Leptidea sinapis (Wood White): 126975043
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Entry
126975043 CDS
T09272
Name
(RefSeq) ribosome biogenesis protein BMS1 homolog
KO
K14569
ribosome biogenesis protein BMS1
Organism
lsin
Leptidea sinapis (Wood White)
Pathway
lsin03008
Ribosome biogenesis in eukaryotes
Brite
KEGG Orthology (KO) [BR:
lsin00001
]
09120 Genetic Information Processing
09122 Translation
03008 Ribosome biogenesis in eukaryotes
126975043
09180 Brite Hierarchies
09182 Protein families: genetic information processing
03009 Ribosome biogenesis [BR:
lsin03009
]
126975043
Ribosome biogenesis [BR:
lsin03009
]
Eukaryotic type
90S particles
GTPase
126975043
BRITE hierarchy
SSDB
Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
RIBIOP_C
AARP2CN
GTP_EFTU
Tsr1_G-like
MMR_HSR1
RNA_helicase
AAA_14
PduV-EutP
Roc
FeoB_N
AAA_22
AAA
Spore_III_AA
AAA_19
Motif
Other DBs
NCBI-GeneID:
126975043
NCBI-ProteinID:
XP_050678785
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Position
34:complement(7059445..7063585)
Genome browser
AA seq
1130 aa
AA seq
DB search
MADDSIFDKKKSHHAKQAGRKADKKKKKNQIDQSNLSARQRNPKAFAIQSAVRAERQFRR
REDVIAKKQHIPQVDKTPLEPPPIVVAVVGPPRVGKTTLINNLIKSFIKTNVTSTKGPIT
IVTSKKRRITLIECNNDINSMIDIAKCADLVLLLCDASFGFEMEIFEFLNICQVHGMPKI
MGVLTHLDMIKNAKKLKMTKKTLKHRFWTEVYSGAKLFYLSGIIHGEYLRNEIKNLSRFI
SVMKFRALSWRTSHAYVLADRMEDITSQDSIRKDPKVSRDVVLYGYVRGVPLLKDSAVHI
AGVGDMKISELSYLPDPCPLPSSEKKRHLMERERQIYAPFSGVGGIVYDKDAVYIELQGS
HSHKKEDEETNEKKALLKNVVETKETVDEQMQDSGFKLFSGGAVIYPDMLKDDEYLQHSK
ENDSSGESDIGTDEESDNDSGIDQSDKHKSKVPWENDSNSECDEEMDFDEKDNHSESDRS
NESDEDSNKNEFSTKWKERLSEKATMAYFDRQSTSRNIMKLVYGEFEVRNKIKENQNEDK
ENESDEEIGGLFKKVTKSQKSNQKEKEQLDVDECSHFYALDKPNTRDWTKEVNKQVIINN
FVTGKRSADEDAEELLKLDDASDEEQELYGDFEDLETGEKHVFTEGKEKSEELGLKRKME
STKSEILDKKMKLKAKFDAEYDNPDDHRIKGDHSYYENLKAEALKQSELNKSVFENLEDG
LRIELEGFRPGLYVRMLFKQMPSEFVSNFDESYPILIGALNMAEQNIGFVSCKVKKHRWH
KKILKTNDPLIISLGWRRFQTLPIYSKIEDDLKNRYLKYTPEHVTCNMHFYGPITPQNTG
FLALQTVSNNTNKIRQLGFRIAATGSVNEINKSTQIMKKLKLVGTPLKIYKKTAFIKDMF
TSTLEVGKFEGARIKTVSGIRGQIKKALNKPEGAFRATFEDKILMSDIIFCRTWFKVDVT
KFYAPVVNLLLPLGTKNAWQGMKTKGQLKREHDIKNEPNTDSLYTDVVRQPKVFKPLIIP
KELQKRLPYRFKPKKKSNKISTNNTKEKFENRIAVIKSPYEQNVSKVMKMVRTNYQKKKK
DHKEATKERIIKHKKKQDEEEWRKLKRQKELKKKICRHLSKMSSKRKPQM
NT seq
3393 nt
NT seq
+upstream
nt +downstream
nt
atggcagacgattctatttttgataagaaaaaatcacaccatgcgaagcaggctgggcga
aaagccgataaaaagaaaaagaagaatcaaattgatcaatcaaatctaagtgcaagacag
agaaacccaaaagcctttgcaatccaatcagctgttagggctgaaagacagtttcgtagg
cgagaggatgtgattgctaaaaaacaacatattccccaggtcgataaaactcctctggaa
cctcctccaattgtggttgcagtagtagggccgccacgtgttggtaaaacaactctaatt
aacaatttgataaaaagtttcataaaaaccaatgtcaccagtacaaaaggaccaataact
attgttacatcaaaaaagcgacgtattactttaattgaatgcaacaatgacattaattca
atgatagacattgcgaaatgtgctgatcttgtgttgttgctgtgtgatgcaagctttgga
tttgaaatggagatatttgagttcttaaacatttgccaagtacatggcatgcctaaaatt
atgggggtccttacacatcttgatatgataaagaatgctaagaaactcaagatgacaaaa
