Identifiers and Description

Gene Model Identifier

TTHERM_00691170

Standard Name

POL31 (DNA polymerase delta subunit 2)

Aliases

PreTt02955 | 106.m00095 | 3674.m00008

Description

Homolog of Saccharomyces POL 31, Subunit of DNA polymerase delta (polymerase III); involved in DNA replication and repair.

Genome Browser (Macronucleus)

Genome Browser (Micronucleus)

Gene Ontology Annotations

Molecular Function

• DNA-directed DNA polymerase activity (IEA) | GO:0003887
• DNA binding (IEA) | GO:0003677

Biological Process

• DNA replication (IEA) | GO:0006260

Domains

• ( PF08031 ) Berberine and berberine like
• ( PF04042 ) DNA polymerase epsilon subunit B

Gene Expression Profile

• Tetrahymena Functional Genomics Database:

Change in Gene Expression

TMHMM

TMHMM

Signal Peptide

Signal Peptide Present?: No
Presense Probability: 11.5%

TetraMine Data

TTHERM_00691170

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_17619.1	9.997093137033517e-262	hypothetical protein (488 aa)
Oxytricha	Contig19882.0.g6	1.0004460510701209e-64	DNA polymerase alpha/epsilon s ubunit B
DictyBase	DDB_G0281641	9.999353957415832e-59	polD2 on chromosome: 3 positio n 4748825 to 4750464
SGD	YJR006W	1.000159011384939e-43	POL31 DNA polymerase III (delt a) subunit, essential for cell viability; involved in DNA re plication and DNA repair
WormBase	WBGene00008722	2.000470901975128e-28	Probable DNA polymerase delta small subunit status:Confirm ed UniProt:Q19366 protein_ id:CAA97785.1
Stentor Coeruleus	SteCoe_2876	3.873997628687187e-21

General Information

No Data fetched for General Information

Associated Literature

No Data fetched for Associated Literature

Sequences

>TTHERM_00691170(coding)
ATGGAAATAGAGAGACCAAAAAAAGCTGACACTATAAAGTTGCTTTCAACATATAAATCT
AGTGTAACAGGAAATTTAGTTAGGCCAGATTGCTAAGGATATAAAAACGTAAGCGAATAA
TTCATCCTTAAAGATAGCTAAAAGAAATATGATATACAATATTGGAAGACATACTTTAAA
AGATTAGATTAGATTAAGGAATATTTTATGTCAAATTTTAGTGAAGAATCTATTCCTATT
TGCGATAAAATATTAAACATAAAAGTAGGGGAACACTAAGTTGTGATTGCAACCCTTTAC
AAGGATATGAAATTAAAACCTAATGTACTTACTGTCTCATAATAAAGAGATAACTACATG
GCTGATGACGACGTAATTTATATGGAAGACTAGACAGGTAGAATGTAGTTAGCATTCAAC
AATACACAATTTAAAAGCTCAATCAGCAAGCCAAAAACAATTGATGTGAAGAATTTAACT
TCAGGATTAGTTGTAGGTATAAGGGGTATTTAAAGAGTAGCTGAAATTAACGTATTTGAA
GTTGAAGAGATTTATTGTTGTGATTTACCTCATTAAGAACATATCCTTAAAATACCAGCT
CCTTTGACTTATGGTGATGACTCTCATTTAGAAAATAACAACAATTTCCATGATCTTTCT
CATTATATCAAAAACTATTAAGATCACAAATTTATACTACTAACTTCAGGTTTAAACATT
GATCCAAACGTTGATAGATACACTCTTATATAGCTTAAAAATCATCTATTTGGATTGACA
AATCTAAAACCATTAATGTCAAGAGTTTGTAGAGTTGTAATGGCTGGTAACTTAATTGAA
AAGAATAAAGATTTAGATTATAATTTAGTTGGTTCATATCGTATGCAGGAATAATTTAAA
TAACTTTATGCAGAAATTGCTAAAAAGATGCATGATGTAGATAAAAATATTAATGAAATT
GCTGGAAATGTTTGTTTAGATATTATGCCAGGAGATAAAGATCCTGCATAAGCATTTTTA
CCTTAACAATCCTTGAATAAGTGTTATTTTGCATCATCCAAATCTATTCCAACACTTAAT
CTTGTTTCTAATCCTTATAAATTTGAATAAGAAAATATTTAAATATTAGGTGTATCAGGA
TAGAGTATGCTTGACATTAAAAAATATAGCAATTACAGCGATTAGGATATAGACATACTA
TAATCACATTTACTATGGAGACATATTTCACCTACTTCTCCTGATACTTTATAATGTTTC
CCATTCCATGAAAGTGATCCTTTTATTTTAGATGAGCTTCCTCATGTTTATTTTAGTGGA
AATAGTCCTAAATTTGAAACAAAAATGGTATATGAAGAGAACACTAAAAAGAGATGTAGA
TTAATTTGTGTCCCTGCTTTATCTGCTAGTAATTCTTTTGTAATAATGAATCTAGCTAAC
TTAGATACATTTGAAATTAAATTATGA

