Identifiers and Description

Gene Model Identifier

TTHERM_00316189

Standard Name

DCR2 (DiCeR 2)

Aliases

3687.m01153

Description

DCR2 dicer-related RNase III protein Dcr2p putative; DCR2 type III restriction enzyme; Dicer-related RNase III protein; one of three Dicer-like proteins described in T. thermophila; Helicase, C-terminal domain-like

Genome Browser (Macronucleus)

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Genome Browser (Micronucleus)

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External Links

Gene Ontology Annotations

No Data fetched for Gene Ontology Annotations

Domains

  • ( PF00271 ) Helicase conserved C-terminal domain
  • ( PF00636 ) Ribonuclease III domain
  • ( PF03368 ) Dicer dimerisation domain
  • ( PF04851 ) Type III restriction enzyme, res subunit

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 Data fetched for General Information

Associated Literature

  1. Ref:22706992: Talsky KB, Collins K (2012) Strand-asymmetric endogenous Tetrahymena small RNA production requires a previously uncharacterized uridylyltransferase protein partner. RNA (New York, N.Y.) 18(8):1553-62
  2. Ref:20622019: Talsky KB, Collins K (2010) Initiation by a eukaryotic RNA-dependent RNA polymerase requires looping of the template end and is influenced by the template-tailing activity of an associated uridyltransferase. The Journal of biological chemistry 285(36):27614-23
  3. Ref:19451546: Lee SR, Talsky KB, Collins K (2009) A single RNA-dependent RNA polymerase assembles with mutually exclusive nucleotidyl transferase subunits to direct different pathways of small RNA biogenesis. RNA (New York, N.Y.) 15(7):1363-74
  4. Ref:17603500: Lee SR, Collins K (2007) Physical and functional coupling of RNA-dependent RNA polymerase and Dicer in the biogenesis of endogenous siRNAs. Nature structural & molecular biology 14(7):604-10
  5. Ref:15598983: Mochizuki K, Gorovsky MA (2005) A Dicer-like protein in Tetrahymena has distinct functions in genome rearrangement, chromosome segregation, and meiotic prophase. Genes & development 19(1):77-89
  6. Ref:16199890: Malone CD, Anderson AM, Motl JA, Rexer CH, Chalker DL (2005) Germ line transcripts are processed by a Dicer-like protein that is essential for developmentally programmed genome rearrangements of Tetrahymena thermophila. Molecular and cellular biology 25(20):9151-64

