Identifiers and Description

Gene Model Identifier

TTHERM_00600110

Standard Name

TTN1 (Tetrahymena Tudor Nuclease 1)

Aliases

PreTt22074 | 83.m00143 | 3685.m00035

Description

TTN1 tudor domain protein; Tudor domain containing protein; Staphylococcal nuclease (SNase-like), OB-fold

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

No Data fetched for Gene Ontology Annotations

Domains

• ( PF00565 ) Staphylococcal nuclease homologue
• ( PF00567 ) Tudor domain

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

No Data fetched for Homologs

General Information

No Data fetched for General Information

Associated Literature

1. Ref:17715366: Howard-Till RA, Yao MC (2007) Tudor nuclease genes and programmed DNA rearrangements in Tetrahymena thermophila. Eukaryotic cell 6(10):1795-804

Sequences

>TTHERM_00600110(coding)
ATGGCTGCCCAAAAGGATTTAAAGAAGGATAAAAAAGACATTAAGCTTCAAAATATCGAA
TTTGTTGGTATAGTTAGAGAAGTTCACTCTGGTGATTCTCTCACAATCTAATCAACTAAA
ACTAATAACATCGCCAGATTTTTCTTGACTCACGTCAGAGCTCCTAAGGTTGGAACCAAT
GATACACAAGATAAACCTTATGCTTTTGAATCTAAAGAATTCCTTCGTAAGAAACTCATA
GGTCAATAAGTAGAAGTAAAATTTGAATATGAAAAAACTGTTAAAGTCGCCAAATCTTGG
GAAGATGACAGTGAAGCTACTGAAAAACAAATGAACTTCTGTACTGTGTTCTACTAAGGC
TAAAATATTAATCTCTAATTAATCCAAGAAGGTTATGCTGAGTTCAATTTCGCCAGAACA
GAAGAAGAAAAATCATAATATCACGATGAATTGAAGACTGCTTCTGAAGAAGCTGCTAAG
AAAAAGAAGGGTCTCCACTCTACCAAAAATATCCCTCTCCACAGATTCAATGATATTTCT
CGTTTGAAAAATAAGCCTAAACTTCTTGAGCACTTCAACTCATTGAAATCAAAAGCTAGA
TTAACTGGTGTTGTTGAATTGGTCATTAGTGGTGGTATTTATAAAGTTAGAGTTAATGAA
GAACCATACTCCATTCTTGTTCTTTTAAGCGGTGTCAGATGCTTACCTCCTGATAGTAAT
ATTCCCGAATACACCACCTGGTCAAGCAAAGCATTAGATTTTGCTAAAAATAATCTACTT
TAGAGAGATGTTGAAATCCAATTAGAACGTATGGATAACAAGGGTAAGTTCCATGCTACT
GTTTTAGTGAATAAGTAAAATTATGCAAGCTAGCTCTTATCTTAAGGACTTTGCTTTACT
TTTGGTAAGGCTAAACATACTACCGAATATGAAGCTATTGAAAAGGAAGTATAAGCAGCC
AAGAAAGGATTATTCGGTTCAAATAAAATAAATATTGAAAGTTTACGTGGTTAAAATTTT
GATGTAGATTAAAAAAATGTTAAAGCTATTTCAGGTAGCATTTAAGCCAAGTTAAGCGAA
TTAATTAACACTGATGAATTCTATATCCAAGAAAATTCTCGTATTGCTGTTTTAGATAAG
ATGGAAAAGGAACTCGATGATTTTGACTTAGAAGCTTATCCTAAACTTTAATAACCTGTT
TAGCCTGGTACACCTTGTGTAGCTCTTTTCAGTGGAGACAATAATTATTATAGAGGTAAA
ATAGTTAAGAAGCGTAATGATAATAAATACGAAGTATTTTTCATTGATTACGGCTTCTAC
GATAGTGTTCATATTGATGATATGTGCAAATTACCTGAAAAATGGGCTCCTATTCAACCA
TTTGCTATCAAGCTCGGATTAGCTTACTGCGTTGGTTTACACGATAAGCATCCCTTGGCA
GTAGAAAGTGATGAAACATTCAAAGAGTTAGCTTGGGGCAAAAAAATCCACTTATCTTAC
AAATACGAAGACAACGGCGTAAAATATGTTATTGTATAAGATGCAGCTAATACTCCCTTG
AACTAAACCATCAACTTCCAACTTCTTAAAAAGGGTTTGGTTAGATTAGATGAAGGAGTA
GCCCTCCCTGAAGAACTTCAAGCTTGGTAAGAAGAATAAGATTTCGCTAAAGAAAAGAAA
ATCGGTCTTTGGGCTTATGATGAATAAGAAAATGATGATTGA

