Identifiers and Description

Gene Model Identifier

TTHERM_00433590

Standard Name

ERI8 (ExoRIbonuclease 8)

Aliases

PreTt26501 | 48.m00264 | 3831.m01600

Description

ERI8 exonuclease

Genome Browser (Macronucleus)

Genome Browser (Micronucleus)

Gene Ontology Annotations

No Data fetched for Gene Ontology Annotations

Domains

No Data fetched for Domains

Gene Expression Profile

• Tetrahymena Functional Genomics Database:

Change in Gene Expression

TMHMM

TMHMM

Signal Peptide

Signal Peptide Present?: No
Presense Probability: 10.2%

TetraMine Data

TTHERM_00433590

WebApollo

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Tetrahymena Stock Center

No Data fetched for StockID

Homologs (v.2006 protein sequences)

Source	Identifier	Score	Description
Tetrahymena borealis	EI9_08983.1	1.9999167998962255e-60	hypothetical protein (427 aa)
Oxytricha	Contig3963.0.g42	1.9994498063102785e-22	RNA 2-phosphotransferase, Tpt1 / KptA family
WormBase	WBGene00001332	7.002638123733849e-21	locus:eri-1 3-5 exonuclease eri-1 status:Partially_confi rmed UniProt:O44406 protei n_id:CCD73975.1
DictyBase	DDB_G0283113	0.00000000030007160092483236	eriA on chromosome: 4 position 263707 to 264369

General Information

No Data fetched for General Information

Associated Literature

No Data fetched for Associated Literature

Sequences

>TTHERM_00433590(coding)
ATGGAGCAAAATAACAGTTTATCTCAATTCTTAAAAGTAGATCAAACAACTTTACCTAAA
ACTGTAATTGATAACAAATGTAATTAGAATATTTTCAATTTGATTCCTGAGCCCAGCAGT
TTATTTTAGGTGAATTAAATACAAAGTCAATAAAATCAGAATAGTTAGCCTATTCCTTCA
TTGGATTAATTTTATAACAAACAGCTACAATAAGCTATACAATTTTAGATTCAGAATTAT
CTAAAAAAGAGTTAATATAATTAGAAAATGGGAAAATTTAATCATAGCTAAAATTTTTAA
GCTTAACGGGGAAAAGGATTTCGCTTTTAAGATTAAGAGTAAACAAATGGAATCAATATA
TCTTAGAAAAATAATGAATTAAATATACTAAGCAAATAGTCATCTTAAAAGGAGCAGTTT
TAAAAAACTCGTGATAAAAAAAATCAGCTGACTCTTGATAAAAAGTTAAAGAAATTAGAA
GTATTATAAGAATAATAGATGATATTAAATTAATTCTAATAGCAATAAATGGAAAAGTTG
AAATTAATCTATTAACAACTTAATCATATTTAAGCTTAAAAGCTAAGCAAAAGTACTGAA
ATAAATTTTGAAATATAGTAAAATAGCACTACTATAAATACTGCTGCTCCTACCGATAGC
GATGACTAACAAAATTATCAGAATTCTACTAAGCAAGAGGGAGAATAGATTCAAAATAGC
AGCTCACTTCTTGATTAAACCAATGAAAAAAATCAAGACTAGATTAATGATTAACAAGAA
TAGAAGTCAGATGAAGAAGAAGCTAAAAATGAAAATAAAGATAAAGCAGCTGCTGAAGAA
ATAAGACAAAGTGATTTAGGGTAGAAATAAAGCGAATAAGAATAATCTTTTTAACAAGAT
GAATAAAATAATTTAGACAAATAAAGAAAATTTGTTTAAGCTAATTTAATGTAAAAAAAT
GCTAAAGAAAGTGATTATGATTACTTATTTTTTATTGATTATGAATGCAATTAATCTTAT
CTTGGATCTGAAATAATTGAGTTTCCTATTTAAGTTGTAGATGTGAAATAGTTAAAAATT
ATCGATACTTTTTCTTCATATGTGCAACCCTGTTCTAAAATTACTAAATTAATTACAAAT
CTGACTAAGATTGATGATAATAAAGTTTAAAATGCTCCTAAAATATAGTAAGTTCTTCAG
TAAGTTCGAATATTTTTGGAAAAATATTTGAAAAATAATTTTGATAGATGTGCTGTTGTT
TATGATAACAAATCAGATTTTTTGTTTATTGTTGAAGAATCTATCAAAAAGAATTTTTTA
CTTCCTGCTTTTCTATAACAATACATTGATCTTGGCACATGCTTTCCAATTAGAAACGAA
TAAAATATAAATGAGTAGAGAATTTCTCTTAAGGGTATGCTTGATACTTTAGGTATGAAA
TTTTAAGGCTAAAAGCATTGTGGTGCTGATGACTGTAAAAATCAAGCATTAGTAGCTATT
GAATTACTAAAGAGAGGATATAGCTTTACAAAAGATTTGTAAGTAAATGATCTAGAATAA
GTTATCACAAACTATTTCAAGAGAACTGAAAAGCAATTTGCTAAAAAACTATCAAAGTTA
AAAAATAAAATTTAGACGACCTATAAAAAGGAATGA