Sequences 

>TTHERM_00316189(coding)
ATGAAAAACCTAAAAAAAGCATTAGCCAAAAAGCACGAAGAATAAAGCTTGAAAAACAGT
CAATAAGATTCTGTTATTTTTGCTAAAAATACAGAAAACTTCTTAAAGAGTGACTCAAGC
AGTAGTGACTAAGATGAAGAATTTGAAGAAAAACAACTTCCTGTTATCAAGAAATAATAT
GGATTTAATGGAATACCAAATAGTTATGCTTTCAAAATAAACGATGAGTCAAGCGATGAA
GATGATGAAGAAATTTTTAAAGATTAGGTATCTCCTAAAATAAATGAACAAGGCAAAAAT
ACGATTTACGAAATTAGAAACTATTAAAAGGAGTTGTTTAAAAATTCTTATAGCAAAAAT
AGTATCATTTATCTTGAAACAGGTGCTGGAAAGACTATGATTGCCACAATGCTTATAAAT
TACTTTTTCTAAAAACAAAAAAAGGCTCCATAAAAAAAGAAAATTATTTTTTTAGCCAAC
ACTGTATAGCTTGTAAAACAATAGTACGCAGAAATAAAGAATAATTTACAAAGAATTTCA
GAGATGATGGAAAACGATAAAGAAATCAGCTAGATATTAAAATTTTAAGAAGGCATTAAT
TACAGAAGAATATTTGAAAAAGAAAATCATATTGTGAAGTGTCATGGTAGTTATAAGCAA
AAGGATAATTTATAAATAGAAACTTTTACTAAATAAAAATGGGACTACTTACTTGAAAAT
TATGAAATATTCGTTATGATTGGTTAGGTATTGTTAAATGGTTTACGTAGAGGATACATT
CGCATTGAAGATATTGAGGTTATTATTTATGATGAATGTCACCATACGAGATAAGATCAT
CCTTATTGCTTAATATAATATGAGTTCTATCACTTTCACAAAAGACGTAACGAATAGGTT
TAATTGCCAAAGATTTATGGATTAACTGCCTCTCCAGTTTTGGATATAGAAGTAAAATCT
GATTCAAATATCATGAAGAAAAAAATCTCAGAACTCTGCACAAATTTAGATGCAAATTTT
GTAAAGTATAATATCGAGGAATCTAAAAAATATATCAAAGAAGCTACAATTTGTGTTGAA
GAATATGGTGAAGAAAAGAATATTTAAGAAAGAGCAAATTAGTTCTTATAAGAATAAATT
ATTGGAGAGAAGTGGATTTCTGACATAGAAGATAAACAGAATGAGGAAATGAGATACACT
GAGATTTTAAATTTCTATATTAAATTTTAATAATTTAAGAACTCATATTTTAGCAATTTA
AGTCCAATGAATAAGTAGATATTGCTAGATATAGAAAAAATTATCTGCTTATATAGCATG
CAAGTTGATGCTCAGTTAGGAAAATATTCTGTCAGTTTATTTTTGAAAGATGTTAATGAT
GAACTATAAAAACTTGGCCAATTTTAGCACAATAATGAAGAAATGTAGGAATTAAAAAAA
CTATTCAAAGCTTAAACAGAAAAATTTATAGAATCAGTAGATAAAAGTGAAAAAAATATT
TCTAAAAAATTCATGTTTTTGTATAATAAATTAAAATAAACAATGATACATGATAAAGAA
GAATTTGAGTGCTATAAAGTCAAAAATAAATACTACGAATAAGAATTTCACTAACATGAG
AAAATAACTAAAGTGTAAAAATACATTAAGGATAATTAATCGATGATTTTAGTTTTTGTT
GAAGAAAAAATTATCATTAAATACTTGCAGAAGCTTCTTTAAATTTGGATGGATGATGAA
GATAGAGATAAAGATGAAGATGAAATTATTTTTAGATATAAAAAAATTGTTTGCTTAACA
GGCTAATCAAACTTCTAGGATCGAAAGAAGAAAAATTTAAATAAAAATTAATATTAAAAC
TCTGAATTCACATAAAATGATAATTTTGAATTTGCTGAAGAAGAGTATAGGCAGTAGCAA
