Identifiers and Description

Gene Model Identifier

TTHERM_01008650

Standard Name

ATR1 (ATR ortholog 1)

Aliases

PreTt29569 | 194.m00025

Description

ATR1 phosphatidylinositol 3-kinase; Phosphatidylinositol 3, and 4-kinase family protein PIKK family protein; DNA Damage Response and Repair Kinase

Genome Browser (Macronucleus)

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Genome Browser (Micronucleus)

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External Links

Gene Ontology Annotations

Biological Process

Domains

  • ( PF00454 ) Phosphatidylinositol 3- and 4-kinase

Gene Expression Profile

Vegetative Cell Cycle (Zhang et al., 2023)

GeneMania

Tetrahymena Stock Center

No Data fetched for Tetrahymena Stock Center

Homologs

No Data fetched for Homologs

General Information

No. Gene Name(s) Paragraph Text
2286 ATR1 Gene Information: The phosphatidylinositol 3-kinase (PI3K)-related sensor kinase ATR is a key player in the signaling of induced DNA damage and self-inflicted DNA cuts in vegetative and meiotic cells (Richardson et al., 2004; Bassing and Alt, 2004; Hunter, 2008). In higher eukaryotes ATR is recruited by the MRX/MRN complex and possibly other unknown factors to the sites of damage and phosphorylates a host of target proteins to arrest replication forks and prevent new origins from firing. (Kurz and Lees-Miller, 2004). TTHERM_01008650 BLAST against human ATR1 NP_001175.2 e value : 6.0 e-5. Reverse BLAST of human ATR1 (NP_001175.2) against TTHERM_01008650 e value : 3e-48
2287 ATR1 Nucleic Acid Interactions: Involved in ssDNA binding at rDNA origin and promoter. Sensing and repair mechanisms unknown.
2224 ATR1 Knockout prevents SPO11-dependent elongation of meiotic nuclei. Involved in the signaling of meiotic DSBs and other DNA damage.
2288 ATR1 Protein Interaction Partners: Not determined
2289 ATR1 Biochemical Activities: Ability to arrest cell cycle is inhibited by caffeine.
2290 ATR1 Regulation & Expression: Activated / Induced by DNA damage

Associated Literature

  1. Ref:19297526: Loidl J, Mochizuki K (2009) Tetrahymena meiotic nuclear reorganization is induced by a checkpoint kinase-dependent response to DNA damage. Molecular biology of the cell 20(9):2428-37
  2. Ref:16933976: Eisen JA, Coyne RS, Wu M, Wu D, Thiagarajan M, Wortman JR, Badger JH, Ren Q, Amedeo P, Jones KM, Tallon LJ, Delcher AL, Salzberg SL, Silva JC, Haas BJ, Majoros WH, Farzad M, Carlton JM, Smith RK, Garg J, Pearlman RE, Karrer KM, Sun L, Manning G, Elde NC, Turkewitz AP, Asai DJ, Wilkes DE, Wang Y, Cai H, Collins K, Stewart BA, Lee SR, Wilamowska K, Weinberg Z, Ruzzo WL, Wloga D, Gaertig J, Frankel J, Tsao CC, Gorovsky MA, Keeling PJ, Waller RF, Patron NJ, Cherry JM, Stover NA,
  3. Ref:17005912: Yakisich JS, Sandoval PY, Morrison TL, Kapler GM (2006) TIF1 activates the intra-S-phase checkpoint response in the diploid micronucleus and amitotic polyploid macronucleus of Tetrahymena. Molecular biology of the cell 17(12):5185-97

