KEGG T02090: DICPUDRAFT

Dictyostelium purpureum (cellular slime mold): DICPUDRAFT_158216

Entry

DICPUDRAFT_158216 CDS T02090

Definition

hypothetical protein

Orthology

K14569

ribosome biogenesis protein BMS1

Organism

dpp Dictyostelium purpureum (cellular slime mold)

Pathway

dpp03008

Ribosome biogenesis in eukaryotes

Class

Genetic Information Processing; Translation; Ribosome biogenesis in eukaryotes [PATH:dpp03008]

SSDB

Motif

Pfam:

DUF663 AARP2CN GTP_EFTU PduV-EutP AAA_14 AAA Miro AAA_22 MobB MMR_HSR1 AAA_16 AAA_17 FeoB_N AAA_33 RNA_helicase

Other DBs

NCBI-GI:

NCBI-GeneID:

JGI:

UniProt:

Position

Unknown

AA seq 1183 aa
MDISKDTKKVHRVSKAGAKANKKKAAKLKRLEQNEALKGRNPKAFIANTSYASLKQQRRV
LDKEQKRINLPVIDRSGTAIETPPYVIAVVGPPQCGKTTLIRSLIKNYTRHSINEVKGPI
TIVAGKKRRLTFIECNNDLNSMIDTAKVADLVLLLIDASYGFEMETFEFLNILKTHGFPK
VIGVLTHLDGFKNNKKLKKTKKKFKDRFWTEIYEGAKLFYLSGVIHGKYPKVEIHNLARF
ISVANFVPLTWRNTHPYVYVDRFEDTTDPEVLRNNKKADRNICLYGYVRGTYLKPHMKVH
IPGSGDYIMKSITSMPDPCPLPQERKKTLNEKERLIYAPMCDIGNSIIFDKDAVYINIPD
NKLAFSKEVDESDEEGEGESMVKKLQNTQFSIDEKMKNSEFSLFSSKPTTIKANNTYTQI
EEISDREYYDEPDMPTNGTQKVEVKEDINGRVRRKVKFVDLKKNPTEYNSDDEGDEDDSD
AEEEEDEEEEEESRNEIAFDDEDDLQSDEEYYDPQNKGGNDEDEDDEEDEDEEEDEEEDD
DDEEEDEEEEEYDEETGESAKWKEKMKPNFTISNNPVNLTKLIYGDDLSNVNNKNSKKGN
DQDDDDFFTVRKGGFSSLKLSSDKGSAKDALDSAKYIHSTHDLKSEEIKELLKKKFVSKG
ELESVGAVGKNDSGDGEDQVLFGDFEDLETGKVYEAGSTQPKDSDEEDSDDEDKEKGSDD
DEESSDVEKEREKNKSKKQKQIEKINAKFEEGEKDYEGELNAEARRQREINEKEFEQDDQ
FYRTKYEGFPIGVYVRVEFEKIPCEFSEYFDPRYPVVVGGLLSNEENLGMINVNIKKHRW
HKKILKSNDPLIVSVGWRRFQTMVLYSTKDINGRNRMLKYTPEHMHCHASFYGPLTPPGT
AFAAFTNSNNNQASFRVSATGTVLDLDSSIDVVKKLKLIGHPDKILKKTCFVNGMFTSRL
EVAKFVGATIRTVSGIRGTIKKPLSHPEGAFRATFEDKLIPSDIVFLRTWYTVTPTKYYN
PVTSLLQEKKTSWQGMKTVGQLRYENNLSAPVKKDSSYEGLKVEREQKSFKQLKIPTKLQ
SQLPFEAKPKQRVIKNQDDILLSSRVNIVEPHEQQVADLMKRLQTIKDKKIEKEQQRRES
RAVETKKKQDKLDVEREKRQKQEKKRKSKLEALGKIKKKSKMG

