Identifiers and Description

Gene Model Identifier

TTHERM_01091290

Standard Name

CNJB (CoNJugation-specific B)

Aliases

PreTt01964 | 229.m00029 | 3815.m00151

Description

CNJB cnjB CnjB protein; Conjugation-induced protein; peak expression in meiotic prophase; contains seven CCHC zinc fingers and a repeated glycine-rich motif; associates with Twi1p in DNA elimination; Transcription elongation factor Spt6

Genome Browser (Macronucleus)

Full Screen View


Genome Browser (Micronucleus)

Full Screen View

External Links

Gene Ontology Annotations

Cellular Component

Biological Process

Domains

Gene Expression Profile

Vegetative Cell Cycle (Zhang et al., 2023)

GeneMania

Tetrahymena Stock Center

  • ( SD01845 ) Micronucleus: Part of CnjB coding replaced with neo3 Macronucleus: Part of CnjB coding replaced with neo3, completely assorted
  • ( SD01846 ) Micronucleus: Part of CnjB coding replaced with neo3 Macronucleus: Part of CnjB coding replaced with neo3, completely assorted
  • ( SD01847 ) Micronucleus: Part of CnjB coding replaced with neo3 Macronucleus: Part of CnjB coding replaced with neo3, completely assorted
  • ( SD01890 ) Macronucleus: cnjB[5’ neo3,HAn]
  • ( SD02049 ) Micronucleus: CnjB part of coding replaced with neo3
  • ( SD02050 ) Micronucleus: cnjB part of coding replaced with neo3
  • ( SD02761 ) Micronucleus: Neo3 replaces part of coding Macronucleus: Neo3 replaces part of coding
  • ( SD02762 ) Micronucleus: neo3 replaces part of CnjB coding Macronucleus: neo3 replaces part of CnjB coding
  • ( SD02763 ) Micronucleus: noe3 replaces part of CnjB coding
  • ( SD02764 ) Micronucleus: noe3 replaces part of CnjB coding
  • ( SD02765 ) Macronucleus: Neo3 replaces part of CnjB
  • ( SD02766 ) Macronucleus: Neo3 replaces part of ConjB
  • ( SD02767 ) Macronucleus: Neo3 replaces part of CnjB coding
  • ( SD02768 ) Macronucleus: Neo3 replaces part of CnjB coding
  • ( SD02769 ) Macronucleus: Neo3 replaces part of ConjB
  • ( SD02770 ) Macronucleus: Neo3 replaces part of ConjB
  • ( SD02779 ) Micronucleus: CnjB has part of coding replaced with neo3
  • ( SD02780 ) Micronucleus: CnjB has part of coding replaced with neo3
  • ( SD02795 ) Macronucleus: Ha tagged CnjB with neo3 upstream
  • ( SD02796 ) Macronucleus: Ha tagged CnjB with neo3 upstream

Homologs

No Data fetched for Homologs

General Information

No Data fetched for General Information

Associated Literature

  1. Ref:29021213: Noto T, Mochizuki K (2017) Whats, hows and whys of programmed DNA elimination in Tetrahymena. Open biology 7(10):
  2. Ref:19596782: Bednenko J, Noto T, DeSouza LV, Siu KW, Pearlman RE, Mochizuki K, Gorovsky MA (2009) Two GW repeat proteins interact with Tetrahymena thermophila argonaute and promote genome rearrangement. Molecular and cellular biology 29(18):5020-30
  3. Ref:10704239: Larsen LK, Andreasen PH, Dreisig H, Palm L, Nielsen H, Engberg J, Kristiansen K (1999) Cloning and characterization of the gene encoding the highly expressed ribosomal protein l3 of the ciliated protozoan Tetrahymena thermophila. Evidence for differential codon usage in highly expressed genes. Cell biology international 23(8):551-60
  4. Ref:8233798: Taylor FM, Martindale DW (1993) Retroviral-type zinc fingers and glycine-rich repeats in a protein encoded by cnjB, a Tetrahymena gene active during meiosis. Nucleic acids research 21(19):4610-4
  5. Ref:3357771: Martindale DW, Taylor FM (1988) Multiple introns in a conjugation-specific gene from Tetrahymena thermophila. Nucleic acids research 16(5):2189-201
  6. Ref:3005971: Martindale DW, Martindale HM, Bruns PJ (1986) Tetrahymena conjugation-induced genes: structure and organization in macro- and micronuclei. Nucleic acids research 14(3):1341-54