Sequences 

>TTHERM_01008650(coding)
ATGGATATAATTAAAAGATTAAAAAGCAAGGAGGCTAAGGCATCTTAGTAAAACTTCGAA
CAAGCCAATAGATTAAACAGTATAGAATAGTCGAATTAGAAGAACAGAGTTTAAGCTAAG
TAGGAAGGAATATAAGGTTCTGGATTTCTATAAGTTCAATAAAGTTTAAGTGTAAATAGA
CCTAGTTCTAGCAATAATTTGATGGATTAGACTGCATAAATACATATTTAGAAGTAGGAT
TCTAATAGTGCAAAATCAAGCAAAAGTTCTATTTCATATAATAGTGAAACTAATTATTTA
AAAATGAATGCTCAACCTTCAAACATAAAAGAGAGAGTAGAACAAATTACTGAAGAGCCA
GTTGATGAACACTTAGATTTTAAGTATTAGAAGCTGCTTGATGTGATAAAAGGGAGTGGA
GACAAAAATAATTTGGGATTTTTGTAATAAAAAATTGATTATTTAACAATGATAAGTAAC
AGACTGTAGATTAGTCTCTTTGACTTGCTGAATTTGCTTCCAAGCAAGTACCTTGCGTAA
TTGTTTTAAGATTATAAGCAATAAGAGAATGTGATGGTGAACATCATTTTAGCATCTGTT
AGTGGATTATCTTAGCCAAATAAAATATTCGAAGATATAAAAATTGATTTAGGTGATAAA
TTCGATTACGAAAATTAATATCTCAAAGCACACTGTTAAAATTATGAGGACTGTTTGAAT
TAAGATGAGTAAGAGCAGTAATCGCTTGAGGACGACGAAGAATTAGAAGAGCTGACTCCT
TAAATTAAAACAAGAATTTTCTTTAGTAGATATATAATTCCGCTTGTTTTACACTAGCTG
ATTGATTTTAAGCAAGATCCTTCGATCCAAATGAGCAGCATTCTAGGTAGACTAGAAGAT
ATCTATGGCATGCAACAATCTCAAGCATAACTTGGGAGTGCATAAAACATAAACACATAA
GATTCGGGTGGCAGTCTCTCTCAAAACTCAAATGCATCTTAAAATCTTTTCATCCAAAAA
GTTTATATAACAAATCTAAGAGAGTTTTATAGATCATTGAAGTTTTTCATGGAGAAAATA
TATAGAAAAAACAATGATAAAGCTCAATATGTTTTATCTTACTTGTAAAAAATATGCAAA
AACGAAAGAGACTATGAGCTAGATTAAACACTTTTTAGCTATGAAGATTTAAAAAGAGAT
AGAATTGTACTTTACAGATTAGCTATGAGTGGTACTAAAAAATTACTATTTAACTACCTG
TAAGACAAATAAATTCTAACCAAGTATGCTGGAAACTGTATTTTTGACTTCAAGAAAAAG
GAGATATTTTTGGATTATTACAAGAGATTCATCACACCTGCAGAAGCTTCCCTTTCTAAT
GGAATGGATGATACTGTATTTAGAATATCAGCAAATTTGGAAAATTACTGTAGAGCTCTT
CAAACTAGCTAGCATAAAATATGCGCTTTAAGAAATGCAATTGCTTTAATAAGGTTTTTA
ACTCCTTTTTTGGAGACATTTTCTTCATAATTTAATTAATCTGCCACAAATAAATACTTG
ATTAAAGCTGCATGTTGGAGAATTGTTAGATTTATTTTGTTTGTTCATGATGGAAGCATT
TCATATGTTGCTTTGGTATTTCTTATTTTTTGTTTTGAACTACTTTTCAGTGAAAGAAGT
CTTTTGAATTAAGAGCATGAGAGATTCTTACATCTTCTACTCGCATTTTTGCATGTATAT
AGAAACAGAGAGGATGCTTTGTTCAAATATTCGTAGTAAGTTGCTACAAGGATCATAATG
AAACTAATTAAAAAGATAAATTATAACAGTTCAGGTGACTCCTCTTCTTTGTCTTCATCC
AGAAAGAAAATAAATATTCAAACTTCGTCTAAAAGCAGCAGCAATTCTACTAATAACTCT
GATCTAGACTAAAGTCATCAAATGAAAGACTACTGGTTTTTAAATTACAACTATCATAGT
TTGGATGAAAAGTTTTAGAAATATTTCGCTTACATTTCACAAAAAGACATTTATAGCAAA