NT seq 3552 nt +upstreamnt +downstreamnt
atggatataagtaaagatacgaaaaaagtacatagagttagtaaagctggtgctaaagca
aataaaaagaaagcagcaaaattaaagagattagaacaaaatgaggcattaaaaggaaga
aatccaaaggctttcattgccaatacatcatatgcatcattaaagcaacaacgtcgtgtt
ttagataaagaacaaaagagaatcaatttaccagttattgatagatcaggtacagcaatt
gaaaccccaccatatgttattgccgttgttggtccacctcaatgcggtaaaactacttta
attagatcattaatcaaaaactatactagacattcaattaacgaagttaaaggtccaatc
acaattgtagcaggtaaaaaacgtcgtcttacttttatcgagtgcaataacgacttaaac
tcaatgatagatacagcaaaagttgcagatttagttttacttcttatcgatgcatcatat
ggttttgaaatggaaactttcgaatttttaaacattctcaaaactcatggtttcccaaaa
gttattggtgtattaacccatttagatggtttcaaaaataataaaaaattaaaaaagacc
aaaaagaagtttaaggatagattttggactgaaatttacgaaggtgcaaaattattttac
ttatcaggtgtaattcacggcaaatatccaaaagttgaaattcataatttagcaagattt
atttcagttgccaattttgtaccattaacttggagaaatacacatccatatgtatatgtt
gatagatttgaagatacaactgacccagaagttttaagaaataataaaaaagccgataga
aatatttgtctttatggttatgttcgtggtacctatttgaaaccacatatgaaagttcat
atcccaggtagtggtgattatattatgaaatcaattacatcaatgccagatccatgtcct
ttaccacaagaaagaaaaaaaactcttaatgaaaaagaacgtcttatttatgctccaatg
tgcgatattggtaactctattattttcgataaagatgctgtatatattaatattccagat
aacaaattagctttttcaaaagaagttgatgaaagtgacgaggaaggtgaaggtgaaagt
atggtaaagaaacttcaaaatactcaattctcaattgatgaaaaaatgaaaaattcagaa
ttttctttattctcaagtaaaccaacaactattaaagcaaataatacatatactcaaatt
gaagagattagtgatagagaatattatgacgaaccagatatgccaacaaacggtactcaa
aaggttgaagttaaagaagatatcaatggtagagttagaagaaaggttaaatttgttgat
ttaaagaaaaatccaactgaatacaatagtgatgacgaaggtgatgaagatgatagcgat
gctgaagaagaagaagatgaagaagaagaggaggaatcaagaaatgaaattgcatttgat
gatgaagacgatttacaaagtgatgaagaatattacgatccacaaaataaaggtggaaat
gatgaagatgaggatgatgaagaggacgaagatgaagaagaagacgaagaagaagatgat
gatgacgaagaagaagatgaagaagaagaagagtatgacgaagaaactggtgaaagtgca
aaatggaaagaaaaaatgaaaccaaactttacaatttcaaataatccagttaatttaaca
aaactaatttatggtgatgatttatcaaatgtaaacaataagaatagtaaaaaaggaaac
gaccaagatgatgacgatttctttacagttagaaaaggtggttttagttcattaaaatta
agttcagataaaggttcagctaaagatgctttagattcagctaaatatatacattcaaca
cacgatcttaagagtgaagaaattaaagaattactcaaaaagaaatttgtttcaaaaggt
gaattagaatcagttggtgcagttggtaaaaacgattcaggtgatggtgaagatcaagta
ttatttggtgattttgaagatttagaaactggtaaagtttatgaagcaggctcaactcaa
ccaaaagatagtgatgaagaagattcagatgacgaagataaagaaaaaggttcagatgat
gatgaagaaagcagcgatgttgaaaaagaaagagaaaagaataaatcaaagaaacaaaaa
caaattgaaaagattaatgctaagtttgaagagggtgaaaaagattatgagggtgaatta
aatgcagaggccagacgtcaaagagaaattaatgaaaaagaattcgaacaagatgatcaa
ttttatcgtactaaatatgaaggtttcccaattggtgtttatgttagagtcgagtttgaa
aaaatcccatgcgagttctctgaatattttgacccaagatacccagtagtagtaggtggt
cttttaagtaatgaagaaaatcttggtatgattaacgtcaacatcaagaaacatcgttgg
cacaaaaagattttgaaatcaaacgatccacttattgtcagtgtcggttggcgtcgtttc
caaaccatggtattatactccaccaaagatattaatggccgtaatcgtatgcttaaatat
accccagagcatatgcattgtcacgccagtttttatggtccacttacacctccaggtact
gcctttgctgctttcaccaattcaaataataatcaagctagcttccgtgttagtgccact
ggtacagttttagatttagatagttcaatcgatgttgtaaagaaattgaaattaattggt
catccagataagattttaaagaaaacatgttttgtaaatggtatgtttaccagtcgtctt
gaagttgccaaatttgttggtgctactattcgtactgtatctggtattcgtggtaccatt
aagaaaccactttctcatccagaaggtgcattccgtgcaacattcgaagataaattaatt
ccatcagatattgtattccttcgtacttggtacactgtcaccccaactaaatattataat
ccagttacctcactcctccaagaaaagaagaccagctggcaaggtatgaagactgttggt
caattacgttacgaaaacaacttaagtgctccagttaaaaaagactcatcctatgaaggc
cttaaagttgaaagagaacaaaaatcatttaaacaacttaaaatcccaaccaaacttcaa
tcacaactcccattcgaagccaaaccaaaacaaagagttatcaaaaatcaagatgatatc
cttctttcaagtcgtgttaatattgtagaaccccacgaacaacaagttgcagacctcatg
aaacgtttacaaaccattaaagataaaaagattgaaaaagaacaacaaagaagagagagt
cgtgctgttgaaactaagaagaaacaagataaattggatgtagaaagagaaaagagacaa
aaacaagaaaagaagagaaaatcaaaattagaagctttaggtaaaattaaaaagaaatca
aaaatgggttaa

All links

Pathway (1)   
   KEGG PATHWAY (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (5)   
   KEGG ORTHOLOGY (1)   
   NCBI-Gene (1)   
   NCBI-GI (1)   
   JGI-DPP (1)   
   OC (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (15)   
   Pfam (15)   
All databases (25)   

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