Sequences 

>TTHERM_01091290(coding)
ATGGAGATCGAAGTAAATTTACAAATTTCTAACTAGATTGCTGGTGATAGAGAGGTTTAT
TAAAGGACAAAGTAAGAAATGTCAGATTAATATTGCACTACAAAGATTAGTTCTACTGAA
ACCAATGATATTGAAAGTGACTGTGGGATAAGCTAATGCATATCACCAATTGGGAGCGAA
GAGTTTTTAAAAATTAAGTCCGAGTCTCAAGAAAAGCTAAAAGATCCTTAAAGCAAGACC
GCTTACATTATGCTGTAAAAAAGGAGACACGTTTAGCTGGACCAAATAACTGAAATGGAA
GATGTGAGTTCATCTGTGATCTCAGATTCTGATGTTCAGCAGTCCTATGAGTTTTAGAGA
AAAATGATCAAAGTGTCTTCTCAATTTAATGCTTACCTTGATAAAAATATTTACTGTGAT
CAGACAACATCCTACGCTCCAATTGCATAATCAACTCCAGAAGCTGAAGAGTAAAAAAAG
AGCTTTGCTACAAATTTCAACAAAAACTTCAATAGCGAAAAAATGAGCAAAATATTCAGC
TCTTCAAAGGATATAAATCTTGTATAAACAGATGTCCCAGAGAGATTTCAGCTACTCCTT
AATAATTTCGTTGCAGGAAAGTAGATCAACGAAGATGTTATGAAGCATTTAGTAAGATGG
ATATACAGTAATCTTTCTTAAAAAGATGGAACTAATAAAATTAAACTCGAGACTGTTGAA
AACGTGGTTAGATTAGTTGTTTAACAAAAAATGGAAGTTATGACAATTTGGAATAACGAA
AGTAACTTCATTCCTAATATAAGCATCTAAACACTCTGGGATATCTTTAACTTGATGATT
AACTACAAAGATGAAATTTATTTCCCAAGAAGCAGAAATGAAGAAGTTGTAATTGAAATG
TACTCTATCAGATAGATAAGTGATATTATTTAGTTTTTCATGAATGTGGCCTAGAATAGC
AAAGAATTCAATGACATTTAGCAACACCTAAATTACCTAAAGTGCTGTTTTGAGATTTAG
GCTAGAAAAGTTTCTGATTTACTCTAAAGCCATCTGACCAAGATTAATTAAGCCAGAGAG
TACAATATTCCTTAAATTATATATTAATATTTTGATGATTCTTCTTGCTGTGCTGAGATG
CTTTTCCCAAAAATCACAGACCTAGCTCCTTATAAAGAAGAGTATGAAGCTAAGTTCAAT
CCTATCAGATAGCAAGCATCTTAAAAATTGATCAACCAAATGGAGATATACAATGAAGAA
AATCTATTGAGTCATATCTATTAGAACTATACTCAGCTTTCCTAGTAAGAAAGACTTAAT
CTATCAGAATTAATTTAAGACTACATCTGCATTGACTTTCTTTACAATCCTATAATAAAG
AAGTTTATTATTGACAATTATATGAAGTATGCAGTTTTATCAACTTCTCCTTAGGCTCAT
GTAATAGGATTCAACATTTATCATGAGTTTTTTGCTGCCAAAAAAATCATAAAAAAGCCT
CTAAGTGAGATTACGAGCAATGAATTTCTGACTATCCTTTAGGCTAGCTAATAGAACTTA
ATTGAATGCAAAATTCTATTGCCTTGGTAAATAGATCAAGGCGAAGACTTGATTTATAGA
GAGATTAGCTAACATTTTTAACCTCATTTAGCTAGCAAGTCTGAATCACTTAATTCTTAT
