Identifiers and Description

Gene Model Identifier

TTHERM_00684720

Standard Name

ERI5 (ExoRIbonuclease 5)

Aliases

PreTt18185 | 104.m00117 | 3732.m00031

Description

ERI5 exonuclease

Genome Browser (Macronucleus)

Genome Browser (Micronucleus)

Gene Ontology Annotations

Cellular Component

• intracellular (IEA) | GO:0005622

Molecular Function

• exonuclease activity (IEA) | GO:0004527

Domains

• ( PF00929 ) exonuclease
• ( PF06975 ) Protein of unknown function (DUF1299)
• ( PF00641 ) Zn-finger in Ran binding protein
• ( TIGR00573 ) exonuclease, DNA polymerase III, epsilon

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_00684720

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_15493.1	5.001102406662288e-90	hypothetical protein (1194 aa)
Oxytricha	Contig3963.0.g42	1.9999391735788327e-19	RNA 2-phosphotransferase, Tpt1 / KptA family
WormBase	WBGene00001332	9.995317835403734e-19	locus:eri-1 3-5 exonuclease eri-1 status:Partially_confi rmed UniProt:O44406 protei n_id:CCD73976.1

General Information

No Data fetched for General Information

Associated Literature

No Data fetched for Associated Literature

Sequences

>TTHERM_00684720(coding)
ATGAAGAATAACAATTATGAAAAATTTTAAAACAAGCAGCAAAACCACATTTAATATGTG
AGAAAAAATCAACAAGCAACTGATTAATTACCAAGTAAACAAAATCAATAGGTTTTTTAT
GTAAGAAAATAATAAAATGGAAATGAATATTTTAATCAGCTAGAAAATAATTAAAATTAT
AATATGAGCTTATAATAAAGCAACTAGTTGAGTTATTCAAACAAAAATGAGGAAGACATT
ATCAGAAATTTATAGGAACTAAATAATTTAATCAATAACAAAAATGTTTAGAACTAAAAT
TAAGATTCTGATTAAAAAAACTAAAATTTCAACTAATAATGTTAATAAAATGATTAGGTA
AATAGAAATAGTTAATAATAAAGCAAAAATTAGGAAGATATTATCAAAAATTTATAGGAA
CTAGATAATTTAATCAATAACAAAAGTTTTTTGAACTATGATTAAGTTTCTTAAGGTTAA
AAAAGCTTCAACTTCACCTAATAATATCAATAAAATTATTAGGTAAATACAAATATCTAA
TATTAAAGTAAAAATGACCAAGATATTATCAGAAATTTATAGGAACTAGATAATTTAATC
AATAACAAAGGTTTTTAGAAATAATATTAAGTTTCTTAAGCTTAAAAAAGCTTCAACTTC
AACTAATAATAATATCAATAAAATTACTAGGTAAATAGATATGACTAATAAAAAATAGTA
AATGTTCCTAAAAAATAATAGTACTTTAAAGTAAATAACCAAATCTTAGATAAATAGGTT
TATAATAATAATAATTAAATAATATAATAATCAGGTAGTAATCACAATTTTTAAAGTCAG
CAAAACAATCAAAATAAATAAATAAACAATTAATTTAACCCAATAAAAGTTCAAGAAGAT
TAAATTTTTTTAAAAATGGAAGAGTAGAATAAGAGAGATAAAATTATTGTTTAAGAAATG
CAACAAAAAGATCAGTAAAAAAATATGGATAAATAAATGAAAAATGGGTAAAAAAATTGT
ATTCAAAGCAATAATTAATAAGAAAATAACTAAAACTTATAAAATCAAAATTAAAAAAAG
AAGAAAAATAATAATTAAAATAACTTTAAAGATGTATATTGGATTTGTAAAGGCTGTAAA
GTAAAAATTCAATGGGATATGTAAAATTGTTAAGCTTGTGGAGCATAGAAATTTCCAGGA
ATTAGCAGAATGAAAAAAAATGTTGGGTAGAATGATTTCTAGTATTTATTTTTCATTGAT
TTTGAGTGCAATTTCTTTAATAAAAAATTTGAAATAATTGAATTTCCATTACATGTTATT
GATGTAAATAGTAAAGAAATTGTAGATTCTTTTGTTTCCTATGTTAAACCAAGCAATAAT
ATAACAAAATTTATAACTAGATTAACAAAAATTACTGATACTTAAGTTAAAAATGCCCCT
ATTCTTTAATAAGTACTAGTAAATGTATAAAACTTCTTAGAAAAATATCTAAAAGTAGGT
ATAGATAAATGTGCTGTAATTTATGACTGTGATAGTGATTCAACATTTCTGTTTAATGAA
ACCTCTTTTAAGAAAATAAAAGTTCCACCTATTTTTGAGAAATACATTTGTCTTAAATCT
GTTTTCCCTGTTGAAATAGCTAATAAAGCTCCTTCATCTTTATCCCAAATGCTTTAAATT
CTAGATATGAAATTTGAAGGTTAAAAGCACTGTGGAGCTGATGATTCTATGAACTAAGCA
AAAGTTGGCTAGAAACTGTTACAACTAGGTTATAATTTCTCAAAAGACTAATAAATAAAA
TTAGGAAAACCAAGCACAATTAGCAGAAAAGAAAAATTGAAATTAATAGACATATATATT
AAAGAATACGAGCTTGATAAATAGAAAAATAATGAAAACTAAAATGATTAAAATAAATGA

