Identifiers and Description

Gene Model Identifier

TTHERM_00043780

Standard Name

POLN1 (putative homolog to POLN)

Aliases

PreTt11055 | 3.m01785 | 3824.m02818

Description

POLN1 PolI-like DNA polymerase putative; DNA polymerase I family protein

Genome Browser (Macronucleus)

Genome Browser (Micronucleus)

Gene Ontology Annotations

Cellular Component

• intracellular (IEA) | GO:0005622

Molecular Function

• nucleic acid binding (IEA) | GO:0003676
• DNA-directed DNA polymerase activity (IEA) | GO:0003887
• DNA binding (IEA) | GO:0003677
• 3'-5' exonuclease activity (IEA) | GO:0008408

Biological Process

• DNA replication (IEA) | GO:0006260
• nucleobase-containing compound metabolic process (IEA) | GO:0006139

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_00043780

WebApollo

Fullscreen View

Tetrahymena Stock Center

No Data fetched for StockID

Homologs (v.2006 protein sequences)

Source	Identifier	Score	Description
Tetrahymena borealis	EI9_01875.1	9.997093137033517e-262	DNA polymerase I family protei n (970 aa)
Oxytricha	Contig21740.0.g8	9.997093137033517e-262	DNA polymerase family A
DictyBase	DDB_G0267464	1.0002534232488231e-144	polA on chromosome: 1 position 1469084 to 1473264
WormBase	WBGene00020964	9.004486704249587e-32	locus:polq-1 status:Partiall y_confirmed UniProt:A0FLQ6 protein_id:CCD73325.1