ACCTAAAATCTTCTTCAAAGGCTCTTAAAAAACTATTTATATCCATACGCTCAACAATAA
GTATATAAACATCTTGAAAATAAATCCTTAACTGAAGTAAGAGATATCTGTGTTTCTAAA
TTCAAAGAATATATAAGCTATGGTCCATATCTTATTAGAGATAGACAGGATTAACTTGTA
AAGCCTGAAACAATATTGTCTTTTTATGTGCATGAAAGCTCTGGAATTGTTGGAGTTTCA
ATGATAAGCTAGGACGGAAAAGAAATTCACAAGAATTGTTTGGAATATTATTTTAATGCT
GATAAATTAGTATCATAAAAGAGAGAACAAGAAATCAAAAATTTATATGAATTTATTAGA
AACAGATAACCTTATGTCATTATTGTTTCATCAAACTGCTCTAGAGCTCTTGTACTGAAA
TCTAACCTCTATATTCAATTTAAGAACTTATGCAGGAACATTCTTATGTGTGAACAAACT
TTGATGACTTGCTACTTAAACTAGTCTTCTTTTATCCAGTCTCCTAAGGATAAATACATA
TTCTTAGCAAGAAAATAAGCAAAGGCATTTTAGTTTAGACTATTGGAAGTATGCTCACTT
TGGAACTATGAAAGCAATCCATTGCTTGAGATTAAGCTTCATCCTTTCTAGAAAAAGGTT
GACAAAAAGGAATTATAAATTAGATTTGAATAAGTTATTTAAGAAAGAATATGCCAAGAT
GGTTTAGAATTCAAAACACTATTTGATAAAAATCTATCGTTTAAAGATTGCTTACAATTT
ATACCAGGTTTTGGTCCAAGAAAATCTCATTTCTTTATCAGTTAGTTTGAATAAGGCAAA
GATTTCAAAGAAATTACTTCTAGAAAAAAGTGCATTTAGCTCAATTTGATGGGGGAGAAT
CTTATTGTCAACTGTATGGCTTTTATGATGTTCTCTAAATCTGACAATCTCCTAGATCAA
ACTAAAATACCTTACAATCAGTATTTCATTGTGAATCATATTGTTGAAACCATTGACAAA
TGCTAATTGCTTGATTAAACACCTCAACAAACTGCTGTTTAATCAGGTGATATGGTAAAT
TTCTAAGGTTAGTTATAGAAAATGATTTCAAAACCTGAAGTTTGGATGAACAACTTTGAC
ATTAATGATTATAGCAAACTCTTAGAAAAAAATTATCAGAGACCAAATATGGTAATTGTT
TTGTCTAAAATATTAGAAAAATTGTGTGCGTTATCAAATTTAAATGAAAAAATGAAAATG
ATCCCACCTGAATTGAGCTTGAAATAAATTTTTGAGTCAATCTACAACATTCATCCAAAT
TGCATTAGAAAAGGTGCTTAGCTCATGTTAAAATTTAGAGATATTACTGAAAAATACATT
GAATTTACTTCAAAGGATTTCAAAATTAGATGCAGACTAATGAAGTCAGACATTCCTAAT
GGGCTGGCAGTAGAAAAATTCTATTAGAAAAAAAGGAATGCTGAGATTGAACTGATTCTT
GATTCTACCAAAGTGTTTGAAAATCAAAATGAAAATACTCATTAAATCGATGCGATCTTC
GATAACAAAGTAACATTCACTTATCCGGATTACAAAGCTCTAGCAACGCAGATTGTGACA
GAGTTCAAAGACAAAAACCCTTATTTTGGTCAGTTAGATTAAACAGACTTACCTTCCACG
AGAGTAGACTTAAAATCTTAGTTTAATATATTCTCTAAAGAAATGGAAAAGAATCCTCAT