ATGAAATAGGAAAGCTTAATCAGCAGTTAAATAAACAAAGAAGAGGATATAGACTCCTTG
AAAGAAAAAATTAATGATCACTAAAAATCTGCTTAAAGATGTGTTCTTGTTAATCTTGAT
TTTGAAGTCAGCAAATAATCTGAAAACATTGAGGCATTCAGAAAAAAAGAGTTGTAAATA
ATTCTCTCAACTAGTGTAACTGAAGAAGGTTTCGATATACCTTCCTGTAATTTGGTTATT
TCGTTTAATAAAATATCTAACTTGAAGTCGTTCGTTCAAATTAAAGGAAGAGCGAGGAAA
GAAAATTCGAAGTTTATAATCATGGCAAAGGACAAATATCAAAAATAAGATTATGAAACA
GATATTGAATCTTACAAAGATTTAATTTAATAAATTAAGGAAATAGCTCCAAAAGTTGAG
AAATAAGAAATTGAAATCAGACCTAATTATAAATATAAGATTGTCAAAGAAACTGGGGCT
ATTTTAAATACAAATTGGTCTGTAAATCTGTTTCATACTTATGCTAACTAGCTTCTTTAT
AGCTATGATTCGAATATCAAGGGACCTTTTTACTATTATATTGAGATTACAAATGTTGGC
TTTATTTGCTAAATAATTGTTCCCTCCTAATCTGGATTAAAAACATTTTGCAGCAATCCT
TAGGCTTAAAAAGAGGATGCAAAAAAAGATGCATGCTTTTAGGCTGTTATCATTCTTTAC
AGATAATATAAAATTTTTGACTAGTATCTGAGAAACATATCTTAGAAGATACAAAATTCA
TAAAGTGAAAAATCAGAATCTTTATTTGAAGACGAAAAAGATGAAAAACTCACTAAAATA
CTATAAAAATATTGTAAATCTTATGTAGATGTAAAACAAAAATGTAAAATGTACTACTTT
TAGTCTGTTATGGGAGAGTGCTTTAAATAAAGTTTTTTTAAATCTATTTTAGATATTTAG
TAATAAAAAAGTTATACATTTTAATTGTACTTGATAAAGTTCAATGATTAAGGGAAGAAA
CTCCCTTCTTCTGGTTTTATAAAAAACTAAGATTCTGAATTAGGTATCATACACAGCACT
TAAATTCCTATAAAAGATACAATTAAATACTATCTTTAAATGCATGAAAATGAAGTTTAT
GCGAATATGATATATTAGTAAGAAATTTAGATAAGTCAATAATAATATGACAAGCTAATG
TTGATTAATAGATTTTTAAATTCTGTTGCCCTAAATAAAGATATTGAGTTCTATGCAGAA
TATACAGGAGAAGTTGTAAATGGCAAAGGGAAATTATTTAAAGATCATGGTAAAAATGCT
AGCAAGAACTTATAATATAAATTTGATAACTCAGAAGGATTCAGTGCACTACTCACTGTT
ATTAGGCCATCCAATAACAATACAAATCTTTATGAAATCAATTTTGATCATATTGAAATA
TTAGAAAAGTACATTAATTACATGAGTGGAGTTTATAAAGTTAGAAACAAGACTAAACTA
AATGAAGAAGAGAAAGCAGCTAGGTTTTAAAGTAGAAAATTAAAATAAGATGATCCATTT
GCTGATTATAAAGTCAAACCTTATTATGACTGTGTAAACTTTTTTGATTGTACTAAGTAG
CTAGATCCAAATATTTATTAAGATTCAAGAAAAAAATTGGTGTTACAAAGCATCATGTCT
GGAAGACATCTTAATCGTTTTATATTTTATGGGTGCAAAAGCTATGAAGAAATCTAAAAG
GAGTATTAATAGGTTCCCACGGGAAAAGATCCTTTTAAGTAAATAAAATAGTTAAAGGCT
TAAGTTGAGTTGGAGGAAGTCTCATTTACTTCAAATGAGAATCATATGGTATTATAGGTT
TAGCTTTTTACTAAGCATTTGAGAAGTTAAACCAACTTATATCTTAAAAGAGTTGGCGTC
CTGACAGAAAATTTTAAGGGTGATTATAAATATTCCCCTCACTAGTTCACTATATTTCCT