General Information

No Data fetched for General Information

Associated Literature

No Data fetched for Associated Literature

Sequences

>TTHERM_00043780(coding)
ATGATAACTTTCTTGAAGAGATTAACCAACAAAAATACATAAATCAATCAACCAGTTTTT
AGATTTTGTTCTGCTAACCCAAGCAACTCTCAAGTTTTAGGAGACTATGTAATCAAATCT
AAAATGAGTGGACACTCTTCTGAAAATTTATATGAGAAATATAAAAATTTTTACAATGTT
CAAATAGAAAAAATCAACATTCCTGGAACAACTATTGTAAAAAATAGAGACTAGGCTCAC
AAGGTTGTAAAAATCTTAAAAAGCTTACCAAACAGAGAGCATGCATGGGATACAGAAACT
ATAGATGTAGATGCTAAATTAGAATCTCCTATTGGAAAAGGAAAAATTATCTGCGCTTCA
GCCTTTTGTGGAATTGATGTAGATTTTGGAAATGGTCCAAGGTTGTTTATAGATAATTTT
GCTCAAAACACTGACTTGATTTAAATTTTTAAAGAGTATTTAGAAGATTCTAGATACAAA
AAGATTTGGCATAATTATGGATTTGATCGTCATATTTTTTATAATCATGGTATTAATGTC
TAAGGATTTGGAGGTGATACTATGCACTTGGCAAGATTAGCAGATCCAAGTAGAGGACCA
AAAGAATATAGTTTAGCAAATGTAACCAAGCATTATGAAGAAGAAATAAAATATTTAAAG
AGATAATTAATTAATGATCTGAGAAAAAGCATTTAAATTAATACATAAGAACTTCAAAGT
GTTTTAGCAGCACTTTAAAAAGGAGCAGATTTACCTCATGAAATTATTTAAAAATTCAAA
CTTCATAGATTTAATACAAGAGATGAATAAATATTCTTTATAAATGATCAAATACAAAAG
TGGTTGATCAAAAAATAGCCTGCTGATTAATATGAAAAATACTACTTAAATACAAACTTA
AAAACAAATATGAAACAACTCTTTGGTAAAAAGAAATACTTAAAAGATGGAAAAGAAGGA
AAAACTATTGAATTCCCAAATACTATTCGTATGCACACAGATCCAGAACTTCTAGAAAAA
TGGGTTCATTACTCATGTTTGGATGCTGAAATCACCTTCTTTGTTTTTTAAGTATTAAAA
GACGAATTAAAAAGTTTAAGCACCAACTTCGAAGACATGAAAAATATGTTAGATTTATAC
AACAAGTACTGGAAACCTTTTGGAGAAATATTAACTGATTTAGAAAGAAGAGGCTTTGAG
CTAAATTTGGAACATTTGGATAAAATTAGAGTTTAAGCTGAGAATGATATGATTAAATTG
GAAAAACAATTCTTAGATTGGGTATGCTCTACTCAATAAGGATTAGAATAATTTAATTAT
TCCTCTGCTCAGTAGCTTCAATAATTATTTTTTGCACCTTTCAAGAGAAAGAAAAGAATT
ACTAAGGATAAAGTCGATGCTAACTTGGATGATAAAGAAAAAAAAGATCTTGAAGGATTT
AAAAGTTTTGAAGAGAATAGTGCTGCTATTGATGATGACGAACAGTTTTTCAAATAATAA
TTTAATGAACAAAATGAAGATTTGGATGAAGACGAAGATGATGATGAGCCATAAAAAAAT
AAAAGGCTTTTCAAAAAAGCAAAGCCACAAGAAGATGATGACGATGGCTACCTTTCAGAT
GGTCGTAAGAAATCAGTCCGTAAAGAGGAAGATGATATCCCTTAGACAAAAGCCTTTAAA
GTCCTAAACATAAAGGGAATAATCCCAGAAGGAAAGAAAAAACCCCCAAAACAACTAGAT
ATGAATATCACAGGGCTCGGCCTAGAAGTAATTAGTCTTACTGACTCTGGAATGCCTGCA
GCCGATCTTCCAGTTTTAAAAATCTTAGCAGGAAACCCAAAAAAAGGAAATTATGGTGCA
ATAGGCGAATATTACAAACAAAAAGGAGATGAAGAAATGGGAAAAAGGGCTTCTCATGCT
ATTGAGTCTTTAATTTAACTTAAATAGGTAGAAACTCTTTTAACAACTTTTATTATTCCA
CTGAGAGAATTAGCAGATAAAGATGGAAGAATACACTGTTCACTGAATATGAATACTGAA
ACAGGAAGAATATCAGCAAGAAAACCTAATTTAATGAATTAACCCTCACATGATAAAGAT
GTGTATAAAATTCGTAGTGCTTTCTAAGCTGGTAAAGGTAACAAGCTTATTGTGGCTGAT
TATGGTCAATTAGAACTTAGAATTCTTGCTCATATGACAAATTGTAAGGCAATGATTGAA
GCCTTTAAAATGGGTGGTGATTTTCACAGTAGAACTGCTATGGGTATGTACCCTAAGCTA
AAGGAGGAAATAGAAAAGGGTGAGCTACTTTTAGAATGGGATAAATCTCAAGGAGAACCC
CCTGCACCGTTACTCAAAGATAAGTACTCAAGTGAAAGAAAAAAAGCTAAGATGATGAAT
TTCTCAATAGCATATGGAAAGAGTGCACATGGCTTTTCTAAAGATTGGAACTGCTCTATG
AAAGAAGCATAAGAAGCTCTAGATGCTTGGTTTGCAGACAGAAAGGAAGTAAAAGAATGG
CAAGAAAACACTAAAAAAATAGCCCTAGAACATGGATACACATAGACAATGATGGGAAGA
TATAGAAATTTAGAAAGGCTTACTCATTCAAAGAGTGCTAGACATCTTGTTTAACATGGT
TTAAGAGCCTCTATAAATACCCCAATTTAAGGTGGTGCAGCAGATTTAGTTATTGCTGCA
ATGGTAAAAGTATCATAAGACCCTAAGCTTAATGAGCTAGGCTACAAGCTATTGCTATAA
ATTCATGATGAATTAATCTTAGAAGGACCGGAAGAGCATGCTTAAGAAGCATTAGCAAGA
GTTATAGAAATAATGGAAAATCCCTTAGATACCCCATTATTGCTAAAGATGGAAGTAGAC
GCTAAAGTTGGTAATAATTGGTATGAGTGTAAATGA