>TTHERM_00600110(gene)
TATTAAAGATAGAAGAATTTTAAATAAAGTATATAAGACAATAGTGCTATTAAATAGCAA
CAACTCAATCTTATCAAAACTTAATTTCAAAGAAAAATATAAAAAATTTGAAAATTATTG
ATAAAAAAGCACTTCAAAAAAAAGAAGATAAGCAAGAAATAACATTAAAATAAATGGCTG
CCCAAAAGGATTTAAAGAAGGATAAAAAAGACATTAAGCTTCAAAATATCGAATTTGTTG
GTATAGTTAGAGAAGTTCACTCTGGTGATTCTCTCACAATCTAATCAACTAAAACTAATA
ACATCGCCAGATTTTTCTTGACTCACGTCAGAGCTCCTAAGGTTGGAACCAATGATACAC
AAGATAAACCTTATGCTTTTGAATCTAAAGAATTCCTTCGTAAGAAACTCATAGGTCAAT
AAGTAGAAGTAAAATTTGAATATGAAAAAACTGTTAAAGTCGCCAAATCTTGGGAAGATG
ACAGTGAAGCTACTGAAAAACAAATGAACTTCTGTACTGTGTTCTACTAAGGCTAAAATA
TTAATCTCTAATTAATCCAAGAAGGTTATGCTGAGTTCAATTTCGCCAGAACAGAAGAAG
AAAAATCATAATATCACGATGAATTGAAGACTGCTTCTGAAGAAGCTGCTAAGAAAAAGA
AGGGTCTCCACTCTACCAAAAATATCCCTCTCCACAGATTCAATGATATTTCTCGTTTGA
AAAATAAGCCTAAACTTCTTGAGCACTTCAACTCATTGAAATCAAAAGCTAGATTAACTG
GTGTTGTTGAATTGGTCATTAGTGGTGGTATTTATAAAGTTAGAGTTAATGAAGAACCAT
ACTCCATTCTTGTTCTTTTAAGCGGTGTCAGATGCTTACCTCCTGATAGTAATATTCCCG
AATACACCACCTGGTCAAGCAAAGCATTAGATTTTGCTAAAAATAATCTACTTTAGAGAG
ATGTTGAAATCCAATTAGAACGTATGGATAACAAGGGTAAGTTCCATGCTACTGTTTTAG
TGAATAAGTAAAATTATGCAAGCTAGCTCTTATCTTAAGGACTTTGCTTTACTTTTGGTA
AGGCTAAACATACTACCGAATATGAAGCTATTGAAAAGGAAGTATAAGCAGCCAAGAAAG
GATTATTCGGTTCAAATAAAATAAATATTGAAAGTTTACGTGGTTAAAATTTTGATGTAG
ATTAAAAAAATGTTAAAGCTATTTCAGGTAGCATTTAAGCCAAGTTAAGCGAATTAATTA
ACACTGATGAATTCTATATCCAAGAAAATTCTCGTATTGCTGTTTTAGATAAGATGGAAA
AGGAACTCGATGATTTTGACTTAGAAGCTTATCCTAAACTTTAATAACCTGTTTAGCCTG
GTACACCTTGTGTAGCTCTTTTCAGTGGAGACAATAATTATTATAGAGGTAAAATAGTTA
AGAAGCGTAATGATAATAAATACGAAGTATTTTTCATTGATTACGGCTTCTACGATAGTG
TTCATATTGATGATATGTGCAAATTACCTGAAAAATGGGCTCCTATTCAACCATTTGCTA
TCAAGCTCGGATTAGCTTACTGCGTTGGTTTACACGATAAGCATCCCTTGGCAGTAGAAA
GTGATGAAACATTCAAAGAGTTAGCTTGGGGCAAAAAAATCCACTTATCTTACAAATACG
AAGACAACGGCGTAAAATATGTTATTGTATAAGATGCAGCTAATACTCCCTTGAACTAAA
CCATCAACTTCCAACTTCTTAAAAAGGGTTTGGTTAGATTAGATGAAGGAGTAGCCCTCC
CTGAAGAACTTCAAGCTTGGTAAGAAGAATAAGATTTCGCTAAAGAAAAGAAAATCGGTC
TTTGGGCTTATGATGAATAAGAAAATGATGATTGAAGAGATGATAATTGAAATCTGATTA
GTTTTTTAGTTAATTTTAATATAATAAAAATTAACAAAATATTTATATTTAAAAAACATA
AAATATAAACTATTAAAAAATAAATAACAGCAACATTTTTATAATTACTTTATTTTTATA
AAACCATAAAATAAAATAAATTAAAT

>TTHERM_00600110(protein)
MAAQKDLKKDKKDIKLQNIEFVGIVREVHSGDSLTIQSTKTNNIARFFLTHVRAPKVGTN
DTQDKPYAFESKEFLRKKLIGQQVEVKFEYEKTVKVAKSWEDDSEATEKQMNFCTVFYQG
QNINLQLIQEGYAEFNFARTEEEKSQYHDELKTASEEAAKKKKGLHSTKNIPLHRFNDIS
RLKNKPKLLEHFNSLKSKARLTGVVELVISGGIYKVRVNEEPYSILVLLSGVRCLPPDSN
IPEYTTWSSKALDFAKNNLLQRDVEIQLERMDNKGKFHATVLVNKQNYASQLLSQGLCFT
FGKAKHTTEYEAIEKEVQAAKKGLFGSNKINIESLRGQNFDVDQKNVKAISGSIQAKLSE
LINTDEFYIQENSRIAVLDKMEKELDDFDLEAYPKLQQPVQPGTPCVALFSGDNNYYRGK
IVKKRNDNKYEVFFIDYGFYDSVHIDDMCKLPEKWAPIQPFAIKLGLAYCVGLHDKHPLA
VESDETFKELAWGKKIHLSYKYEDNGVKYVIVQDAANTPLNQTINFQLLKKGLVRLDEGV
ALPEELQAWQEEQDFAKEKKIGLWAYDEQENDD