TTAAATGTTAGTCTTCTTATGAAACTTAATATTTTGCATAAAACATTCCTTTACTAAATC
AGAGACACATTTGGAGTGCATCACTTTTAATAAATCCGTCTTCCTAAATTTTTTGATAAG
GCTTATTAGAGAATCAAAAATAATAATAAAACGAGTTGCTCCTATAACCTTGATTAAATT
GAATAACCTCACTTTTTAGTAGAAAATTATTAAGGAGTTTTAGATGTTATGAGCAAAAGT
GAAAAATATAATTAATTTTGTAAGAAGTACAATAACCACCAACTAATGGAGGGATACAAT
CAGATAAGCATTAGAAAATTTGATTAAAAATATATAAAACATAATCCTATATTTGAATCA
TATTAAGTATATAAGAAAAACATCTTTGAATTGTAGATTAGCGAGTTAATGAAGTCTTTG
ACCTCTCTAGAATATGCTGTTAACAATAAGGAATCATCACTAGAAAGATATGAATTTCTT
GGTGATACAGTTTTGAAATGTTTATCTAGTACACAAATCTATTTTGAACACCCTAAAAGC
ATGGAAGATCATCTCCATGTTCATAGAACTATAATTATACAGAATAGAAACTTGGCATAA
ATTGCTGTAAAAAAGAAAATATTTAAATATATTTTATCTTCTAAGATTGAAACGCTTTCT
CCCATAGGAATAAAATATGAAATAGCAGTAGACGATGATGAATAAAATTAATTCTAGAAA
GAAAAGGAGCCAGATGAGTACGATAAAGCTGACTAAAGGAATAAAAATAAGAAAGGCAAT
GAAGAAGATGGAGATGCAGAAAATGAAGAAATTGAAGAATAATAATAATAAAATGACATT
CCTAATTTATTGCGTTTAGAACCAACATATCGCCACATTAAAGGAAAAACTTTAGCTGAT
ACTTTGGAAAGTATAATCGGTGTATTTTTTTAACAGAAAAAGGATTTAAATCTTTGCTAA
TATCTTTTGTTCTCATTGTAAGTTCTCAATAAGCCAGATTTAACTTTTAACCATAGCTAT
GATAGAAGCCTGCAGTAAAGTTAGCTGTAAAACCCTATTTATGTCCAATTGAAGGAGATA
GAAAGTATTTTAGGCTATACATTTTAAAATATAAACCTCCTATTTTAAGCCTTCACACTT
CCAAGCATTGAAAGTCTTTGTATTTAAATCCCCAGTTTAAAAAATACAAACTTAAATAAA
TTGCATCAAATAAATAATGCTATTTAAAAAAAAGAAAATTAAGGAACATTTGAAAAAATT
GATTAAATTAGCAAAGAAAATCAAAATAAAATTTACTAAAAAGATTCTAATGAATGGGAA
AATTTGAAAAATTATAATCTGTGCAATCAAAGATTAGAATTTTTAGGAGATGCAGTCCTT
GATTTAATTATCGTCGAGTATTTATTCAACAAATTTCCTAACTCTGATCCTGGTGAGTTG
ACATAAATGAAAACTTCATTGGTACAAAACAAAACCCTCTGTTTAATCAACTTAATGAAG
GGATTTTATAAATTTATCATTGGAAGCATTTAACATAATAAAGAAGAAATAGAATTATTG
CTCAATAATGTTGAAATGTTTATGGGAGATACTTCTTTAATGTACGATACAACTTATAAT
TAATCATTAATTAAGACATTAGGTGACGTAATTGAAAGTTTAGTTGGAGCGATATTTATT
GATAATAATTTAGACTATGAAATTACCAAAAAAATTGTCATGGAAACACTTTTTGCAGAA
ATATTGCAATATTTTACTGGCTAAGAACATAGACTTAAAAATTTACAATTGTATATTGAG
AAAGTTCTTAAGAAAGAGTTTGGCAAAGTCAGTCTAATAGAAGATGAGACAGATATAAAG
GAAGGCAAAAAGAGATTTTTTATTTAATCTGAAGATAATAATAAGGAAGTTTCCTTCGAA
GTTTATGCATATGACTAAATAGATGCTATAGACTAAATCTATATTGAAATAAACTAAAAA
AAGCGTTAGAAAAAATGA