TATAATTATATAGAAAAAGAACTTAAATAAATCCAAGAATAACCACTTATCGATGAATAA
GTTATTTTAATCTTATCGTATTTAAAGAATTTGCTGCAGGAGCCTTAAGATTTTACTCAA
ATTAAAATTTCAAAAAGTATGTAAGAAGAACTAAAAAGTAAAAACTTAAATGAGATACAA
TTGAAAAAAGAAAAAGAAAAGCTTTCATTGATTCACTTGTAAAAGATTAAAGAAAAGAAA
AATGCAATTTATTTACAGTTGCTCAATTTGCCAAAGCTTTCTGATAATAAAAAGATTCTT
GCAAAGAATAGTCACTCAATGAATGCTCTTGTAAAAATAAAGTAGGAGCTATTAGTGGAT
TGTCTTGGCTTAATTGGGCCAGTATAACAGCATGACTTTCAGGAGAATTACTAAGATATC
CTCCCAATCAACCTCACACCTGCTGATCTAAAAGAAAAAATAAAATCATTTTTAAATGTC
AATATCTTTAACACAGACATACCTCTAGTTTCTCTCTGTATTTGCAAAGAGTACGTAGAA
AATAAATTCACAGGCAAAAGAAAAAAACTAAATGAGAGAATTTAAAATAGCTTTTTGAGT
GCAAACGAAGCAAGTAAATCTCAAGATGATATGGAAGAAAGATCTAACATGCTGAATGCA
TCTTTTAGCTCAAGAGGAATAAATGAAAATACAAATGGAAATGCTACTAATTTAGATCAC
AGTATTATTCACCAATAAAAGCAATAGTTTAATCTTATGCAATGGCTAGCAGAGCTGATT
ATGAAGATGAAAAAGTAGGATGAAACCATTAAAATTATTGAGGGATGCATGGAACTAATG
GCAAACAGTGACTTAGGAGAGTTTTTAACTCCTTATATAATCTTCAAATATATCAATAGC
ACAGAAAATAGTCATTTAGAAATTATCCCAGTTATAAACAAGATATTAGAAGAAGGCCAT
CACAATCACAAGTTAATTATAACCAAAACACTCATCAACTTAGACACTTGGTTCAGGTAA
GAGCTCAAATAGGAAAAATAATAAAATTATGACCCTTTCAGACCACAAAGTATTATGCAT
TCAGAATCTCCAAAAAATAGATTTATAAGAAATTTTGCATTCATAAAGAGAGGTATTTCT
ACATAGGTGTATTGCAAAACGTTAGTTGAAATGAGTGAGCATAAAGGTGCTATTTAACTG
CTTGAATAAGAACTAGAATAATAAGATATATAATTATTGAACCTCACTGACGCTTAGGAG
ATCAAGAATATAAAAAAGCTTAGAACACATTACATTTATCAATTATATAATATTTATAAA
GAAGTGAATGAAGATTATAAAAATATTGATGTAGTTGAAATGATGAGAAAATTAGATTTA
GATGAAACAGAAATCAAGAAATACCAAGATATTAATTTAAAGCAGAAAAATGATGGTTTA
TGCCCAGAAATATACGAAGATATTGTGGATAGAAATTTTAGAGATGAAGAATCCTAATAA
AAATTAATTAATTTGCTTTCCAAAAGCATTCCAGATTTTGCATCTTAGAATTAAGATTTT
GCATTTTAGAAATATTTGAGAAGCATCTGCTGGGGATTTTAAAAGATATTGAACTATGAA
AAAAATAACAGCTTTGACAATATGTTTTAGTAATTAAAATCTGCAATTCAAAAATTGAAA
TATGCTTTCAGTTTACAATTAGTTAACGCAAAATGTTGTTATGACAGTAAATTTTCGGTA
TTAGTAAAGATTTAGGTGCTTTTAAATGTTGAAACAATGCTAAAAATATAAAAATTTTAA
AAAGACTACTCAAAGTTGGCTAAAAATGGAGATATTATTTTCGATTAGACTTCTTTCTCT
TTTGATGAATCTTAACCAGATTATCTTCTCAAATTAACTGTTAAATCTAATTCCCAAGGA
TTTCCAAACAATAATACTTCCTCTTTAGGTGGTAGTCGTATTACATACAACTAAATAATA
AACTAGTATTCTGTTTTTAACTTAATTCAAGCTCTGTAATAGACTTCTAAGTTGTTACTC
AGTTATGATTAAGAGTGCTATTTAAGAATAGTTTACAATTATTTAATATGCGTCCTATAC
