Identifiers and Description

Gene Model Identifier

TTHERM_00046730

Standard Name

PHR2 (PHotolyase Repair 2)

Aliases

PreTt11152 | 3.m01856 | 3824.m02913

Description

PHR2 DNA photolyase FAD-binding domain protein; FAD binding domain of DNA photolyase family protein; utilizes blue light to repair DNA function

Genome Browser (Macronucleus)

Full Screen View

No Genome Browser Data Present

Genome Browser (Micronucleus)

Full Screen View

No Genome Browser Data Present

External Links

• Uniprot
• Alphafold

Gene Ontology Annotations

Molecular Function

• DNA photolyase activity (IEA) | GO:0003913

Biological Process

• DNA repair (IEA) | GO:0006281

Domains

No Data fetched for Domains

Gene Expression Profile

Vegetative Cell Cycle (Zhang et al., 2023)

GeneMania

No results were calculated for this gene in GeneMania.

Tetrahymena Stock Center

No Data fetched for Tetrahymena Stock Center

Homologs

Source	Identifier	Score
Tetrahymena borealis	EI9_01777.1	9.997093137033517e-262
	Description: FAD binding domain-DNA photolyase (489 aa)
SGD	YOR386W	1.9994274381022833e-63
	Description: PHR1 DNA photolyase involved in photoreactivation, repairs pyrimidine dimers in the presence of visible light; induced by DNA damage; regulated by transcriptional repressor Rph1p
Oxytricha	Contig17048.0.g64	2.0003218023735366e-33
	Description: FAD binding domain of DNA photolyase

General Information

No Data fetched for General Information

Associated Literature

No Data fetched for Associated Literature

Sequences

>TTHERM_00046730(coding)
ATGAGCTAGAATAAAAATCAATATAAAAAAGAAGAATATCCCTTAAAAACCTCTAAAAGA
AAGAGGGAAGCATTTGAGGAAGGATAAGCTGAGTCAAAGATGATTGAAGAAGATGATGGA
AAATCAAGTAAAAAATAACAAGACAAAAACGCTAAGCAAAAGAGGAAAGTTAGCATATTC
TGGTTTAGAAGAGATCTTAGATTAAACGATAACACTGCTTTATATAACGCCTTAAAGTCT
CAAAATGAAGTTGTACCTTTGTTTATTTTTGACACTGAAATTTTAGACAAATTAGAAGAT
AAAAAAGACGCTCGAGTTGAATTCATACACTTATATATTATGAAAATCTAAGAATAACTA
AAATAAGTTGGATCTACCCTAATTGTGAAACATGGTACAGTTGACAATGCTTTTAAAGAG
CTTGTTTCGGAGTTTGATATTTAAAGTGTTTATGTAAATAGAGATTATGAATCTTCTGCT
AAATAAAGAGATGAAAGGATTAAAAAATATGTCAAATAATCAGCAAATGCTGAGTTTTAC
GATTTTAAGGATCAAGTTATTTTTGAAGCCAGTTCAACCAATAAAGATGGATCACCTTAT
AAAGTTTTCACACCATATAGCAAAAAATGGCTGAGTATATTGACTTCAGAAGACTACTCT
TGTAGACCTTCTGAATCATTAATGGAAAAATTTTGGAAATCTCCTGAAAGAAAAGTTATG
AGTTTAGAAGAAATTGGATTTGAGAAAGCAGGAATTCCTTTTCCATCTGTTGAGTTGAAT
GAAAAAATTGTTAAGAATTATGATAAGACTCGTGATACACCTTCAATAGAAGGTACCACG
AGAATGAGTGTTCATTTAAGATTTGGTACAGTTTCAATTAGGGATTTAGTTAGGAGATCA
AAAGGTTTAAATGCTACATATCTAAATGAACTTATATGGCGTGATTTTTATATGATGATT
TTAGATTAATTTCCACATGTAGAGAACAATAATTTTAAACCAGCATATGATAAACTAGTT
TGGAGAAATAATGTAGATGAATTTATGGCTTGGTGCGAAGGCAAAACAGGATATCATTTG
GTTGATGCTGGAATGAGATAATTAAATTAGACAGGTTATATGCATAATAGAGTTAGAATG
GTTGTAGCAAGCTTCTTAACAAAGCATTTATTAATTGATTGGAAATGGGGTGAAAGATAT
TTTGCCTCTAAACTTTTAGATTATGACTTATCTGCAAATAATGGTGGATGGCAATGGGCA
GCAGGAACAGGTACAGATGCTTAACCTTATTTTAGAATATTTAATCCTGATAGCTAATAA
AAAAAATTTGATCCTAATTATACTTATATTAAAACATGGATAAAAGATTTAAATACTAAA
ACATATCCCAAGCCTATTGTTGACCATAAATTGGCAAGAGAGCGTTGCTTATAAGCTTTC
AAAAAAGCTTTAGGATAATGA