>TTHERM_00316189(gene)
TACTTTATTATGATATTAAAAAATTAAATAGTATCTATTAATTGAAGTAATTAATATATT
GTGTTAATTTCAGATCAAAAAACAATAATCTTTGAAATGAAAAACCTAAAAAAAGCATTA
GCCAAAAAGCACGAAGAATAAAGCTTGAAAAACAGTCAATAAGATTCTGTTATTTTTGCT
AAAAATACAGAAAACTTCTTAAAGAGTGACTCAAGCAGTAGTGACTAAGATGAAGAATTT
GAAGAAAAACAACTTCCTGTTATCAAGAAATAATATGGATTTAATGGAATACCAAATAGT
TATGCTTTCAAAATAAACGATGAGTCAAGCGATGAAGATGATGAAGAAATTTTTAAAGAT
TAGGTATCTCCTAAAATAAATGAACAAGGCAAAAATACGATTTACGAAATTAGAAACTAT
TAAAAGGAGTTGTTTAAAAATTCTTATAGCAAAAATAGTATCATTTATCTTGAAACAGGT
GCTGGAAAGACTATGATTGCCACAATGCTTATAAATTACTTTTTCTAAAAACAAAAAAAG
GCTCCATAAAAAAAGAAAATTATTTTTTTAGCCAACACTGTATAGCTTGTAAAACAATAG
TACGCAGAAATAAAGAATAATTTACAAAGAATTTCAGAGATGATGGAAAACGATAAAGAA
ATCAGCTAGATATTAAAATTTTAAGAAGGCATTAATTACAGAAGAATATTTGAAAAAGAA
AATCATATTGTGAAGTGTCATGGTAGTTATAAGCAAAAGGATAATTTATAAATAGAAACT
TTTACTAAATAAAAATGGGACTACTTACTTGAAAATTATGAAATATTCGTTATGATTGGT
TAGGTATTGTTAAATGGTTTACGTAGAGGATACATTCGCATTGAAGATATTGAGGTTATT
ATTTATGATGAATGTCACCATACGAGATAAGATCATCCTTATTGCTTAATATAATATGAG
TTCTATCACTTTCACAAAAGACGTAACGAATAGGTTTAATTGCCAAAGATTTATGGATTA
ACTGCCTCTCCAGTTTTGGATATAGAAGTAAAATCTGATTCAAATATCATGAAGAAAAAA
ATCTCAGAACTCTGCACAAATTTAGATGCAAATTTTGTAAAGTATAATATCGAGGAATCT
AAAAAATATATCAAAGAAGCTACAATTTGTGTTGAAGAATATGGTGAAGAAAAGAATATT
TAAGAAAGAGCAAATTAGTTCTTATAAGAATAAATTATTGGAGAGAAGTGGATTTCTGAC
ATAGAAGATAAACAGAATGAGGAAATGAGATACACTGAGATTTTAAATTTCTATATTAAA
TTTTAATAATTTAAGAACTCATATTTTAGCAATTTAAGTCCAATGAATAAGTAGATATTG
CTAGATATAGAAAAAATTATCTGCTTATATAGCATGCAAGTTGATGCTCAGTTAGGAAAA
TATTCTGTCAGTTTATTTTTGAAAGATGTTAATGATGAACTATAAAAACTTGGCCAATTT
TAGCACAATAATGAAGAAATGTAGGAATTAAAAAAACTATTCAAAGCTTAAACAGAAAAA
TTTATAGAATCAGTAGATAAAAGTGAAAAAAATATTTCTAAAAAATTCATGTTTTTGTAT
AATAAATTAAAATAAACAATGATACATGATAAAGAAGAATTTGAGTGCTATAAAGTCAAA
AATAAATACTACGAATAAGAATTTCACTAACATGAGAAAATAACTAAAGTGTAAAAATAC
ATTAAGGATAATTAATCGATGATTTTAGTTTTTGTTGAAGAAAAAATTATCATTAAATAC
TTGCAGAAGCTTCTTTAAATTTGGATGGATGATGAAGATAGAGATAAAGATGAAGATGAA
ATTATTTTTAGATATAAAAAAATTGTTTGCTTAACAGGCTAATCAAACTTCTAGGATCGA
AAGAAGAAAAATTTAAATAAAAATTAATATTAAAACTCTGAATTCACATAAAATGATAAT
TTTGAATTTGCTGAAGAAGAGTATAGGCAGTAGCAAATGAAATAGGAAAGCTTAATCAGC