AACTAATGCAAAGAATACAGAAAAATTTACATAAATTCTTTGTTTAGACTCTCCAAATAC
TACTATAAAAAAGAAAAATACTCTGATGCTTTAACTATTTTGAAGAGAGCTAAATAGGTT
TGGAAGGAAAAAAAAGATTCATTTTCTTCTTAGGAAATATACACTCTTTAGGCAAAGATT
GAAAAGAAACTGGGAAATATAAAGAAAGCTATTCATAAGCTATAAAAATTTGATGGAATT
GATTTTAAAATAAAGAAAGTTACTTATAAATATCAACATAATTTCTAGATTTTCTCTGAG
TCTTTAATCCACAGCGAGTTTATTAAGTTAGTTCAGTAAAATTCTGAAAGTGAGAAATTG
TGTTTCAAGTATGCAAAGTTTATAGATGAAAATGAATTAATATCAGACAACCCTAATGAC
AAAGAGATTGACCAAAAAATAAAAGCTATTTAGCTCTATCTCTTAGCAGCATCAAATGGA
CATTAATACATTCATCAGTCTCTTCCAAGAGCAATACGCTTGCTAGTAGAACTTTTTTAG
GATGTGGCAAATTTGTAAACTAAAAAAGCTCAGCTTGTCAAGCAAAAATTTGACAAAAAT
TTCTTATAAATATCCGAAACTTGCAATAAAATAGAAACCTTCAAATTAACCAGTGTTGTC
AATCAGCTAACCTCGCATATCACAATACCTTATTAGTAGTGTGCTAATTTATTTATTGAT
CTCCTGGCAAAAGTAGGTGCTGAATATCCTGACTAAAGTGTCTGGTGGTTATTACCTCTT
AAATACATGTACTAAATGATTAGCAATTAAAGCTCTGTGCAAAAGGATGAATATACTGAA
TAAAGAGCTTCTGCTATTCTTAAAAAGATTAATGAAATAAATCCATCAAGTTATGAACAA
ATAAATAGAGTTTCTAACTTCTACTACAATTTATTAAATTTTGCAATTAAAGCGCCAGAC
GGATCTAGTACTACTATGAAAATCGAAAACTACTTGGTAAAATCACTGGCTAACCTGAGA
CTGATTCTTCCCAAAAAGGAATACATTTTCCCAAAGATGCCATAAAGCAGAAATGTAGAA
CCTAATTATAATCCTTACCATAATAATCCAGTATACATGGAAAAGTTTGATGATGTTGTC
AGAATTATGAGCTCCAAACAAAAACCAAAACTCTTAACTGTTTAATGTTCTGATGGAACT
AAAAAGAAATTTTTAATCAAATCTCAAACTCAAAGTGAAAATGTCTACGAGCAGAGAACA
AGTGAGTTGATTTCATTCTTGAACCTTATTCTTTACAAAGAATAACTTGGATTTTATGAA
ATGCCTTCTTATACAATTCTAAGATTAAACAGCTAAAGCTGCATTGTAGAATGGGTTGAT
GATACACTAACTTTAAAGACGATTTTAGATTAGCTGTGGTAAGAGAAGAAGCAAAAGAGC
TAGTTCTATTAATTAAAACTAGACTCAGATAAATTAAGCAGAGAAGAATGGAATAAACAA
AAGAGCCTTCCTTCTGTATTTTAAGACTTCTTCAACTAACGATTCCTTGATTCTTAATAA
TGGTACACAGCAAAAGAAAACTACTTGAGGACTTATGCATCATGGTGCATATTAGGCTAT
CTTATTGGACTTGGAGATAGACACACTGATAATATATTAATTAAAAAAATTAATGGTGAA
ATAGTCCATATTGACTACGCTCTTATCTTTGGTTCAGGTAAATAGCTTAATGTTCCAGAA
ACTATTCCATTTAGATTAACAAAAAATATGGAATTTGCTTTGGGTTCTTTCAAGTCTTAT
GGTCTCTTTAGAAAAGCCATGATAGACATTTGTATGTGTTTCTCAAAACATTTGGATGAT
ATCATTGGCTTTTGGGATTGCTTTACCAACGAACTAGAGGGATGTAAAAAAACAAACTTT
AACCAGCTATGCAATCAAATTAAGAATAGAATTAAAATGACTAACTTTAAATCAACTGAA
GAAGGCATAGACAGTCTTATTTAGATCTCTAAAGACGATTATTGTCTAAGAGACATGTTC
AAAGGCTGGTGGCCTCATGCATGA



