Identifiers and Description

Gene Model Identifier

TTHERM_00974260

Standard Name

ERS1 (glutamyl-tRNA synthetase 1)

Aliases

PreTt28155 | 181.m00059

Description

tRNA synthetases class I (E and Q), catalytic domain

Genome Browser (Macronucleus)

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Genome Browser (Micronucleus)

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Gene Ontology Annotations

Cellular Component

Molecular Function

Biological Process

Domains

Gene Expression Profile

  • Tetrahymena Functional Genomics Database:

TetraMine Data

TTHERM_00974260

WebApollo

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Tetrahymena Stock Center

No Data fetched for StockID

Homologs (v.2006 protein sequences)

SourceIdentifierScoreDescription
Tetrahymena borealisEI9_01397.19.997093137033517e-262tRNA synthetase class I (E and
Q), catalytic domain-containi
ng protein (561 aa)
OxytrichaContig17568.0.g761.000159011384939e-43tRNA synthetases class I (E an
d Q), catalytic domain
DictyBaseDDB_G02719069.9981864321491e-40mgluS on chromosome: 2 positio
n 1062208 to 1063962
SGDYOL033W2.0003218023735366e-33MSE1 Mitochondrial glutamyl-tR
NA synthetase, predicted to be
palmitoylated
WormBaseWBGene000013383.998693556225637e-29locus:ears-2 status:Confirme
d UniProt:O44413 protein_i
d:CCD73973.1

General Information

No Data fetched for General Information

Associated Literature

No Data fetched for Associated Literature

Sequences

>TTHERM_00974260(coding)
ATGATACTAAAATAGCTAATTAAGTATTAATTCTCGAACATTCGTCCTATGAGAGTTAAA
TACGTTTTGCAGAGTAATCACACTATGTTTAATCTAAATCATTTTAGGAGTGCTTTGGCT
GCATATTACTATGCTAGATCCAATGGAGCCTCTTTTATCCTCCATCTGGACGACATTAAG
GATTAATCGGATCACCTAGATTTTAGAGATCTCTATACAGGGATATTAAAGTAGTGTATT
AATTGGGACGAAGGATATCAAAATTAGTATGAAGAGGAGGGACAACTTGGTCCTTACGAA
AGCTCTAAAAAATTAGATAGATATAAAGAAATTGCTGAATAACTGATAAAAGAAGGAAAA
GCTTATAGATGCTTTTGTGATAAAGAAACTCATATTCAATAAAATAACTTAATTTATAAA
AATAACAAAATACCATAATATAGCGGAGTATGTAGAAATTTAACAGAAGAATAGATCCAA
AAGAAATTAAATGACAAAGTTGAATATTGCATAAGACTCAAAACTGATGAACTTACCAGA
GACCCATATAAGAAGATATTTTATAAAGATGAAATATAGCTAAATCCTTTTATTTATCAA
GCCTTTTTGTATGACATGATTATTTTTAAAACAAATGGTTAGCCATCAAAATTCTTTAGC
TTTTCCATAGACGACATAGATCAAAAAATAACTCATGTTGTTAGAAATTAAGAATGGATG
AAAGACATCCCTAAGTAGCAAGTTATTTACTAACTTTTAAATCATTAAGATCAACCTAAG
TTTTTCCATTTGCCGAATATGCTTGATAGTAATCATAGATACTTCAAGAACGAAGAATTA
TTTAGATACTTTTAAGTTAAAGATTTTATTAAATAAGGAGTTTCAATTCAAGCTTTAGCT
AACTTTGTCATTACCTAAATATGGAGAAACTAGGTTGTCAATTAAAAAATCAAGTAACTC
AAAGAAGAAGGTAAAACTTAAGATGAAATATATGCCCTTGAATTATACTCACCTGAATAT
CTCATGAATAGCTTCACTATGCAAGATGTTAAACAAGAAAGCTTTGAATATGACTAGCTA
AAATTGAATTACTTCAATAGATACTTCATACGCCAAAAATATATGCCTCTTTTTGGAGAC
GATATTAGTTAAAAATAAAGTGATAAGCTTATCAATGAATTTAGGGAAATTCTCATTTAG
CAATTAGGCCCTGACTTCTAGGAAGCTATAGACAGAGTTAAAGATAAAAACATAGTGCAG
ATTATAGAAATAGTAACTAACAGAATTAGAAAATATGAAGATCTTAGTTCTTACCCATTC
TTTTTTACTGATCCTACTTATAACACTCAAAGGGAAAAATCCTCTAGAGAATTAGTTTTT
AAAGATCCTGTAATAAACCAAAAATATGCACAAGTAATCAAAGATATGATAAATATTTAT
AATAAAAAACTTGCTGACAGCTAGTTTGATGAGTCAAATATTAACAAATAAATTTCTTAT
TACATTAAAAATGTAAATTCAAAGCTAGATAAAGACGTTTATTATAAATTTTTGAGATTC
ACATTAACAGGATATCATTAATCTCACGCTATAGGTCTTGTTTCATAAATTATTGGAAAA
TCTGCATGTTTGAGAAGACTCAGAAATATGTAAAAGCTATTAGAGGAAGTACCCTAATAA
GAATGA