AGTTAAATAAACAAAGAAGAGGATATAGACTCCTTGAAAGAAAAAATTAATGATCACTAA
AAATCTGCTTAAAGATGTGTTCTTGTTAATCTTGATTTTGAAGTCAGCAAATAATCTGAA
AACATTGAGGCATTCAGAAAAAAAGAGTTGTAAATAATTCTCTCAACTAGTGTAACTGAA
GAAGGTTTCGATATACCTTCCTGTAATTTGGTTATTTCGTTTAATAAAATATCTAACTTG
AAGTCGTTCGTTCAAATTAAAGGAAGAGCGAGGAAAGAAAATTCGAAGTTTATAATCATG
GCAAAGGACAAATATCAAAAATAAGATTATGAAACAGATATTGAATCTTACAAAGATTTA
ATTTAATAAATTAAGGAAATAGCTCCAAAAGTTGAGAAATAAGAAATTGAAATCAGACCT
AATTATAAATATAAGATTGTCAAAGAAACTGGGGCTATTTTAAATACAAATTGGTCTGTA
AATCTGTTTCATACTTATGCTAACTAGCTTCTTTATAGCTATGATTCGAATATCAAGGGA
CCTTTTTACTATTATATTGAGATTACAAATGTTGGCTTTATTTGCTAAATAATTGTTCCC
TCCTAATCTGGATTAAAAACATTTTGCAGCAATCCTTAGGCTTAAAAAGAGGATGCAAAA
AAAGATGCATGCTTTTAGGCTGTTATCATTCTTTACAGATAATATAAAATTTTTGACTAG
TATCTGAGAAACATATCTTAGAAGATACAAAATTCATAAAGTGAAAAATCAGAATCTTTA
TTTGAAGACGAAAAAGATGAAAAACTCACTAAAATACTATAAAAATATTGTAAATCTTAT
GTAGATGTAAAACAAAAATGTAAAATGTACTACTTTTAGTCTGTTATGGGAGAGTGCTTT
AAATAAAGTTTTTTTAAATCTATTTTAGATATTTAGTAATAAAAAAGTTATACATTTTAA
TTGTACTTGATAAAGTTCAATGATTAAGGGAAGAAACTCCCTTCTTCTGGTTTTATAAAA
AACTAAGATTCTGAATTAGGTATCATACACAGCACTTAAATTCCTATAAAAGATACAATT
AAATACTATCTTTAAATGCATGAAAATGAAGTTTATGCGAATATGATATATTAGTAAGAA
ATTTAGATAAGTCAATAATAATATGACAAGCTAATGTTGATTAATAGATTTTTAAATTCT
GTTGCCCTAAATAAAGATATTGAGTTCTATGCAGAATATACAGGAGAAGTTGTAAATGGC
AAAGGGAAATTATTTAAAGATCATGGTAAAAATGCTAGCAAGAACTTATAATATAAATTT
GATAACTCAGAAGGATTCAGTGCACTACTCACTGTTATTAGGCCATCCAATAACAATACA
AATCTTTATGAAATCAATTTTGATCATATTGAAATATTAGAAAAGTACATTAATTACATG
AGTGGAGTTTATAAAGTTAGAAACAAGACTAAACTAAATGAAGAAGAGAAAGCAGCTAGG
TTTTAAAGTAGAAAATTAAAATAAGATGATCCATTTGCTGATTATAAAGTCAAACCTTAT
TATGACTGTGTAAACTTTTTTGATTGTACTAAGTAGCTAGATCCAAATATTTATTAAGAT
TCAAGAAAAAAATTGGTGTTACAAAGCATCATGTCTGGAAGACATCTTAATCGTTTTATA
TTTTATGGGTGCAAAAGCTATGAAGAAATCTAAAAGGAGTATTAATAGGTTCCCACGGGA
AAAGATCCTTTTAAGTAAATAAAATAGTTAAAGGCTTAAGTTGAGTTGGAGGAAGTCTCA
TTTACTTCAAATGAGAATCATATGGTATTATAGGTTTAGCTTTTTACTAAGCATTTGAGA
AGTTAAACCAACTTATATCTTAAAAGAGTTGGCGTCCTGACAGAAAATTTTAAGGGTGAT
TATAAATATTCCCCTCACTAGTTCACTATATTTCCTTTAAATGTTAGTCTTCTTATGAAA
CTTAATATTTTGCATAAAACATTCCTTTACTAAATCAGAGACACATTTGGAGTGCATCAC