>TTHERM_01008650(gene)
AATGTTGAATTAAAACATTAAATAAGAGGAAAAGGTATCAATCAATTTTAATTAATAAAA
ACAAAGGGGATTGAGTGATAATAAATTAGATGCAAACAAAAATTATTAATAACAAGGATT
ATTCAATCATTTAATTCGTATATTTTCTTCATAGTAAAATAGGATTAATTAAAAGATTGT
TATTGGTTTATCAAAAGATTTGTAAATAAATACACTTATTTATTTAATTTGCTTGATTTA
AATTTGCTATGGATATAATTAAAAGATTAAAAAGCAAGGAGGCTAAGGCATCTTAGTAAA
ACTTCGAACAAGCCAATAGATTAAACAGTATAGAATAGTCGAATTAGAAGAACAGAGTTT
AAGCTAAGTAGGAAGGAATATAAGGTTCTGGATTTCTATAAGTTCAATAAAGTTTAAGTG
TAAATAGACCTAGTTCTAGCAATAATTTGATGGATTAGACTGCATAAATACATATTTAGA
AGTAGGATTCTAATAGTGCAAAATCAAGCAAAAGTTCTATTTCATATAATAGTGAAACTA
ATTATTTAAAAATGAATGCTCAACCTTCAAACATAAAAGAGAGAGTAGAACAAATTACTG
AAGAGCCAGTTGATGAACACTTAGATTTTAAGTATTAGAAGCTGCTTGATGTGATAAAAG
GGAGTGGAGACAAAAATAATTTGGGATTTTTGTAATAAAAAATTGATTATTTAACAATGA
TAAGTAACAGACTGTAGATTAGTCTCTTTGACTTGCTGAATTTGCTTCCAAGCAAGTACC
TTGCGTAATTGTTTTAAGATTATAAGCAATAAGAGAATGTGATGGTGAACATCATTTTAG
CATCTGTTAGTGGATTATCTTAGCCAAATAAAATATTCGAAGATATAAAAATTGATTTAG
GTGATAAATTCGATTACGAAAATTAATATCTCAAAGCACACTGTTAAAATTATGAGGACT
GTTTGAATTAAGATGAGTAAGAGCAGTAATCGCTTGAGGACGACGAAGAATTAGAAGAGC
TGACTCCTTAAATTAAAACAAGAATTTTCTTTAGTAGATATATAATTCCGCTTGTTTTAC
ACTAGCTGATTGATTTTAAGCAAGATCCTTCGATCCAAATGAGCAGCATTCTAGGTAGAC
TAGAAGATATCTATGGCATGCAACAATCTCAAGCATAACTTGGGAGTGCATAAAACATAA
ACACATAAGATTCGGGTGGCAGTCTCTCTCAAAACTCAAATGCATCTTAAAATCTTTTCA
TCCAAAAAGTTTATATAACAAATCTAAGAGAGTTTTATAGATCATTGAAGTTTTTCATGG
AGAAAATATATAGAAAAAACAATGATAAAGCTCAATATGTTTTATCTTACTTGTAAAAAA
TATGCAAAAACGAAAGAGACTATGAGCTAGATTAAACACTTTTTAGCTATGAAGATTTAA
AAAGAGATAGAATTGTACTTTACAGATTAGCTATGAGTGGTACTAAAAAATTACTATTTA
ACTACCTGTAAGACAAATAAATTCTAACCAAGTATGCTGGAAACTGTATTTTTGACTTCA
AGAAAAAGGAGATATTTTTGGATTATTACAAGAGATTCATCACACCTGCAGAAGCTTCCC
TTTCTAATGGAATGGATGATACTGTATTTAGAATATCAGCAAATTTGGAAAATTACTGTA
GAGCTCTTCAAACTAGCTAGCATAAAATATGCGCTTTAAGAAATGCAATTGCTTTAATAA
GGTTTTTAACTCCTTTTTTGGAGACATTTTCTTCATAATTTAATTAATCTGCCACAAATA
AATACTTGATTAAAGCTGCATGTTGGAGAATTGTTAGATTTATTTTGTTTGTTCATGATG
GAAGCATTTCATATGTTGCTTTGGTATTTCTTATTTTTTGTTTTGAACTACTTTTCAGTG
AAAGAAGTCTTTTGAATTAAGAGCATGAGAGATTCTTACATCTTCTACTCGCATTTTTGC
ATGTATATAGAAACAGAGAGGATGCTTTGTTCAAATATTCGTAGTAAGTTGCTACAAGGA
TCATAATGAAACTAATTAAAAAGATAAATTATAACAGTTCAGGTGACTCCTCTTCTTTGT
CTTCATCCAGAAAGAAAATAAATATTCAAACTTCGTCTAAAAGCAGCAGCAATTCTACTA
ATAACTCTGATCTAGACTAAAGTCATCAAATGAAAGACTACTGGTTTTTAAATTACAACT
