Tetrahymena thermophila: TTHERM_00290660
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Entry
TTHERM_00290660 CDS
T01020
Name
(RefSeq) elongation factor Tu GTP-binding domain protein
KO
K14536
ribosome assembly protein 1 [EC:3.6.5.-]
Organism
tet
Tetrahymena thermophila
Pathway
tet03008
Ribosome biogenesis in eukaryotes
Brite
KEGG Orthology (KO) [BR:
tet00001
]
09120 Genetic Information Processing
09122 Translation
03008 Ribosome biogenesis in eukaryotes
TTHERM_00290660
09180 Brite Hierarchies
09182 Protein families: genetic information processing
03009 Ribosome biogenesis [BR:
tet03009
]
TTHERM_00290660
Ribosome biogenesis [BR:
tet03009
]
Eukaryotic type
Pre-60S particles
GTPases
TTHERM_00290660
SSDB
Ortholog
Paralog
GFIT
Motif
Pfam:
GTP_EFTU
EFG_C
GTP_EFTU_D2
EF-G_D2
EFL1
EFG_III
MMR_HSR1
EFG_IV
DUF4347
RsgA_GTPase
Motif
Other DBs
NCBI-GeneID:
7844054
NCBI-ProteinID:
XP_001018683
TGD:
TTHERM_00290660
UniProt:
I7M8M1
LinkDB
All DBs
AA seq
1162 aa
AA seq
DB search
MLNSDTNRLKYILQLQKNPKNIRNISIVAHVDHGKTTLSDSLISSNNIFSKQLVGELHYL
DSREDEQQRGITMKSSAISLIYRQQQEDFLINLIDSPGHVEFSSEVSSALRLTDGALVVV
DALEGVSAQTYTVLKQCYDEKVKSVLVLNKIDKLKYELYQTPEETYQHLQMIIEQVNAVI
SSFINQEKEKALTVALENQKSNDIDSTKIEGNDDDFYKEAEAAYFSPEKGNIVFCSALDC
WSFRLSDFAEIFAEKLELPKKLLNKVLWGEYYYNPKTKKVTRNPPNDKARPLFESFIIKN
IWALYDLVLNQETDKISKFCQTFKLKDLTDSMKTNMSKDIKEKKKCVSYLMSQWLPLDRA
ILACAVEWLPSPIQGQKDRLKVISKKLASQKEMKNCQEYALMRKAIEECDNSEEAPVVAF
ICKMVAVNKAHFNERNLLSLQEMSNDPQTRYMGFARLYSGLLRRGKTIYIIGPKAHQNKE
GSQNTQQNSIFPFTVERLYTMMGPNQEGVKEVFAGNVFSIGGLDDLVFKSATVSSFDCCP
SLTPINLGAKGILKVALTTHNLDENSLLIEGLKKLNKSDPSVEVFTESNGNIILSTCGQV
HMERCINDLEKTMAKIKIKVSDPIISFKETVISKNLKNKREAKNEYQKESEDEQEEDFET
LQRLAKEKFQKECEDVEIVDIQNEKDEDIRYGLLDEEKEKDKFKYKVEKLIKKKDLTNKG
KALAMLSRVNILDIINKKNYICQLIPNGKIMLKVRCIGMKFELAEWLEKNSKKMYKFFFD
MSKKREPQEILDFLKDFEDQVNEIVNEKKLKDLIMNNLVSFGPNRYGPNMLIMNHIQKEE
SLLEKLRKKATQACIEEQNNQNGENGQQNGEIGGDNQQKDEKISSINKKLNTFKTWSTIE
QLYKVTPEEIQNSIVYGFDTAVSAGPLCMEQMMGVIYILEEIQVMDDEKKENENSSPEKE
RKEENQIASERTLDEKEEIASDSTSNAAHKMLNQPFGPLNGQVISTMKDCCFECFLGAQP
RIVEGMYMCYVQTHQENYGKSFEVLNKKRAKILEEELQESSNIFLIKAHLPISESFDFYN
LMQDNTSGRINSQLIFDTWKILEIDPFYVPQTQEEIEEHGATVNVPNFAKDLIEKIRKRK
GLSTEEKVVVAAEKQRNLSKKK
NT seq
3489 nt
NT seq
+upstream
nt +downstream
nt
atgttgaattcagataccaatagattaaaatacatattgtagctctaaaaaaacccaaag
aatattagaaacatatctatcgtcgctcacgttgatcatgggaaaactacattgtcagat
tctctaatttcatctaacaatatcttctccaagcaattagtaggagagctgcattattta
gactcaagagaagatgaatagtaaagaggtattacaatgaaatcatcagcaatttctctt
atctatagatagcaacaagaagatttcttaattaatttgattgattcaccaggtcacgta
gaattttcttctgaagtcagtagtgctttgagattaactgatggagcactagtagtagtt
gatgctttggaaggtgtgtctgcataaacctatacagtattaaaatagtgctatgatgaa
aaggttaaatctgttctggtcttaaataaaattgacaagttaaaatatgagttgtaccag
actcctgaagaaacatattagcatttataaatgattattgaataagttaatgccgttatt
agttctttcattaactaagaaaaagaaaaggctcttacagttgctctagaaaattaaaaa
agcaatgacatagactcaactaaaattgaaggaaatgatgatgatttctacaaagaagca
