccaacggagac
agtgctgtatctgatgacagcaacaatgaggactttgatgtttcagaacctactgatgag
gatgaagccggtcagagcaacgcaaggattgtgaatgatggaagtgattttgatgaagaa
gatggtgatcaatcagaaggacacccttcccttaaagagagattgaaggaacatgttgag
tttcatggtggaaggctgaggagaaaagccatatttggaaatgaagctgatcatatggat
gttggttccgatgacgaagatggagatagcaacaatgatgatgatataaacaacgattca
ccttctgattccgattattccggggaaggtggagaagatcatgaaacagatgaagatgac
gtgggcaatgtttctaagtggaaggaatccttgttggaaagggctgtctcaaggcaacac
actaaccttatgcaagttgtatatggaaaatctacttcagcgtcaactcctgtgagtcaa
acacaggaaaatagtgaaggtgaagagagtgagggagacgatttctttacgccaaaacaa
gaaggaaagatgaaatcgagagaaggaccagatgatggagatcttgatgctgaagattct
tctaaattcaccaagtatgggacaataaaaagctggaaagagggagaagtaattgaaagc
atccgcgaccgctttgtgactggggactggtcaaaagcggctagcagaaaccagatatca
gaggcgaacaatgatgaagatgatgatgtgtatgcagactttgaagatctagaaacagga
gagaaatatgaaagtcatcccacaagagaagctggcaaaactgcaatgcagaaggaagac
aattcagtgattgaagagaggaggctgaagaagcttgctctacgtgcaaaatttgattct
gaatattatgaatctgagtcaccagaggaagagactgataaagagcataggggaaagact
aaccgcagtcaagcaaatgaaggtggatattttgacaagttgaaggaggagattgaactt
cgcaagcagctaaatattgctgaacttgatgacctggacgagtcgactcgagtagagatt
gagggtttccaaactggtacatacctaagattggaggtccatgatgttccttttgagatg
gttgaacattttgatccctgtcatcccatattggttggtggagtcggtcttggtgaggag
aatacaggatacatgcaggcaaggttgaagaggcataggtggcacaagaaagtgctgaag
actagagacccgatcattgtttctattgggtggaggcgttaccaaaccatacctatttat
gcaatagaggatactaatggaaggcatcgaatgttaaagtacaccccagaacacatgcac
tgcctcgccatgttctggggtcctttagctcctccaaacactggggtagttgctgtccag
catttatcaaacaatcaggcatcattcagggtaacagcaactgctgtagttcttgagttc
aaccatgcagcacgcatagtgaagaaaattaaactggtcggttacccttgcaaaatcttc
aagaagactgcactcataaaggatatgtttacttcagatcttgaaatagctaggtttgaa
ggtgcagctgttcgaactgtcagtgggattcgaggtcaagtgaagaaggctgcgaaagaa
gaaatagggaatgaaccaaaaaggaaaggaggacagcttagagaagggatagccagatgc
accttcgaggacaaaatactgatgagcgacattgttttcttgcgtgcgtggacccaagtt
gaagttcctcacttttacaacccattgaccaccgcattgcagcctcgcgaccagacatgg
caaggaatgaaaactgtcgctgaactgaggagggagcacaatctgccggttcctgtcaat
aaagattcgttgtacaagccaattgaaaggaagccaagaaagttcaacccattggtggtt
ccaaagtcattacaggcagctcttccatttgcttcaaaaccaaaagatattcctagtagg
aggcgaccgctccttgagaacagaagagcagtagtgatggaaccccatgagagaaaagtt
catgctcttgttcaacacctgcaactaattaggcatgagaagatgaagaaacgaaagctt
aaggaagagcagaagaggaaagagctagaagcagagagggcaaaagatgagcagttatca
agaaagcgtcagagagagcaaaggcgggagcgatatcgggtgcaggacaaacagaagaag
aaaacacgaaggaattag
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