Melampsora larici-populina: MELLADRAFT_75321
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Entry
MELLADRAFT_75321 CDS
T03138
Name
(RefSeq) hypothetical protein
KO
K14569
ribosome biogenesis protein BMS1
Organism
mlr
Melampsora larici-populina
Pathway
mlr03008
Ribosome biogenesis in eukaryotes
Brite
KEGG Orthology (KO) [BR:
mlr00001
]
09120 Genetic Information Processing
09122 Translation
03008 Ribosome biogenesis in eukaryotes
MELLADRAFT_75321
09180 Brite Hierarchies
09182 Protein families: genetic information processing
03009 Ribosome biogenesis [BR:
mlr03009
]
MELLADRAFT_75321
Ribosome biogenesis [BR:
mlr03009
]
Eukaryotic type
90S particles
GTPase
MELLADRAFT_75321
BRITE hierarchy
SSDB
Ortholog
Paralog
GFIT
Motif
Pfam:
RIBIOP_C
AARP2CN
GTP_EFTU
AAA_16
AAA_22
Tsr1_G-like
MMR_HSR1
AAA_25
AAA
AAA_28
NB-ARC
nSTAND3
ABC_tran
AAA_18
AAA_17
NACHT
AAA_19
AAA_33
ATP_bind_1
AAA_11
NTPase_1
AAA_5
RsgA_GTPase
cobW
RNA_helicase
Viral_helicase1
AAA_14
Spore_III_AA
Motif
Other DBs
NCBI-GeneID:
18932638
NCBI-ProteinID:
XP_007413258
JGI:
Mellp1_75321
UniProt:
F4RW31
LinkDB
All DBs
Position
Unknown
AA seq
1151 aa
AA seq
DB search
MEQQNNRPHRPAKAEKKKPEKGHNPKAFAPQSGRKAEKQARRNVERDQTRLHVPLPDRTF
GLRPNTGTSVQDSKNALVKDDPPPPVIVAVMGPPGVGKTTLIRSLVRRYTKTTLPEIKGP
VTVVAGKNRRLTFIECPNDLGAMVDLAKVADLVLLVIDGSFGFEMETFEALSALSSHGLP
KLMAVLTHLDLIKGTAALKDQKKRLKHRFWTEVYDGAKMFYLSGVQNGRYPDREIVNFTR
FISVVKFRPLIFRNSHPYILGDRFEDLTPREQVRITPSCDRTIAVWGYLRGIPMRPPSDV
VTPKVHVPGSGVDYFFISKMSAINDPCPLPTLESEKRRKIAEKHKLVHAPMSGGAGGAVV
FDGDTVWVNTSGHFSRPKEERSDDEDGVESDLDSDAIEEGVKMVTDLQVSKKTLGDSVHS
TQIRLLGKSEKPLRVSKDSKDSGVSSEGSDDEYDEDSDDDASDDVDASDDESLGSEDEPI
PDDDPQATGSSSRADNRLRRLGNTGEAAFAESDSDLGLDFNQEEHMENGSSDDKDDDDDD
DGRFEHLDSEEDDGMSATGPRWKDNLAETAARLASSRRSRPNPMRLIYDLAMDPGEHPMI
DDEDKNNKRFAFYRQPDAASLDVWSQEAWLNAVRGLFITGDGAEDEGGVDEKYESEGGDF
EDLETGEKVEGAEIDQSEPKPRDDKDALLAKKEALKRKFDRQYDDSSDEEAQKDFYTEQK
EEIARRMEATLQEFADDDPETRIAVEGHRPGAYVRIEISGVPPELVENFDPHFPFLLGGL
LPGEDSQGFVQVRLKKHRWYPKVLKTNDPLILSAGWRRFQTVPIYSLDDGTRNRMLKYTP
EHSHCLATFYGPVSAPNTGLCAFSRMGNQTSNFRISATGVVLDVDGSSRIVKKLKLTGLP
YKIFKNTAFVKGMFNTSLEVAKFEGAQIRTVSGIRGQIKKALAKPDGCYRATFEDKVLMS
DLIFLRAWYNIKPRMFYTPVASLLLPNKTRWQGMRLTGEVRRDQNIATPVDANSHYRPII
RETRRFNTLKIPKKLSASLPFATKPKSQKPQKKPTYLQERAVVLQPEEKKALNILQQAQA
VSKVRALKRKETKAAKNAHKKKLAGSNDTGRSEREKETRKEFFKQESKRKAAEDSGGGKH
RGGKSSKRQKT
NT seq
3456 nt
NT seq
+upstream
nt +downstream
nt
atggaacaacaaaacaacagaccacatagaccagccaaagcagaaaagaagaaacccgag
aaaggtcataatccaaaagcctttgcacctcaatctggaaggaaggcagaaaaacaagct
cgtaggaacgtagaacgtgatcaaactagattacatgtacctttacctgatcgaactttt
ggattaagacctaataccggcacaagtgttcaagatagcaaaaatgcgcttgtgaaggat
gatccaccacctcctgtaattgtagcagtaatgggtccgcctggtgttggaaagacgact
ttgattcgatctcttgtaagaagatatacaaaaactactcttccagaaatcaaaggacct
gtaacagtagtggccggtaaaaatagacgactcacttttatcgaatgtcctaacgatttg
ggtgctatggtagatcttgctaaagtagctgatttagtactccttgtgattgatggaagt
tttggatttgaaatggaaactttcgaggctttatcggctttgtcatcgcatggtctccct
aagcttatggctgttcttactcacttggaccttatcaaaggtacagcagctttaaaagat