>TTHERM_00684720(protein)
MKNNNYEKFQNKQQNHIQYVRKNQQATDQLPSKQNQQVFYVRKQQNGNEYFNQLENNQNY
NMSLQQSNQLSYSNKNEEDIIRNLQELNNLINNKNVQNQNQDSDQKNQNFNQQCQQNDQV
NRNSQQQSKNQEDIIKNLQELDNLINNKSFLNYDQVSQGQKSFNFTQQYQQNYQVNTNIQ
YQSKNDQDIIRNLQELDNLINNKGFQKQYQVSQAQKSFNFNQQQYQQNYQVNRYDQQKIV
NVPKKQQYFKVNNQILDKQVYNNNNQIIQQSGSNHNFQSQQNNQNKQINNQFNPIKVQED
QIFLKMEEQNKRDKIIVQEMQQKDQQKNMDKQMKNGQKNCIQSNNQQENNQNLQNQNQKK
KKNNNQNNFKDVYWICKGCKVKIQWDMQNCQACGAQKFPGISRMKKNVGQNDFQYLFFID
FECNFFNKKFEIIEFPLHVIDVNSKEIVDSFVSYVKPSNNITKFITRLTKITDTQVKNAP
ILQQVLVNVQNFLEKYLKVGIDKCAVIYDCDSDSTFLFNETSFKKIKVPPIFEKYICLKS
VFPVEIANKAPSSLSQMLQILDMKFEGQKHCGADDSMNQAKVGQKLLQLGYNFSKDQQIK
LGKPSTISRKEKLKLIDIYIKEYELDKQKNNENQNDQNK

>TTHERM_00684720(gene)
ATGAAGAATAACAATTATGAAAAATTTTAAAACAAGCAGCAAAACCACATTTAATATGTG
AGAAAAAATCAACAAGCAACTGATTAATTACCAAGTAAACAAAATCAATAGGTTTTTTAT
GTAAGAAAATAATAAAATGGAAATGAATATTTTAATCAGCTAGAAAATAATTAAAATTAT
AATATGAGCTTATAATAAAGCAACTAGTTGAGTTATTCAAACAAAAATGAGGAAGACATT
ATCAGAAATTTATAGGAACTAAATAATTTAATCAATAACAAAAATGTTTAGAACTAAAAT
TAAGATTCTGATTAAAAAAACTAAAATTTCAACTAATAATGTTAATAAAATGATTAGGTA
AATAGAAATAGTTAATAATAAAGCAAAAATTAGGAAGATATTATCAAAAATTTATAGGAA
CTAGATAATTTAATCAATAACAAAAGTTTTTTGAACTATGATTAAGTTTCTTAAGGTTAA
AAAAGCTTCAACTTCACCTAATAATATCAATAAAATTATTAGGTAAATACAAATATCTAA
TATTAAAGTAAAAATGACCAAGATATTATCAGAAATTTATAGGAACTAGATAATTTAATC
AATAACAAAGGTTTTTAGAAATAATATTAAGTTTCTTAAGCTTAAAAAAGCTTCAACTTC
AACTAATAATAATATCAATAAAATTACTAGGTAAATAGATATGACTAATAAAAAATAGTA
AATGTTCCTAAAAAATAATAGTACTTTAAAGTAAATAACCAAATCTTAGATAAATAGGTT
TATAATAATAATAATTAAATAATATAATAATCAGGTAGTAATCACAATTTTTAAAGTCAG
CAAAACAATCAAAATAAATAAATAAACAATTAATTTAACCCAATAAAAGTTCAAGAAGAT
TAAATTTTTTTAAAAATGGAAGAGTAGAATAAGAGAGATAAAATTATTGTTTAAGAAATG
CAACAAAAAGATCAGTAAAAAAATATGGATAAATAAATGAAAAATGGGTAAAAAAATTGT
ATTCAAAGCAATAATTAATAAGAAAATAACTAAAACTTATAAAATCAAAATTAAAAAAAG
AAGAAAAATAATAATTAAAATAACTTTAAAGATGTATATTGGATTTGTAAAGGCTGTAAA
GTAAAAATTCAATGGGATATGTAAAATTGTTAAGCTTGTGGAGCATAGAAATTTCCAGGA
ATTAGCAGAATGAAAAAAAATGTTGGGTAGAATGATTTCTAGTATTTATTTTTCATTGAT
TTTGAGTGCAATTTCTTTAATAAAAAATTTGAAATAATTGAATTTCCATTACATGTTATT
GATGTAAATAGTAAAGAAATTGTAGATTCTTTTGTTTCCTATGTTAAACCAAGCAATAAT
ATAACAAAATTTATAACTAGATTAACAAAAATTACTGATACTTAAGTTAAAAATGCCCCT
ATTCTTTAATAAGTACTAGTAAATGTATAAAACTTCTTAGAAAAATATCTAAAAGTAGGT
ATAGATAAATGTGCTGTAATTTATGACTGTGATAGTGATTCAACATTTCTGTTTAATGAA
ACCTCTTTTAAGAAAATAAAAGTTCCACCTATTTTTGAGAAATACATTTGTCTTAAATCT
GTTTTCCCTGTTGAAATAGCTAATAAAGCTCCTTCATCTTTATCCCAAATGCTTTAAATT
CTAGATATGAAATTTGAAGGTTAAAAGCACTGTGGAGCTGATGATTCTATGAACTAAGCA
AAAGTTGGCTAGAAACTGTTACAACTAGGTTATAATTTCTCAAAAGACTAATAAATAAAA
TTAGGAAAACCAAGCACAATTAGCAGAAAAGAAAAATTGAAATTAATAGACATATATATT
AAAGAATACGAGCTTGATAAATAGAAAAATAATGAAAACTAAAATGATTAAAATAAATGA