>TTHERM_00043780(protein)
MITFLKRLTNKNTQINQPVFRFCSANPSNSQVLGDYVIKSKMSGHSSENLYEKYKNFYNV
QIEKINIPGTTIVKNRDQAHKVVKILKSLPNREHAWDTETIDVDAKLESPIGKGKIICAS
AFCGIDVDFGNGPRLFIDNFAQNTDLIQIFKEYLEDSRYKKIWHNYGFDRHIFYNHGINV
QGFGGDTMHLARLADPSRGPKEYSLANVTKHYEEEIKYLKRQLINDLRKSIQINTQELQS
VLAALQKGADLPHEIIQKFKLHRFNTRDEQIFFINDQIQKWLIKKQPADQYEKYYLNTNL
KTNMKQLFGKKKYLKDGKEGKTIEFPNTIRMHTDPELLEKWVHYSCLDAEITFFVFQVLK
DELKSLSTNFEDMKNMLDLYNKYWKPFGEILTDLERRGFELNLEHLDKIRVQAENDMIKL
EKQFLDWVCSTQQGLEQFNYSSAQQLQQLFFAPFKRKKRITKDKVDANLDDKEKKDLEGF
KSFEENSAAIDDDEQFFKQQFNEQNEDLDEDEDDDEPQKNKRLFKKAKPQEDDDDGYLSD
GRKKSVRKEEDDIPQTKAFKVLNIKGIIPEGKKKPPKQLDMNITGLGLEVISLTDSGMPA
ADLPVLKILAGNPKKGNYGAIGEYYKQKGDEEMGKRASHAIESLIQLKQVETLLTTFIIP
LRELADKDGRIHCSLNMNTETGRISARKPNLMNQPSHDKDVYKIRSAFQAGKGNKLIVAD
YGQLELRILAHMTNCKAMIEAFKMGGDFHSRTAMGMYPKLKEEIEKGELLLEWDKSQGEP
PAPLLKDKYSSERKKAKMMNFSIAYGKSAHGFSKDWNCSMKEAQEALDAWFADRKEVKEW
QENTKKIALEHGYTQTMMGRYRNLERLTHSKSARHLVQHGLRASINTPIQGGAADLVIAA
MVKVSQDPKLNELGYKLLLQIHDELILEGPEEHAQEALARVIEIMENPLDTPLLLKMEVD
AKVGNNWYECK