ATCATAGTTTGGATGAAAAGTTTTAGAAATATTTCGCTTACATTTCACAAAAAGACATTT
ATAGCAAATATAATTATATAGAAAAAGAACTTAAATAAATCCAAGAATAACCACTTATCG
ATGAATAAGTTATTTTAATCTTATCGTATTTAAAGAATTTGCTGCAGGAGCCTTAAGATT
TTACTCAAATTAAAATTTCAAAAAGTATGTAAGAAGAACTAAAAAGTAAAAACTTAAATG
AGATACAATTGAAAAAAGAAAAAGAAAAGCTTTCATTGATTCACTTGTAAAAGATTAAAG
AAAAGAAAAATGCAATTTATTTACAGTTGCTCAATTTGCCAAAGCTTTCTGATAATAAAA
AGATTCTTGCAAAGAATAGTCACTCAATGAATGCTCTTGTAAAAATAAAGTAGGAGCTAT
TAGTGGATTGTCTTGGCTTAATTGGGCCAGTATAACAGCATGACTTTCAGGAGAATTACT
AAGATATCCTCCCAATCAACCTCACACCTGCTGATCTAAAAGAAAAAATAAAATCATTTT
TAAATGTCAATATCTTTAACACAGACATACCTCTAGTTTCTCTCTGTATTTGCAAAGAGT
ACGTAGAAAATAAATTCACAGGCAAAAGAAAAAAACTAAATGAGAGAATTTAAAATAGCT
TTTTGAGTGCAAACGAAGCAAGTAAATCTCAAGATGATATGGAAGAAAGATCTAACATGC
TGAATGCATCTTTTAGCTCAAGAGGAATAAATGAAAATACAAATGGAAATGCTACTAATT
TAGATCACAGTATTATTCACCAATAAAAGCAATAGTTTAATCTTATGCAATGGCTAGCAG
AGCTGATTATGAAGATGAAAAAGTAGGATGAAACCATTAAAATTATTGAGGGATGCATGG
AACTAATGGCAAACAGTGACTTAGGAGAGTTTTTAACTCCTTATATAATCTTCAAATATA
TCAATAGCACAGAAAATAGTCATTTAGAAATTATCCCAGTTATAAACAAGATATTAGAAG
AAGGCCATCACAATCACAAGTTAATTATAACCAAAACACTCATCAACTTAGACACTTGGT
TCAGGTAAGAGCTCAAATAGGAAAAATAATAAAATTATGACCCTTTCAGACCACAAAGTA
TTATGCATTCAGAATCTCCAAAAAATAGATTTATAAGAAATTTTGCATTCATAAAGAGAG
GTATTTCTACATAGGTGTATTGCAAAACGTTAGTTGAAATGAGTGAGCATAAAGGTGCTA
TTTAACTGCTTGAATAAGAACTAGAATAATAAGATATATAATTATTGAACCTCACTGACG
CTTAGGAGATCAAGAATATAAAAAAGCTTAGAACACATTACATTTATCAATTATATAATA
TTTATAAAGAAGTGAATGAAGATTATAAAAATATTGATGTAGTTGAAATGATGAGAAAAT
TAGATTTAGATGAAACAGAAATCAAGAAATACCAAGATATTAATTTAAAGCAGAAAAATG
ATGGTTTATGCCCAGAAATATACGAAGATATTGTGGATAGAAATTTTAGAGATGAAGAAT
CCTAATAAAAATTAATTAATTTGCTTTCCAAAAGCATTCCAGATTTTGCATCTTAGAATT
AAGATTTTGCATTTTAGAAATATTTGAGAAGCATCTGCTGGGGATTTTAAAAGATATTGA
ACTATGAAAAAAATAACAGCTTTGACAATATGTTTTAGTAATTAAAATCTGCAATTCAAA
AATTGAAATATGCTTTCAGTTTACAATTAGTTAACGCAAAATGTTGTTATGACAGTAAAT
TTTCGGTATTAGTAAAGATTTAGGTGCTTTTAAATGTTGAAACAATGCTAAAAATATAAA
AATTTTAAAAAGACTACTCAAAGTTGGCTAAAAATGGAGATATTATTTTCGATTAGACTT
CTTTCTCTTTTGATGAATCTTAACCAGATTATCTTCTCAAATTAACTGTTAAATCTAATT
CCCAAGGATTTCCAAACAATAATACTTCCTCTTTAGGTGGTAGTCGTATTACATACAACT
AAATAATAAACTAGTATTCTGTTTTTAACTTAATTCAAGCTCTGTAATAGACTTCTAAGT
TGTTACTCAGTTATGATTAAGAGTGCTATTTAAGAATAGTTTACAATTATTTAATATGCG
TCCTATACAACTAATGCAAAGAATACAGAAAAATTTACATAAATTCTTTGTTTAGACTCT