caaaagaaacgtctcaagcatcggttttggactgaagtttatgatggggctaagatgttc
tatttaagtggggttcagaatggtagatatcctgatcgcgaaatcgttaactttactaga
tttataagtgtagtcaaattccgacctttgattttccgtaacagtcatccttatattctt
ggtgatcggtttgaagatcttactcctagagaacaagttaggattaccccttcctgcgat
cgtactattgctgtatggggctatctacgtggaattccaatgcgacccccctccgatgtg
gtgacacctaaagtacacgtacccggttctggcgtcgattacttttttatctccaagatg
tcggctatcaatgatccttgtcctttaccaactctcgaaagtgaaaagaggcgaaagatt
gcagaaaagcataaattagtacatgctcctatgagtggtggtgcaggtggtgcagtagtc
tttgatggtgatacagtttgggtgaatacaagtggacatttttctagaccaaaggaagaa
agatcagatgatgaagatggagtagaatctgatcttgatagtgatgctatcgaagaagga
gtgaagatggtcacggatcttcaagtatctaaaaaaactcttggagatagcgtccactct
actcaaatccgtttattaggtaaatcagaaaaacctttgcgcgtttcgaaggactcgaag
gactctggcgtctcttccgagggtagtgatgatgaatatgatgaagatagcgatgatgat
gccagtgatgatgttgatgctagcgatgatgaaagcctgggatctgaagacgaaccgata
cctgacgatgacccgcaagcaacaggatcttcttcacgagctgataatcgactacgtcgc
ctgggaaacacgggagaggctgcatttgcagaaagtgattcagatttagggctagatttc
aaccaggaagaacatatggagaatggctcaagcgatgacaaagatgatgatgatgatgat
gatggtcgctttgagcatcttgattctgaagaagatgatggtatgagcgctacaggacca
aggtggaaagacaatctagccgaaactgctgctcgtctggcatcaagccgtcgatcacga
cccaaccctatgcgtttaatttatgacctagcgatggatcctggtgagcatcctatgatc
gacgatgaagataaaaataacaaacgttttgccttctatcgacaacctgatgctgctagt
ttagacgtttggagccaagaagcgtggttaaacgccgttcgaggtctttttatcacgggt
gatggagccgaagatgaaggaggagtcgatgaaaagtacgaaagtgaaggaggcgatttt
gaggatttggagactggtgaaaaggttgaaggcgctgaaatcgatcaatctgaaccaaag
cctcgcgatgataaggacgctttattagcaaagaaagaagcattgaaacggaagtttgat
cgacaatatgatgattcatctgatgaagaggctcaaaaagatttttatactgaacaaaag
gaagagatcgctagaaggatggaagccaccttacaagaatttgcggatgatgatcctgag
acacggattgcagttgaaggacatcgacctggtgcttatgttaggatcgagatttctggt
gttccaccagaactagtggaaaactttgatcctcattttcctttccttttgggaggttta
ttacctggtgaagacagtcaaggatttgtacaagtcaggttgaagaaacatcgttggtac
ccgaaagtgttgaagacaaacgatccattgatcctttcagctggatggcgccgatttcag
actgttcccatttactctctcgacgatgggactcgaaatcgtatgctaaaatacacaccc
gaacattctcattgtttagctaccttttatggtcctgtttctgcacccaacacggggttg
tgcgcatttagccgaatggggaaccaaacgagtaactttcgtatctcggctactggggtg
gtattggatgtagatggtagtagccgaattgttaaaaaactaaaactgacaggattgcct
tacaagattttcaagaacacggcttttgtaaaaggaatgtttaatacttccttagaagtt
gcgaaattcgaaggtgcacaaattcgaactgtttctggtatcagaggacaaattaagaaa
gctctcgccaaacctgatggatgttatcgagcaacttttgaagataaagttttgatgagc
gatttgatcttcttaagggcatggtacaacatcaagcctaggatgttttatactcctgtt
gcatcgcttcttttacctaataagactagatggcaaggtatgcgattgacaggagaagtt
cgacgtgaccagaatatcgcaacacctgtggatgccaactcacactaccgccctataatt
cgtgagacgagacggttcaacactcttaaaatacctaagaagttatcagcatcattacca
tttgctacaaagccaaaatcacagaaaccacagaagaaacccacttatctacaagaaaga
gcagttgtacttcaacctgaggaaaagaaagcattgaatatcttacaacaagctcaagct
gtatcaaaagttagagcactcaaacgtaaagaaacaaaagcagctaaaaacgcacataag
aaaaaattggctggatctaatgataccggtagatcagaacgtgaaaaagaaaccagaaaa
gagtttttcaaacaagaaagtaaaaggaaagctgctgaagattctggtgggggtaaacat
cgcggtggaaaatcaagtaaaaggcaaaagacatga
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