>TTHERM_00046730(gene)
ATGAGCTAGAATAAAAATCAATATAAAAAAGAAGAATATCCCTTAAAAACCTCTAAAAGA
AAGAGGGAAGCATTTGAGGAAGGATAAGCTGAGTCAAAGATGATTGAAGAAGATGATGGA
AAATCAAGTAAAAAATAACAAGACAAAAACGCTAAGCAAAAGTATGTTTTTATATAATTT
TTATAATTAAAAAAGAAATCTAAAAGTAGAAAGAAATCATGTAGAATTTACATAAAATTA
AAATACCGAAACATATTTTTAATAGAACTTAAACTTTTTTCTTAAATGCTACTTAATAAT
ATTATTTCCATTCAATTAACAACAATATTAGGAGGAAAGTTAGCATATTCTGGTTTAGAA
GAGATCTTAGATTAAACGATAACACTGCTTTATATAACGCCTTAAAGTCTCAAAATGAAG
TTGTACCTTTGTTTATTTTTGACACTGAAATTTTAGACAAATTAGAAGATAAAAAAGACG
CTCGAGTTGAATTCATACACTTATATATTATGAAAATCTAAGAATAACTAAAATAAGTTG
GATCTACCCTAATTGTGAAACATGGTACAGTTGACAATGCTTTTAAAGAGCTTGTTTCGG
AGTTTGATATTTAAAGTGTTTATGTAAATAGAGATTATGAATCTTCTGCTAAATAAAGAG
ATGAAAGGATTAAAAAATATGTCAAATAATCAGCAAATGCTGAGTTTTACGATTTTAAGG
ATCAAGTTATTTTTGAAGCCAGTTCAACCAATAAAGATGGATCACCTTATAAAGTTTTCA
CACCATATAGCAAAAAATGGCTGAGTATATTGACTTCAGAAGACTACTCTTGTAGACCTT
CTGAATCATTAATGGAAAAATTTTGGAAATCTCCTGAAAGAAAAGTTATGAGTTTAGAAG
AAATTGGATTTGAGAAAGCAGGAATTGTAATCTTTTTTATTAAATATTTAATTAATTATA
AAAAAAAACAGATAGAATAAATAAATTATTCATAAAAATTAATTAATTTAAAATATAAAG
CCTTTTCCATCTGTTGAGTTGAATGAAAAAATTGTTAAGAATTATGATAAGACTCGTGAT
ACACCTTCAATAGAAGGTACCACGAGAATGAGTGTTCATTTAAGATTTGGTACAGTTTCA
ATTAGGGATTTAGTTAGGAGATCAAAAGGTTTAAATGCTACATATCTAAATGAACTTATA
TGGCGTGATTTTTATATGATGATTTTAGATTAATTTCCACATGTAGAGAACAATAATTTT
AAACCAGCATATGATAAACTAGTTTGGAGAAATAATGTAGATGAATTTATGGCTTGGTGC
GAAGGCAAAACAGGTAAAATGTCATTTTATTAATATAATTATTTAAATTATTATTCTTTT
TAGAAATTAAATTAAATTACTTAATTAGTTAGTTAGCTTACAAGCTTAAGAAAATAATTT
TATAACATTTAGCTAATTAAAATTTATTTATAAAGCATTTTTAAATATAATTTAAAGGAT
ATCATTTGGTTGATGCTGGAATGAGATAATTAAATTAGACAGGTTATATGCATAATAGAG
TTAGAATGGTTGTAGCAAGCTTCTTAACAAAGCATTTATTAATTGATTGGAAATGGGGTG
AAAGATATTTTGCCTCTAAACTTTTAGATTATGACTTATCTGCAAATAATGGTGGATGGC
AATGGGCAGCAGGAACAGGTACAGATGCTTAACCTTATTTTAGAATATTTAATCCTGATA
GCTAATAAAAAAAATTTGATCCTAATTATACTTATATTAAAACATGGATAAAAGATTTAA
ATACTAAAACATATCCCAAGCCTATTGTTGACCATAAATTGGCAAGAGAGCGTTGCTTAT
AAGCTTTCAAAAAAGCTTTAGGATAATGA

>TTHERM_00046730(protein)
MSQNKNQYKKEEYPLKTSKRKREAFEEGQAESKMIEEDDGKSSKKQQDKNAKQKRKVSIF
WFRRDLRLNDNTALYNALKSQNEVVPLFIFDTEILDKLEDKKDARVEFIHLYIMKIQEQL
KQVGSTLIVKHGTVDNAFKELVSEFDIQSVYVNRDYESSAKQRDERIKKYVKQSANAEFY
DFKDQVIFEASSTNKDGSPYKVFTPYSKKWLSILTSEDYSCRPSESLMEKFWKSPERKVM
SLEEIGFEKAGIPFPSVELNEKIVKNYDKTRDTPSIEGTTRMSVHLRFGTVSIRDLVRRS
KGLNATYLNELIWRDFYMMILDQFPHVENNNFKPAYDKLVWRNNVDEFMAWCEGKTGYHL
VDAGMRQLNQTGYMHNRVRMVVASFLTKHLLIDWKWGERYFASKLLDYDLSANNGGWQWA
AGTGTDAQPYFRIFNPDSQQKKFDPNYTYIKTWIKDLNTKTYPKPIVDHKLARERCLQAF
KKALGQ