CCAAATACTACTATAAAAAAGAAAAATACTCTGATGCTTTAACTATTTTGAAGAGAGCTA
AATAGGTTTGGAAGGAAAAAAAAGATTCATTTTCTTCTTAGGAAATATACACTCTTTAGG
CAAAGATTGAAAAGAAACTGGGAAATATAAAGAAAGCTATTCATAAGCTATAAAAATTTG
ATGGAATTGATTTTAAAATAAAGAAAGTTACTTATAAATATCAACATAATTTCTAGATTT
TCTCTGAGTCTTTAATCCACAGCGAGTTTATTAAGTTAGTTCAGTAAAATTCTGAAAGTG
AGAAATTGTGTTTCAAGTATGCAAAGTTTATAGATGAAAATGAATTAATATCAGACAACC
CTAATGACAAAGAGATTGACCAAAAAATAAAAGCTATTTAGCTCTATCTCTTAGCAGCAT
CAAATGGACATTAATACATTCATCAGTCTCTTCCAAGAGCAATACGCTTGCTAGTAGAAC
TTTTTTAGGATGTGGCAAATTTGTAAACTAAAAAAGCTCAGCTTGTCAAGCAAAAATTTG
ACAAAAATTTCTTATAAATATCCGAAACTTGCAATAAAATAGAAACCTTCAAATTAACCA
GTGTTGTCAATCAGCTAACCTCGCATATCACAATACCTTATTAGTAGTGTGCTAATTTAT
TTATTGATCTCCTGGCAAAAGTAGGTGCTGAATATCCTGACTAAAGTGTCTGGTGGTTAT
TACCTCTTAAATACATGTACTAAATGATTAGCAATTAAAGCTCTGTGCAAAAGGATGAAT
ATACTGAATAAAGAGCTTCTGCTATTCTTAAAAAGATTAATGAAATAAATCCATCAAGTT
ATGAACAAATAAATAGAGTTTCTAACTTCTACTACAATTTATTAAATTTTGCAATTAAAG
CGCCAGACGGATCTAGTACTACTATGAAAATCGAAAACTACTTGGTAAAATCACTGGCTA
ACCTGAGACTGATTCTTCCCAAAAAGGAATACATTTTCCCAAAGATGCCATAAAGCAGAA
ATGTAGAACCTAATTATAATCCTTACCATAATAATCCAGTATACATGGAAAAGTTTGATG
ATGTTGTCAGAATTATGAGCTCCAAACAAAAACCAAAACTCTTAACTGTTTAATGTTCTG
ATGGAACTAAAAAGAAATTTTTAATCAAATCTCAAACTCAAAGTGAAAATGTCTACGAGC
AGAGAACAAGTGAGTTGATTTCATTCTTGAACCTTATTCTTTACAAAGAATAACTTGGAT
TTTATGAAATGCCTTCTTATACAATTCTAAGATTAAACAGCTAAAGCTGCATTGTAGAAT
GGGTTGATGATACACTAACTTTAAAGACGATTTTAGATTAGCTGTGGTAAGAGAAGAAGC
AAAAGAGCTAGTTCTATTAATTAAAACTAGACTCAGATAAATTAAGCAGAGAAGAATGGA
ATAAACAAAAGAGCCTTCCTTCTGTATTTTAAGACTTCTTCAACTAACGATTCCTTGATT
CTTAATAATGGTACACAGCAAAAGAAAACTACTTGAGGACTTATGCATCATGGTGCATAT
TAGGCTATCTTATTGGACTTGGAGATAGACACACTGATAATATATTAATTAAAAAAATTA
ATGGTGAAATAGTCCATATTGACTACGCTCTTATCTTTGGTTCAGGTAAATAGCTTAATG
TTCCAGAAACTATTCCATTTAGATTAACAAAAAATATGGAATTTGCTTTGGGTTCTTTCA
AGTCTTATGGTCTCTTTAGAAAAGCCATGATAGACATTTGTATGTGTTTCTCAAAACATT
TGGATGATATCATTGGCTTTTGGGATTGCTTTACCAACGAACTAGAGGGATGTAAAAAAA
CAAACTTTAACCAGCTATGCAATCAAATTAAGAATAGAATTAAAATGACTAACTTTAAAT
CAACTGAAGAAGGCATAGACAGTCTTATTTAGATCTCTAAAGACGATTATTGTCTAAGAG
ACATGTTCAAAGGCTGGTGGCCTCATGCATGATACTTATCAATCAGATACTAAAATGTTT
TTAGCCTTCTCATTTCATTATAAAAATAAATTAATTTCAATAAAATATATTTATAAATGG
CTTTTGCATTATTTTATGAATCATACAAATTATATACAAATTTATATATTTTTCATTTTT
TCTGTAAATAAAACTTATAAATAAGTAAATAAATCG