TTTTAATAAATCCGTCTTCCTAAATTTTTTGATAAGGCTTATTAGAGAATCAAAAATAAT
AATAAAACGAGTTGCTCCTATAACCTTGATTAAATTGAATAACCTCACTTTTTAGTAGAA
AATTATTAAGGAGTTTTAGATGTTATGAGCAAAAGTGAAAAATATAATTAATTTTGTAAG
AAGTACAATAACCACCAACTAATGGAGGGATACAATCAGATAAGCATTAGAAAATTTGAT
TAAAAATATATAAAACATAATCCTATATTTGAATCATATTAAGTATATAAGAAAAACATC
TTTGAATTGTAGATTAGCGAGTTAATGAAGTCTTTGACCTCTCTAGAATATGCTGTTAAC
AATAAGGAATCATCACTAGAAAGATATGAATTTCTTGGTGATACAGTTTTGAAATGTTTA
TCTAGTACACAAATCTATTTTGAACACCCTAAAAGCATGGAAGATCATCTCCATGTTCAT
AGAACTATAATTATACAGAATAGAAACTTGGCATAAATTGCTGTAAAAAAGAAAATATTT
AAATATATTTTATCTTCTAAGATTGAAACGCTTTCTCCCATAGGAATAAAATATGAAATA
GCAGTAGACGATGATGAATAAAATTAATTCTAGAAAGAAAAGGAGCCAGATGAGTACGAT
AAAGCTGACTAAAGGAATAAAAATAAGAAAGGCAATGAAGAAGATGGAGATGCAGAAAAT
GAAGAAATTGAAGAATAATAATAATAAAATGACATTCCTAATTTATTGCGTTTAGAACCA
ACATATCGCCACATTAAAGGAAAAACTTTAGCTGATACTTTGGAAAGTATAATCGGTGTA
TTTTTTTAACAGAAAAAGGATTTAAATCTTTGCTAATATCTTTTGTTCTCATTGTAAGTT
CTCAATAAGCCAGATTTAACTTTTAACCATAGCTATGATAGAAGCCTGCAGTAAAGTTAG
CTGTAAAACCCTATTTATGTCCAATTGAAGGAGATAGAAAGTATTTTAGGCTATACATTT
TAAAATATAAACCTCCTATTTTAAGCCTTCACACTTCCAAGCATTGAAAGTCTTTGTATT
TAAATCCCCAGTTTAAAAAATACAAACTTAAATAAATTGCATCAAATAAATAATGCTATT
TAAAAAAAAGAAAATTAAGGAACATTTGAAAAAATTGATTAAATTAGCAAAGAAAATCAA
AATAAAATTTACTAAAAAGATTCTAATGAATGGGAAAATTTGAAAAATTATAATCTGTGC
AATCAAAGATTAGAATTTTTAGGAGATGCAGTCCTTGATTTAATTATCGTCGAGTATTTA
TTCAACAAATTTCCTAACTCTGATCCTGGTGAGTTGACATAAATGAAAACTTCATTGGTA
CAAAACAAAACCCTCTGTTTAATCAACTTAATGAAGGGATTTTATAAATTTATCATTGGA
AGCATTTAACATAATAAAGAAGAAATAGAATTATTGCTCAATAATGTTGAAATGTTTATG
GGAGATACTTCTTTAATGTACGATACAACTTATAATTAATCATTAATTAAGACATTAGGT
GACGTAATTGAAAGTTTAGTTGGAGCGATATTTATTGATAATAATTTAGACTATGAAATT
ACCAAAAAAATTGTCATGGAAACACTTTTTGCAGAAATATTGCAATATTTTACTGGCTAA
GAACATAGACTTAAAAATTTACAATTGTATATTGAGAAAGTTCTTAAGAAAGAGTTTGGC
AAAGTCAGTCTAATAGAAGATGAGACAGATATAAAGGAAGGCAAAAAGAGATTTTTTATT
TAATCTGAAGATAATAATAAGGAAGTTTCCTTCGAAGTTTATGCATATGACTAAATAGAT
GCTATAGACTAAATCTATATTGAAATAAACTAAAAAAAGCGTTAGAAAAAATGATGAAAG
AAAAATAAACTTTAATATTAATTTTGTAATTAAAATATTATCTTTTCAACACACAATCTA
TCATTTTTATTGTAAATTTTAGGTTTTATTTTTTCTCACTAAAATTAGCATTTCATTTAA
GCTTTGATTAATACTT