>TTHERM_00043780(gene)
ATGATAACTTTCTTGAAGAGATTAACCAACAAAAATACATAAATCAATCAACCAGTTTTT
AGATTTTGTTCTGCTAACCCAAGCAACTCTCAAGTTTTAGGAGACTATGTAATCAAATCT
AAAATGAGTGGACACTCTTCTGAAAATTTATATGAGAAATATAAAAATTTTTACAATGTT
CAAATAGAAAAAATCAACATTCCTGGAACAACTATTGTAAAAAATAGAGACTAGGCTCAC
AAGGTTGTAAAAATCTTAAAAAGCTTACCAAACAGGTAAAATATGATCAAAATAATTTTT
AATTAAATGGTTAATTAATGATATAGAGAGCATGCATGGGATACAGAAACTATAGATGTA
GATGCTAAATTAGAATCTCCTATTGGAAAAGGAAAAATTATCTGCGCTTCAGCCTTTTGT
GGAATTGATGTAGATTTTGGAAATGGTCCAAGTATATTAAAAGAGTTTTTTTAGTTTAAC
AAAATTCAAAATAAATATAAATGATAACGTATTTATTTATTAATTCACTATATTTTATAA
CAATAGGGTTGTTTATAGATAATTTTGCTCAAAACACTGACTTGATTTAAATTTTTAAAG
AGTATTTAGAAGATTCTAGATACAAAAAGATTTGGCATAATTATGGATTTGATCGTCATA
TTTTTTATAATCATGGTATTAATGTCTAAGGATTTGGAGGTGATACTATGCACTTGGCAA
GATTAGCAGATCCAAGTAGAGGACCAAAAGAATATAGTTTAGCAAATGTAACCAAGCATT
ATGAAGAAGAAATAAAATATTTAAAGAGATAATTAATTAATGATCTGAGAAAAAGCATTT
AAATTAATACATAAGAACTTCAAAGTGTTTTAGCAGCACTTTAAAAAGGAGCAGATTTAC
CTCATGAAATTATTTAAAAATTCAAACTTCATAGATTTAATACAAGAGATGAATAAATAT
TCTTTATAAATGATCAAATACAAAAGTGGTTGATCAAAAAATAGCCTGCTGATTAATATG
AAAAATACTACTTAAATACAAACTTAAAAACAAATATGAAACAACTCTTTGGTAAAAAGA
AATACTTAAAAGATGGAAAAGAAGGAAAAACTATTGAATTCCCAAATACTATTCGTATGC
ACACAGATCCAGAACTTCTAGAAAAATGGGTTCATTACTCATGTTTGGATGCTGAAATCA
CCTTCTTTGTTTTTTAAGTATTAAAAGACGAATTAAAAAGTTTAAGCACCAACTTCGAAG
ACATGAAAAATATGTTAGATTTATACAACAAGTACTGGAAACCTTTTGGAGAAATATTAA
CTGATTTAGAAAGAAGAGGCTTTGAGCTAAATTTGGAACATTTGGATGTAACATATTCTT
TTAATTGATTATTTTTTTTAAAGTATTAAATATAGAAAATTAGAGTTTAAGCTGAGAATG
ATATGATTAAATTGGAAAAACAATTCTTAGATTGGGTATGCTCTACTCAATAAGGATTAG
AATAATTTAATTATTCCTCTGCTCAGTAGCTTCAATAATTATTTTTTGCACCTTTCAAGA
GAAAGAAAAGAATTACTAAGGATAAAGTCGATGCTAACTTGGATGATAAAGAAAAAAAAG
ATCTTGAAGGATTTAAAAGTTTTGAAGAGAATAGTGCTGCTATTGATGATGACGAACAGT
TTTTCAAATAATAATTTAATGAACAAAATGAAGATTTGGATGAAGACGAAGATGATGATG
AGCCATAAAAAAATAAAAGGCTTTTCAAAAAAGCAAAGCCACAAGAAGATGATGACGATG
GCTACCTTTCAGATGGTCGTAAGAAATCAGTCCGTAAAGAGGAAGATGATATCCCTTAGA
CAAAAGCCTTTAAAGTCCTAAACATAAAGGTATTAAAATATATATTTACTTCTTAAATAA
TTTATATTTAAACTGTATATTTTTAAATACAGGGAATAATCCCAGAAGGAAAGAAAAAAC
CCCCAAAACAACTAGATATGAATATCACAGGGCTCGGCCTAGAAGTAATTAGTCTTACTG
ACTCTGGAATGCCTGCAGCCGATCTTCCAGTTTTAAAAATCTTAGCAGGAAACCCAAAAA
AAGGAAATTATGGTGCAATAGGTAAATTGTTGAAAAATAATTAATTAGCAGCTAAAGTAT
ACAATTAAATAGGCGAATATTACAAACAAAAAGGAGATGAAGAAATGGGAAAAAGGGCTT
CTCATGCTATTGAGTCTTTAATTTAACTTAAATAGGTAGAAACTCTTTTAACAACTTTTA
TTATTCCACTGAGAGAATTAGCAGATAAAGATGGAAGAATACACTGTTCACTGAATATGA
ATACTGAAACAGGAAGAATATCAGCAAGAAAACCTAATTTAATGAATTAACCCTCACATG
ATAAAGATGTGTATAAAATTCGTAGTGCTTTCTAAGCTGGTAAAGGTAACAAGCTTATTG
TGGCTGATTATGGTCAATTAGAACTTAGAATTCTTGCTCATATGACAAATTGTAAGGCAA
TGATTGAAGCCTTTAAAATGGGTAAAATTTTATCTTGTAAAAACAAAAGATAAAAAATTT
TTTTTTATTAAATAGGTGGTGATTTTCACAGTAGAACTGCTATGGGTATGTACCCTAAGC
TAAAGGAGGAAATAGAAAAGGGTGAGCTACTTTTAGAATGGGATAAATCTCAAGGAGAAC
CCCCTGCACCGTTACTCAAAGATAAGTACTCAAGTGAAAGAAAAAAAGCTAAGATGATGA
ATTTCTCAATAGCATATGGAAAGAGTGCACATGGCTTTTCTAAAGATTGGAACTGCTCTA
TGAAAGAAGCATAAGAAGCTCTAGATGCTTGGTTTGCAGACAGAAAGGAAGTAAAAGAAT
GGCAAGAAAACACTAAAAAAATAGCCCTAGAACATGGATACACATAGACAATGATGGGAA
GATATAGAAATTTAGAAAGGCTTACTCATTCAAAGAGTGCTAGACATCTTGTTTAACATG
GTTTAAGAGCCTCTATAAATACCCCAATTTAAGGTGGTGCAGCAGATTTAGTTATTGCTG
CAATGGTAAAAGTATCATAAGACCCTAAGCTTAATGAGCTAGGCTACAAGCTATTGCTAT
AAATTCATGATGAATTAATCTTAGTATTTTAAAAAAATTTATTTATCATTTAATTTTAAC
TAATGATAATAAAATAGGAAGGACCGGAAGAGCATGCTTAAGAAGCATTAGCAAGAGTTA
TAGAAATAATGGAAAATCCCTTAGATACCCCATTATTGCTAAAGATGGAAGTAGACGCTA
AAGTTGGTAATAATTGGTATGAGTGTAAATGA