aagacattgaagcataggttctggactgaagtgtactctggggcaaaattgttttactta
tctggtataattcatggggaatatcttaggaatgaaattaagaatctctccagatttatt
tctgtcatgaagtttagagctttaagctggaggacaagtcatgcatatgttttagcagac
agaatggaagatattacatcacaggacagtataagaaaagatcccaaagtttcgagagat
gttgtcttgtatggctatgtcagaggtgttccattactgaaggattcagcagttcacatt
gctggtgttggagatatgaagataagtgagctgtcatacctgccagatccatgcccactg
ccaagcagtgagaagaagagacatttgatggaaagagagaggcaaatatatgcacctttc
tcaggagttggtggtattgtgtatgataaggatgctgtgtatattgaactacaaggatca
cactcacataagaaagaggatgaagaaacaaatgaaaaaaaagctttgctcaaaaatgtt
gtagaaacaaaggaaacagttgatgaacaaatgcaggattctggcttcaagttgttctca
ggtggtgctgtaatttatcctgacatgttaaaagatgatgaatatcttcagcatagtaag
gaaaatgatagttctggagaatctgacataggcactgatgaagagtctgacaatgacagt
ggcattgatcaaagtgacaaacataaatcaaaggttccctgggaaaatgattctaactct
gaatgtgatgaagaaatggactttgatgaaaaagacaatcacagtgaatctgacaggagt
aatgagtcagatgaagattcaaataaaaatgagtttagtacaaaatggaaagaaagacta
agtgaaaaagcaacaatggcatattttgataggcagagcacatcaaggaacataatgaaa
cttgtttatggtgagtttgaggttagaaacaaaataaaagaaaatcagaatgaagataaa
gaaaatgaaagtgatgaagaaattggtggcttatttaaaaaagttacaaagtcacaaaaa
agcaatcagaaagagaaagaacagttagatgtggatgagtgttcccatttttatgcattg
gataagcccaatactagagattggacaaaggaggtcaataaacaagttattattaataat
tttgtaactggcaaaaggtcagcagatgaagatgcagaggaattattaaaattagatgat
gcatctgacgaagaacaggaactatatggtgattttgaagacttggagacaggagagaag
catgtattcacagaaggtaaagaaaaatctgaagagttaggtttgaaacgaaaaatggag
tccactaaatcagaaatattagacaaaaaaatgaaactaaaagctaagtttgatgcagaa
tatgacaatccagatgaccacagaattaaaggtgatcattcatactatgaaaacttaaaa
gctgaagctcttaagcaatcagaacttaacaaatctgtttttgaaaacttagaagatggt
ctgagaattgaacttgaaggttttagaccgggtctttatgttagaatgctattcaaacaa
atgccatcagaatttgtttcaaactttgatgaaagttatcccattctaataggtgcctta
aatatggcagaacagaatattggttttgtgtcttgcaaagtaaaaaagcatagatggcat
aaaaagattttgaagacaaatgacccattgatcatttcactaggttggagacgattccaa
actttacccatatactccaaaattgaggatgatcttaaaaatagatatttaaagtatacc
cctgagcatgtcacatgtaatatgcacttctatgggcccattactcctcaaaacacaggg
ttccttgctttacagacagttagtaataatacaaataaaattagacaattgggtttcaga
atagctgcaactggtagtgtcaatgaaataaataagtcaacccaaattatgaaaaaactg
aaattagttggtacacctttgaaaatatacaaaaaaactgctttcattaaagatatgttc
accagtactcttgaagtgggtaagtttgagggtgcaagaattaaaactgtatctgggata
agaggacagatcaaaaaagcattaaataagcctgaaggcgcatttcgggcaacatttgag
gataaaatattaatgagtgatataattttttgtcgcacatggtttaaggtagatgttaca
aaattttatgcacctgttgtaaatctgctgcttccattagggactaagaatgcctggcaa
ggaatgaaaactaaaggacaacttaaacgtgaacatgatattaaaaatgaacctaacaca
gattcactttacacagatgttgttagacagcctaaggtgtttaaaccattgattattcca
aaagaattacaaaagaggttgccatatagatttaagccaaagaagaagtcaaataaaata
tcaactaataatacaaaggaaaagtttgagaacagaatagcagttataaagagcccatat
gaacaaaatgtatccaaagttatgaaaatggttcgtactaattaccagaaaaagaagaaa
gatcataaggaggcaactaaagagaggataataaagcacaagaaaaaacaagatgaagaa
gagtggcgaaaattgaaaaggcagaaggaattgaaaaagaaaatctgtagacatttaagt
aaaatgtccagtaaacgaaaaccccagatgtaa
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