Eleginops maclovinus (Patagonian blennie): 134869413
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Entry
134869413 CDS
T09869
Symbol
mettl13
Name
(RefSeq) eEF1A lysine and N-terminal methyltransferase
KO
K25166
eEF1A lysine and N-terminal methyltransferase [EC:2.1.1.-]
Organism
emac
Eleginops maclovinus (Patagonian blennie)
Brite
KEGG Orthology (KO) [BR:
emac00001
]
09180 Brite Hierarchies
09182 Protein families: genetic information processing
03012 Translation factors [BR:
emac03012
]
134869413 (mettl13)
Translation factors [BR:
emac03012
]
Eukaryotic type
Elongation factors
Elongation associated factors
134869413 (mettl13)
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Ortholog
Paralog
GFIT
Motif
Pfam:
Methyltransf_25
Methyltransf_11
Methyltransf_31
Methyltransf_12
Methyltransf_23
MTS
Methyltransf_32
Ubie_methyltran
Motif
Other DBs
NCBI-GeneID:
134869413
NCBI-ProteinID:
XP_063747076
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All DBs
Position
9:complement(20424730..20428737)
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AA seq
695 aa
AA seq
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MSLLPRTAEEFSSAEYWERFFKKRGEKAFEWYGDYNKLCGVLHKYIKVQDKVLVVGCGNS
ELSEQMYDVGYKHLTNIDISETVVNHMNQRNAERRPGLTFQQVDATQTPYEEASYQAALD
KGTLDAMASEEEGALARNMLAEVARVLSVGGRYVCVTLAQESVIKLAVEHFVQLGWAVRL
HCLQEENRSVEDSFALPVFVLVCTKFRQPMPLPILEMCLGEDGAPTRLTKVSDLLSAVRE
HQAYSVLKKRLRTSTDASSNLSLTLCHTKTGLPRYTLTVQDCPPGAKVPRSNQFAIFIVP
QGSETAWLYSSSEGRRQLAASANFRRLVIVAMHRNQEYTDMQDVQSELSPMVMDLAPPGM
PANQQVPFLSVGGDLGWREEVSRGVSELSGEYCVENVKGEDGELYRRLVFLSNAALVQSE
SRLAPLNTASVHKKKNKKKAKPTTAPTTSSSSLSVDSGFLCCAHHEVMVAGLTMLGVGTP
QNKDVPVSVLLVGLGGGGLPQFLRDFVPNVTVEVVELDPVVMQVANEWFGFRPDDRLTVT
LGDGLERICALEKQGGRLFDAIMFDVDNKDSTVGMSCPPAAFVETSILQKVNSLLTPIGI
FTLNLVCRDSVLRKSVLERVSAVFPTILSRKIEGEVNEVLLCSHGEDGTSKAASILPSLN
QAGKSLQSALCSNRTGPNSSPHIDIAELIKDLKIE
NT seq
2088 nt
NT seq
+upstream
nt +downstream
nt
atgagtctattacctcgaactgctgaagagttcagctccgcagaatactgggagagattt
tttaagaaacgcggagagaaggcttttgaatggtatggagactacaacaaactctgcggc
gtgctgcataaatacatcaaagtgcaagacaaggtgttggtggtcggctgtggtaactct
gagctgagtgaacagatgtatgatgttggttacaaacatctaactaatatagatataagt
gagactgtggtgaaccatatgaaccagagaaatgctgagcgccgaccgggcctgaccttc
cagcaggtggatgctacacaaactccttatgaggaggccagctatcaagctgctctggac
aagggcactctggatgccatggcatcagaagaagaaggagcactggccaggaacatgctc
gctgaggtggctcgcgtgttgagtgttggcggcaggtatgtctgtgtgacgttggctcag
gagagtgtcatcaagttagctgtagagcactttgtgcagctggggtgggctgtgaggctc
cactgcctgcaggaggaaaacaggagcgtagaggactcctttgctctgcctgtctttgtt
ctggtctgcaccaagtttcgtcagcctatgcccttgcctattcttgagatgtgtcttggg
gaggatggagcccctactcgactaacaaaggtttcagatttgttgtccgctgtgagggag
catcaggcttactcagtcttgaaaaagaggctccgtacaagcacggacgccagctcgaac
ctctcactcactctctgccacaccaagactggcctccccagatacactctcacagtacaa
gattgtcctccaggtgccaaggtgccaagatcaaaccagtttgcaatttttattgtgcct
caaggaagtgagacagcttggctctacagttccagtgaagggcgaaggcagctggcagcc
agtgctaacttccgacgcctggttattgtggcaatgcacaggaatcaggagtacacagac
atgcaggatgtccagtcagaactctcaccaatggtgatggacctggctcccccgggcatg
ccagccaaccagcaggtgccgtttttgtctgttggaggagacctgggttggcgagaggaa
gttagcaggggtgtgagtgagctgagtggggagtactgtgtggagaatgtcaaaggagag
gatggagaactctatcggagactggttttcttgtctaatgctgcccttgtccaatcagag
agccgccttgcccctttaaatactgcatcagttcacaagaagaaaaacaaaaagaaggcc
aagccaacaactgctccaacaacatcctccagctctctgtcagtggacagtggcttcctc
tgctgcgctcaccatgaagttatggtggctggcctcaccatgcttggggtgggaacgccg
caaaacaaagatgtcccagtgtcggtgctcctggtggggctcggtggaggaggcctgcct
cagtttttaagggactttgtgcccaatgttactgttgaggttgtagaactagaccctgtt
gtgatgcaagtagcaaatgaatggtttgggttccgaccggatgatcgtttgactgtcact
ctcggggacggcctcgaacgcatctgtgccctggagaaacaaggtggtcgtttgtttgat
gccatcatgttcgatgtagacaataaggatagtactgtgggtatgagctgtcctcctgct
gcttttgtagaaacctcgatcctgcagaaagtcaacagcctgctaacccccataggtata
ttcacattgaaccttgtgtgtcgtgactcagtattgaggaaaagcgtgttggagcgtgtc
agtgctgtgtttcccaccatcctttctcgaaagattgaaggggaggtcaacgaagttctt
ctatgctctcatggagaagatgggacctcgaaggctgccagcatccttccatccctgaac
caagcaggcaaaagtcttcagagcgcactgtgctctaacaggactggacccaacagcagc
ccacatatagacattgcagagttgataaaagacctgaaaatagagtaa
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