>TTHERM_00433590(protein)
MEQNNSLSQFLKVDQTTLPKTVIDNKCNQNIFNLIPEPSSLFQVNQIQSQQNQNSQPIPS
LDQFYNKQLQQAIQFQIQNYLKKSQYNQKMGKFNHSQNFQAQRGKGFRFQDQEQTNGINI
SQKNNELNILSKQSSQKEQFQKTRDKKNQLTLDKKLKKLEVLQEQQMILNQFQQQQMEKL
KLIYQQLNHIQAQKLSKSTEINFEIQQNSTTINTAAPTDSDDQQNYQNSTKQEGEQIQNS
SSLLDQTNEKNQDQINDQQEQKSDEEEAKNENKDKAAAEEIRQSDLGQKQSEQEQSFQQD
EQNNLDKQRKFVQANLMQKNAKESDYDYLFFIDYECNQSYLGSEIIEFPIQVVDVKQLKI
IDTFSSYVQPCSKITKLITNLTKIDDNKVQNAPKIQQVLQQVRIFLEKYLKNNFDRCAVV
YDNKSDFLFIVEESIKKNFLLPAFLQQYIDLGTCFPIRNEQNINEQRISLKGMLDTLGMK
FQGQKHCGADDCKNQALVAIELLKRGYSFTKDLQVNDLEQVITNYFKRTEKQFAKKLSKL
KNKIQTTYKKE

>TTHERM_00433590(gene)
ATGGAGCAAAATAACAGGTATGTATTTTAGTGATATTTATGGCTTATTTTAAAATATTTT
TTGTAAAATGCGATATAGTTTATCTCAATTCTTAAAAGTAGATCAAACAACTTTACCTAA
AACTGTAATTGATAACAAATGTAATTAGAATATTTTCAATTTGATTCCTGAGCCCAGCAG
TTTATTTTAGGTGAATTAAATACAAAGTCAATAAAATCAGAATAGTTAGCCTATTCCTTC
ATTGGATTAATTTTATAACAAACAGCTACAATAAGCTATACAATTTTAGATTCAGAATTA
TCTAAAAAAGAGTTAATATAATTAGAAAATGGGAAAATTTAATCATAGCTAAAATTTTTA
AGCTTAACGGGGAAAAGGATTTCGCTTTTAAGATTAAGAGTAAACAAATGGAATCAATAT
ATCTTAGAAAAATAATGAATTAAATATACTAAGCAAATAGTCATCTTAAAAGGAGCAGTT
TTAAAAAACTCGTGATAAAAAAAATCAGCTGACTCTTGATAAAAAGTTAAAGAAATTAGA
AGTATTATAAGAATAATAGATGATATTAAATTAATTCTAATAGCAATAAATGGAAAAGTT
GAAATTAATCTATTAACAACTTAATCATATTTAAGCTTAAAAGCTAAGCAAAAGTACTGA
AATAAATTTTGAAATATAGTAAAATAGCACTACTATAAATACTGCTGCTCCTACCGATAG
CGATGACTAACAAAATTATCAGAATTCTACTAAGCAAGAGGGAGAATAGATTCAAAATAG
CAGCTCACTTCTTGATTAAACCAATGAAAAAAATCAAGACTAGATTAATGATTAACAAGA
ATAGAAGTCAGATGAAGAAGAAGCTAAAAATGAAAATAAAGATAAAGCAGCTGCTGAAGA
AATAAGACAAAGTGATTTAGGGTAGAAATAAAGCGAATAAGAATAATCTTTTTAACAAGA
TGAATAAAATAATTTAGACAAATAAAGAAAATTTGTTTAAGCTAATTTAATGTAAAAAAA
TGCTAAAGAAAGTGATTATGATTACTTATTTTTTATTGATTATGAATGCAATTAATCTTA
TCTTGGATCTGAAATAATTGAGTTTCCTATTTAAGTTGTAGATGTGAAATAGTTAAAAAT
TATCGATACTTTTTCTTCATATGTGCAACCCTGTTCTAAAATTACTAAATTAATTACAAA
TCTGACTAAGATTGATGATAATAAAGTTTAAAATGCTCCTAAAATATAGTAAGTTCTTCA
GTAAGTTCGAATATTTTTGGAAAAATATTTGAAAAATAATTTTGATAGATGTGCTGTTGT
TTATGATAACAAATCAGATTTTTTGTTTATTGTTGAAGAATCTATCAAAAAGAATTTTTT
ACTTCCTGCTTTTCTATAACAATACATTGATCTTGGCACATGCTTTCCAATTAGAAACGA
ATAAAATATAAATGAGTAGAGAATTTCTCTTAAGGGTATGCTTGATACTTTAGGTATGAA
ATTTTAAGGCTAAAAGCATTGTGGTGCTGATGACTGTAAAAATCAAGCATTAGTAGCTAT
TGAATTACTAAAGAGAGGATATAGCTTTACAAAAGATTTGTAAGTAAATGATCTAGAATA
AGTTATCACAAACTATTTCAAGAGAACTGAAAAGCAATTTGCTAAAAAACTATCAAAGTT
AAAAAATAAAATTTAGACGACCTATAAAAAGGAATGA