gaagcagcttatttctcacccgaaaaaggtaacatcgtgttttgttctgctcttgattgt
tggtcatttagactttctgattttgctgaaattttcgcagaaaagcttgaattacctaaa
aaactgttaaataaggtgctttggggtgaatattactacaaccctaaaactaaaaaagta
acaagaaaccctccaaacgataaggccagacctctttttgagagctttattattaaaaac
atttgggcactttatgatttagtccttaactaagaaactgataagattagtaaattctgt
taaacttttaagctcaaggatttaactgactccatgaaaaccaacatgtctaaagacatc
aaagaaaaaaagaaatgtgtttcttatcttatgagttaatggttaccattagacagggct
attcttgcttgtgcagtagagtggttgccttcacctatttaaggtcaaaaagatagactt
aaagttatctctaaaaaattggcatcataaaaagaaatgaagaactgttaagaatatgct
ttgatgagaaaggctatagaagaatgtgataactcagaagaagcgcccgttgttgctttt
atttgcaaaatggttgctgtcaacaaggctcattttaatgaaagaaatttgctttctttg
taggaaatgtctaatgatccataaactcgttatatgggttttgccagattatatagtggc
ttattgagaagaggaaagactatttatattattggtcctaaagctcaccaaaacaaggaa
ggttcttaaaatacttaacaaaatagcatattccctttcactgttgagagattatacact
atgatgggacctaattaagaaggtgtcaaggaagtttttgctggaaacgttttttcaatc
ggaggtttggatgatcttgtttttaaatcagccactgtttccagttttgattgctgtccc
tctttaactcctataaatcttggtgctaaaggtatccttaaggtagcattgactactcat
aatttagatgaaaattcactcttaatcgaaggtttaaagaaattaaacaagagtgatcct
tcagtagaagttttcacagaaagtaatggtaatattatactttctacatgtggttaggta
catatggaaagatgcattaatgaccttgaaaaaactatggctaaaattaaaattaaagtt
tcagatcctatcatttcatttaaggagacagtaataagcaagaacttaaagaataagaga
gaagcaaagaatgaatattaaaaagaaagtgaagatgaataagaagaagattttgaaact
ttgtagagattggctaaagaaaaattctaaaaagaatgtgaagatgttgaaattgttgat
atttaaaatgaaaaagatgaagatattagatatggtctgcttgacgaagaaaaagagaag
gacaaatttaaatataaagtcgaaaaattaataaaaaagaaagacttaaccaataaaggt
aaagctcttgctatgttaagtagagtgaacatattagatatcataaataaaaagaattac
atttgttagttgattcctaacggtaaaattatgttgaaagttagatgcataggcatgaag
tttgagttagctgaatggcttgagaaaaactctaaaaaaatgtataaattcttctttgat
atgagcaagaaaagagagccttaagaaatacttgatttcttaaaagattttgaagattaa
gtgaatgaaatagtaaatgaaaagaaattaaaagatctgattatgaacaatcttgtctcc
tttggtcctaacagatatggccctaacatgctcataatgaatcacatacaaaaggaagag
tctctccttgaaaaactgagaaagaaagctacctaagcatgtattgaagagtaaaacaat
caaaacggagagaatggatagtagaatggtgaaattggaggagacaatcaataaaaagat
gaaaaaatctcaagcattaataaaaagcttaatacttttaagacatggtcaacaatagaa
taattatacaaagttactcctgaagaaatataaaactcaatagtttatggttttgacact
gctgtttcagctggtccactttgtatggaataaatgatgggtgttatatatatccttgaa
gaaatttaagtgatggacgatgaaaaaaaagaaaacgaaaactcttcacctgaaaaagaa
agaaaagaagaaaaccaaattgcttctgagagaactttagatgaaaaagaagaaatagct
tctgattctacaagtaatgcagctcacaaaatgcttaattagccttttggacccttaaac
ggataagttatatcaacaatgaaagactgctgttttgaatgtttcttaggggcataacct
cgtattgttgaaggtatgtatatgtgttatgtacaaacacattaggaaaattatggcaaa
tcattcgaagtgctaaataaaaagagagccaaaatcttggaagaagagttataagaaagt
agtaatattttcctaattaaagctcatcttcctatctcagagtcatttgatttttacaat
ctaatgtaagataacacctccggtagaataaattcttagcttatttttgatacctggaaa
atcctcgaaatagatcctttctacgtccctcaaactcaagaagaaattgaagaacacgga
gcaacagttaatgtacctaattttgctaaggatctaattgaaaaaatcagaaagagaaag
ggtttatctactgaagaaaaagtagttgttgcagcagaaaagcaaagaaacctttccaaa
aagaaatga
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