>TTHERM_00691170(protein)
MEIERPKKADTIKLLSTYKSSVTGNLVRPDCQGYKNVSEQFILKDSQKKYDIQYWKTYFK
RLDQIKEYFMSNFSEESIPICDKILNIKVGEHQVVIATLYKDMKLKPNVLTVSQQRDNYM
ADDDVIYMEDQTGRMQLAFNNTQFKSSISKPKTIDVKNLTSGLVVGIRGIQRVAEINVFE
VEEIYCCDLPHQEHILKIPAPLTYGDDSHLENNNNFHDLSHYIKNYQDHKFILLTSGLNI
DPNVDRYTLIQLKNHLFGLTNLKPLMSRVCRVVMAGNLIEKNKDLDYNLVGSYRMQEQFK
QLYAEIAKKMHDVDKNINEIAGNVCLDIMPGDKDPAQAFLPQQSLNKCYFASSKSIPTLN
LVSNPYKFEQENIQILGVSGQSMLDIKKYSNYSDQDIDILQSHLLWRHISPTSPDTLQCF
PFHESDPFILDELPHVYFSGNSPKFETKMVYEENTKKRCRLICVPALSASNSFVIMNLAN
LDTFEIKL

>TTHERM_00691170(gene)
ATGGAAATAGAGAGACCAAAAAAAGCTGACACTATAAAGTTGCTTTCAACATATAAATCT
AGTGTAACAGGAAATTTAGTTAGGCCAGATTGCTAAGGATATAAAAACGTAAGCGAATAA
TTCATCCTTAAAGATAGCTAAAAGAAATATGATATACAATATTGGAAGACATACTTTAAA
AGATTAGATTAGATTAAGGAATATTTTATGTCAAATTTTAGTGAAGAATCTATTCCTATT
TGCGATAAAATATTAAACATAAAAGTAGGGGAACACTAAGTTGTGATTGCAACCCTTTAC
AAGGATATGAAATTAAAACCTAATGTACTTACTGTCTCATAATAAAGAGGTATTTAGCAA
ATTGATAAATTCATAGAAATTTTACCCTTGACGAAAGTTTTTTTTAAAAAATGCTTAAAC
TTATTCCTTATTATTTAGATAACTACATGGCTGATGACGACGTAATTTATATGGAAGACT
AGACAGGTAATAAAATTAAAATTCTATCATTTCAATTATTTTATTTGTATAAAAATAAAA
TATTAAAGGTAGAATGTAGTTAGCATTCAACAATACACAATTTAAAAGCTCAATCAGCAA
GCCAAAAACAATTGATGTGAAGAATTTAACTTCAGGATTAGTTGTAGGTATAAGGGGTAT
TTAAAGAGTAGCTGAAATTAACGTATTTGAAGTTGAAGAGATTTATTGTTGTGATTTACC
TCATTAAGAACATATCCTTAAAATACCAGCTCCTTTGACTTATGGTGATGACTCTCATTT
AGAAAATAACAACAATTTCCATGATCTTTCTCATTATATCAAAAACTATTAAGATCACAA
ATTTATACTACTAACTTCAGGTTTAAACATTGATCCAAACGTTGATAGATACACTCTTAT
ATAGCTTAAAAATCATCTATTTGGATTGACAAATCTAAAACCAGTATATATATATCTTAA
TTTAACTACAGCAAATATTCAAATGCAAATATTATATAAAAAAGTTAATGTCAAGAGTTT
GTAGAGTTGTAATGGCTGGTAACTTAATTGAAAAGAATAAAGATTTAGATTATAATTTAG
TTGGTTCATATCGTATGCAGGAATAATTTAAATAACTTTATGCAGAAATTGCTAAAAAGA
TGCATGATGTAGATAAAAATATTAATGAAATTGCTGGAAATGTTTGTTTAGATATTATGC
CAGGAGATAAAGATCCTGCATAAGCATTTTTACCTTAACAATCCTTGAATAAGTGTTATT
TTGCATCATCCAAATCTATTCCAACACTTAATCTTGTTTCTAATCCTTATAAATTTGAAT
AAGAAAATATTTAAATATTAGGTGTATCAGGTAATATTTGCATTTTCATCAAATTTCATT
TGAAAATAAAATAATAAAATTTAAGTTTTTTATACAAATCCATTAATTAAATTCTAAAAG
TGTTAAAATTTTCATAAAAAAAATAATTTTTATTCAAAATTAATTTATAAATATTTAGGA
TAGAGTATGCTTGACATTAAAAAATATAGCAATTACAGCGATTAGGATATAGACATACTA
TAATCACATTTACTATGGAGACATATTTCACCTACTTCTCCTGATACTTTATAGTAAAAA
TATTTTTTTATTTTACTTTATTTAACTAAATTAAAATATTTGTTATAGATGTTTCCCATT
CCATGAAAGTGATCCTTTTATTTTAGATGAGCTTCCTCATGTTTATTTTAGTGGAAATAG
TCCTAAATTTGAAACAAAAATGGTATATGAAGAGAACACTAAAAAGAGATGTAGATTAAT
TTGTGTCCCTGCTTTATCTGCTAGTAATTCTTTTGTAATAATGAATCTAGCTAACTTAGA
TACATTTGAAATTAAATTATGA