>TTHERM_00316189(protein)
MKNLKKALAKKHEEQSLKNSQQDSVIFAKNTENFLKSDSSSSDQDEEFEEKQLPVIKKQY
GFNGIPNSYAFKINDESSDEDDEEIFKDQVSPKINEQGKNTIYEIRNYQKELFKNSYSKN
SIIYLETGAGKTMIATMLINYFFQKQKKAPQKKKIIFLANTVQLVKQQYAEIKNNLQRIS
EMMENDKEISQILKFQEGINYRRIFEKENHIVKCHGSYKQKDNLQIETFTKQKWDYLLEN
YEIFVMIGQVLLNGLRRGYIRIEDIEVIIYDECHHTRQDHPYCLIQYEFYHFHKRRNEQV
QLPKIYGLTASPVLDIEVKSDSNIMKKKISELCTNLDANFVKYNIEESKKYIKEATICVE
EYGEEKNIQERANQFLQEQIIGEKWISDIEDKQNEEMRYTEILNFYIKFQQFKNSYFSNL
SPMNKQILLDIEKIICLYSMQVDAQLGKYSVSLFLKDVNDELQKLGQFQHNNEEMQELKK
LFKAQTEKFIESVDKSEKNISKKFMFLYNKLKQTMIHDKEEFECYKVKNKYYEQEFHQHE
KITKVQKYIKDNQSMILVFVEEKIIIKYLQKLLQIWMDDEDRDKDEDEIIFRYKKIVCLT
GQSNFQDRKKKNLNKNQYQNSEFTQNDNFEFAEEEYRQQQMKQESLISSQINKEEDIDSL
KEKINDHQKSAQRCVLVNLDFEVSKQSENIEAFRKKELQIILSTSVTEEGFDIPSCNLVI
SFNKISNLKSFVQIKGRARKENSKFIIMAKDKYQKQDYETDIESYKDLIQQIKEIAPKVE
KQEIEIRPNYKYKIVKETGAILNTNWSVNLFHTYANQLLYSYDSNIKGPFYYYIEITNVG
FICQIIVPSQSGLKTFCSNPQAQKEDAKKDACFQAVIILYRQYKIFDQYLRNISQKIQNS
QSEKSESLFEDEKDEKLTKILQKYCKSYVDVKQKCKMYYFQSVMGECFKQSFFKSILDIQ
QQKSYTFQLYLIKFNDQGKKLPSSGFIKNQDSELGIIHSTQIPIKDTIKYYLQMHENEVY
ANMIYQQEIQISQQQYDKLMLINRFLNSVALNKDIEFYAEYTGEVVNGKGKLFKDHGKNA
SKNLQYKFDNSEGFSALLTVIRPSNNNTNLYEINFDHIEILEKYINYMSGVYKVRNKTKL
NEEEKAARFQSRKLKQDDPFADYKVKPYYDCVNFFDCTKQLDPNIYQDSRKKLVLQSIMS
GRHLNRFIFYGCKSYEEIQKEYQQVPTGKDPFKQIKQLKAQVELEEVSFTSNENHMVLQV
QLFTKHLRSQTNLYLKRVGVLTENFKGDYKYSPHQFTIFPLNVSLLMKLNILHKTFLYQI
RDTFGVHHFQQIRLPKFFDKAYQRIKNNNKTSCSYNLDQIEQPHFLVENYQGVLDVMSKS
EKYNQFCKKYNNHQLMEGYNQISIRKFDQKYIKHNPIFESYQVYKKNIFELQISELMKSL
TSLEYAVNNKESSLERYEFLGDTVLKCLSSTQIYFEHPKSMEDHLHVHRTIIIQNRNLAQ
IAVKKKIFKYILSSKIETLSPIGIKYEIAVDDDEQNQFQKEKEPDEYDKADQRNKNKKGN
EEDGDAENEEIEEQQQQNDIPNLLRLEPTYRHIKGKTLADTLESIIGVFFQQKKDLNLCQ
YLLFSLQVLNKPDLTFNHSYDRSLQQSQLQNPIYVQLKEIESILGYTFQNINLLFQAFTL
PSIESLCIQIPSLKNTNLNKLHQINNAIQKKENQGTFEKIDQISKENQNKIYQKDSNEWE
NLKNYNLCNQRLEFLGDAVLDLIIVEYLFNKFPNSDPGELTQMKTSLVQNKTLCLINLMK
GFYKFIIGSIQHNKEEIELLLNNVEMFMGDTSLMYDTTYNQSLIKTLGDVIESLVGAIFI
DNNLDYEITKKIVMETLFAEILQYFTGQEHRLKNLQLYIEKVLKKEFGKVSLIEDETDIK
EGKKRFFIQSEDNNKEVSFEVYAYDQIDAIDQIYIEINQKKRQKK