>TTHERM_01008650(protein)
MDIIKRLKSKEAKASQQNFEQANRLNSIEQSNQKNRVQAKQEGIQGSGFLQVQQSLSVNR
PSSSNNLMDQTAQIHIQKQDSNSAKSSKSSISYNSETNYLKMNAQPSNIKERVEQITEEP
VDEHLDFKYQKLLDVIKGSGDKNNLGFLQQKIDYLTMISNRLQISLFDLLNLLPSKYLAQ
LFQDYKQQENVMVNIILASVSGLSQPNKIFEDIKIDLGDKFDYENQYLKAHCQNYEDCLN
QDEQEQQSLEDDEELEELTPQIKTRIFFSRYIIPLVLHQLIDFKQDPSIQMSSILGRLED
IYGMQQSQAQLGSAQNINTQDSGGSLSQNSNASQNLFIQKVYITNLREFYRSLKFFMEKI
YRKNNDKAQYVLSYLQKICKNERDYELDQTLFSYEDLKRDRIVLYRLAMSGTKKLLFNYL
QDKQILTKYAGNCIFDFKKKEIFLDYYKRFITPAEASLSNGMDDTVFRISANLENYCRAL
QTSQHKICALRNAIALIRFLTPFLETFSSQFNQSATNKYLIKAACWRIVRFILFVHDGSI
SYVALVFLIFCFELLFSERSLLNQEHERFLHLLLAFLHVYRNREDALFKYSQQVATRIIM
KLIKKINYNSSGDSSSLSSSRKKINIQTSSKSSSNSTNNSDLDQSHQMKDYWFLNYNYHS
LDEKFQKYFAYISQKDIYSKYNYIEKELKQIQEQPLIDEQVILILSYLKNLLQEPQDFTQ
IKISKSMQEELKSKNLNEIQLKKEKEKLSLIHLQKIKEKKNAIYLQLLNLPKLSDNKKIL
AKNSHSMNALVKIKQELLVDCLGLIGPVQQHDFQENYQDILPINLTPADLKEKIKSFLNV
NIFNTDIPLVSLCICKEYVENKFTGKRKKLNERIQNSFLSANEASKSQDDMEERSNMLNA
SFSSRGINENTNGNATNLDHSIIHQQKQQFNLMQWLAELIMKMKKQDETIKIIEGCMELM
ANSDLGEFLTPYIIFKYINSTENSHLEIIPVINKILEEGHHNHKLIITKTLINLDTWFRQ
ELKQEKQQNYDPFRPQSIMHSESPKNRFIRNFAFIKRGISTQVYCKTLVEMSEHKGAIQL
LEQELEQQDIQLLNLTDAQEIKNIKKLRTHYIYQLYNIYKEVNEDYKNIDVVEMMRKLDL
DETEIKKYQDINLKQKNDGLCPEIYEDIVDRNFRDEESQQKLINLLSKSIPDFASQNQDF
AFQKYLRSICWGFQKILNYEKNNSFDNMFQQLKSAIQKLKYAFSLQLVNAKCCYDSKFSV
LVKIQVLLNVETMLKIQKFQKDYSKLAKNGDIIFDQTSFSFDESQPDYLLKLTVKSNSQG
FPNNNTSSLGGSRITYNQIINQYSVFNLIQALQQTSKLLLSYDQECYLRIVYNYLICVLY
NQCKEYRKIYINSLFRLSKYYYKKEKYSDALTILKRAKQVWKEKKDSFSSQEIYTLQAKI
EKKLGNIKKAIHKLQKFDGIDFKIKKVTYKYQHNFQIFSESLIHSEFIKLVQQNSESEKL
CFKYAKFIDENELISDNPNDKEIDQKIKAIQLYLLAASNGHQYIHQSLPRAIRLLVELFQ
DVANLQTKKAQLVKQKFDKNFLQISETCNKIETFKLTSVVNQLTSHITIPYQQCANLFID
LLAKVGAEYPDQSVWWLLPLKYMYQMISNQSSVQKDEYTEQRASAILKKINEINPSSYEQ
INRVSNFYYNLLNFAIKAPDGSSTTMKIENYLVKSLANLRLILPKKEYIFPKMPQSRNVE
PNYNPYHNNPVYMEKFDDVVRIMSSKQKPKLLTVQCSDGTKKKFLIKSQTQSENVYEQRT
SELISFLNLILYKEQLGFYEMPSYTILRLNSQSCIVEWVDDTLTLKTILDQLWQEKKQKS
QFYQLKLDSDKLSREEWNKQKSLPSVFQDFFNQRFLDSQQWYTAKENYLRTYASWCILGY
LIGLGDRHTDNILIKKINGEIVHIDYALIFGSGKQLNVPETIPFRLTKNMEFALGSFKSY
GLFRKAMIDICMCFSKHLDDIIGFWDCFTNELEGCKKTNFNQLCNQIKNRIKMTNFKSTE
EGIDSLIQISKDDYCLRDMFKGWWPHA