>TTHERM_00974260(protein)
MILKQLIKYQFSNIRPMRVKYVLQSNHTMFNLNHFRSALAAYYYARSNGASFILHLDDIK
DQSDHLDFRDLYTGILKQCINWDEGYQNQYEEEGQLGPYESSKKLDRYKEIAEQLIKEGK
AYRCFCDKETHIQQNNLIYKNNKIPQYSGVCRNLTEEQIQKKLNDKVEYCIRLKTDELTR
DPYKKIFYKDEIQLNPFIYQAFLYDMIIFKTNGQPSKFFSFSIDDIDQKITHVVRNQEWM
KDIPKQQVIYQLLNHQDQPKFFHLPNMLDSNHRYFKNEELFRYFQVKDFIKQGVSIQALA
NFVITQIWRNQVVNQKIKQLKEEGKTQDEIYALELYSPEYLMNSFTMQDVKQESFEYDQL
KLNYFNRYFIRQKYMPLFGDDISQKQSDKLINEFREILIQQLGPDFQEAIDRVKDKNIVQ
IIEIVTNRIRKYEDLSSYPFFFTDPTYNTQREKSSRELVFKDPVINQKYAQVIKDMINIY
NKKLADSQFDESNINKQISYYIKNVNSKLDKDVYYKFLRFTLTGYHQSHAIGLVSQIIGK
SACLRRLRNMQKLLEEVPQQE


>TTHERM_00974260(gene)
ATGATACTAAAATAGCTAATTAAGTATTAATTCTCGAACATTCGTCCTATGAGAGTTAAA
TACGTTTTGCAGAGTAATCACACTATGTTTAATCTAAATCATTTTAGGAGTGCTTTGGCT
GCATATTACTATGCTAGATCCAATGGAGCCTCTTTTATCCTCCATCTGGACGACATTAAG
GATTAAGTATATTTAATCAAATCTTAAAAATCTAAATGCAATGAAATCAATATTTTTTTA
ATATAATTAAGTCGGATCACCTAGATTTTAGAGATCTCTATACAGGGATATTAAAGTAGT
GTATTAATTGGGACGAAGGTATGTTTTATTATAAAATGAATGTGCGTTATTTAATATATT
TAATCAATTATAGGATATCAAAATTAGTATGAAGAGGAGGGACAACTTGGTCCTTACGAA
AGCTCTAAAAAATTAGATAGATATAAAGAAATTGCTGAATAACTGATAAAAGAAGGAAAA
GCTTATAGATGCTTTTGTGATAAAGAAACTCATATTCAATAAAATAACTTAATTTATAAA
AATAACAAAATACCATAATATAGCGGAGTATGTAGAAATTTAACAGAAGAATAGATCCAA
AAGAAATTAAATGACAAAGTTGAATATTGCATAAGACTCAAAGTAATTTTAAAATTCTAT
TTTGGTTTAGCTTAAAATTAAAAAATTTTGAAACTAAAATGTAGACTGATGAACTTACCA
GAGACCCATATAAGAAGATATTTTATAAAGATGAAATATAGCTAAATCCTTTTATTTATC
AAGCCTTTTTGTATGACATGATTATTTTTAAAACAAATGGTTAGCCATCAAAATTCTTTA
GCTTTTCCATAGACGACATAGATCAAAAAATAACTCATGTTGTTAGAAATTAAGAATGGA
TGAAAGACATCCCTAAGTAGCAAGTTATTTACTAACTTTTAAATCATTAAGATCAACCTA
AGTTTTTCCATTTGCCGAATATGCTTGATGTAAATCTTAATTTATAAAAATTTAGATTTA
TTTCTTAAGCAAAATAAAAATTTTAGAAAGTATTTTTATTAGATTTTTTATATAATAGAG
TAATCATAGATACTTCAAGAACGAAGAATTATTTAGATACTTTTAAGTTAAAGATTTTAT
TAAATAAGGAGTTTCAATTCAAGCTTTAGCTAACTTTGTCATTACCTAAATATGGAGAAA
CTAGGTTGTCAATTAAAAAATCAAGTAACTCAAAGAAGAAGGTAAAACTTAAGATGAAAT
ATATGCCCTTGAATTATACTCACCTGAATATCTCATGAATAGCTTCACTATGCAAGATGT
TAAACAAGAAAGCTTTGAATATGACTAGCTAAAATTGAATTACTTCAATAGATACTTCAT
ACGCCAAAAATATATGCCTCTTTTTGGAGACGATATTAGTTAAAAATAAAGTGATAAGCT
TATCAATGAATTTAGGGAAATTCTCATTTAGCAATTAGGCCCTGACTTCTAGGAAGCTAT
AGACAGAGTTAAAGATAAAAACATAGTGCAGATTATAGAAATAGTAACTAACAGAATTAG
AAAATATGAAGATCTTAGTTCTTACCCATTCTTTTTTACTGATCCTACTTATAACACTCA
AAGGGAAAAATCCTCTAGAGAATTAGTTTTTAAAGATCCTGTAATAAACCAAAAATATGC
ACAAGTAATCAAAGATATGATAAATATTTATAATAAAAAACTTGCTGACAGCTAGTTTGA
TGAGTCAAATATTAACAAATAAATTTCTTATTACATTAAAAATGTAAATTCAAAGCTAGA
TAAAGACGTTTATTATAAATTTTTGAGATTCACATTAACAGGATATCATTAATCTCACGC
TATAGGTCTTGTTTCATAAATTATTGGAAAATCTGCATGTTTGAGAAGACTCAGAAATAT
GTAAAAGCTATTAGAGGAAGTACCCTAATAAGAATGA