AATGTGATTGATCTTACTGAAAGTACTCCATCTTTCTAAATGCAATAGCAGTGTAAACAA
ATTTAAGAATCTTCTTCTTCTTCTTGGGCTAACTCTTCCGGCTCTTCTACTGTATAAAGT
AATTAAACTTGGGCTAGTAACGATTCTAATCAGGGATGGAATAATAGCAACTAAGCTTAA
AATGAGCAGTCGCTAAGATAAAAAGATAATTCTTAATCAGAATTTAAAAAACCTTTTAAT
AAGAACAACAATTAGAATGATTTCTCAGCAGGTGATAATTCTTCATCATCATGGGGTACC
AGTTAAACGAAACCCTCTTGGGAGTCTAAATAAAGTGAATCTAATAACTTTAACGACTAG
CCTTTGAGAAGTAGAAATTAGTAGTAATAAAACTCAAATTTTAAAAATGATAACAATTCA
TTTGGGAATAAAGAATAGTCCTCAGGATGGAATTAGTCTAATAACAATAATAATAGTGAT
ACGAGTGGATGGGGTAATAGTAGCAATGATTCAGGCTAAAATGCTTCCAAAGAAGATGGA
TGGGGTTCTTCCAATAATAAAACTAATTCTAATGAAGGAGGAGGATGGGGATAAAACATG
AATAAATCTTCTGATAATGATTGGAGTAAATAGGATAATTCAAGTAGCTGGGGTGGTGCT
TAAAATAACAAAGCTCCTACTAATAATTTAGCAAAAAGTAGCTCAAACGAAGGAGGTGGA
TGGGGAAACAACTCATCATCTTCTTCTTCAAATAATTGGGGAGCATCGAAAGACCAAACT
TCTACAAATGAAAGTGGTGGAAATGGCTGGAATTCTTCATAAAATAATGATAACTCAGGA
TGGGGAACTTCAAATACTTCATCATCTAGTAATTTTGGCTAGAATTCTGGTAGAGAAAGA
AACTAAAATGGAGGTAACAAGGGAAAAGGCTGTTTCAAATGTGGCAAAGTTGGTCATATG
GCAAAAGACTGCACAGAACCATAGCAACAAGGCAGAAAATAAAGTGGCGCTTGCTTTAAA
TGCAACCAAGAAGGCCACATGTCTAAAGATTGTCCAAATCAATAATAAAAAAAAAGTGGA
TGTTTTAAATGCGGTGAAGAAGGGCATTTTTCAAAAGATTGCCCCAATCCCCAAAAATAA
TAGCAATAAAAACCTAGAGGGGGCGCATGTTTTAAATGCGGAGAAGAAGGGCACATTTCA
AAAGATTGTCCTAACCCTTAAAAACAGTAGTAAAAAAATACATGTTTTAAATGTAAACAA
GAAGGCCACATTTCCAAAGATTGTCCAAACTCATAAAACTCAGGAGGAAATAAGTGCTTT
AACTGTAATTAAGAAGGTCATATGTCAAAAGACTGTCCTAACCCATCTTAAAAGAAAAAA
GGATGCTTCAATTGTGGAGAAGAAGGTCATTAATCTAGAGAATGCACTAAAGAGAGGAAG
GAGCGTCCACCACGCAATAATAACAACAATAATAATGGTAATTTTAGAGGAAATAAGCAA
TTTGGAGGAGGTGGAAATTCTAATGGAGGCTAATCATGGGGAACTTCCTCTGGCAGTGAT
TGGAATTGTTAAAGTAATGTCTAAGAAAGCACAACTACATCATCTGGAGGATGGGGTAGC
AGTGGATCTGGTAATTAAACTGGAGGAGGATGGGGATCTAATGATAACCAATAATAGCAA
AATGAAAATACAGGAGGAGGCGGGTGGGGATCATCCAATTCAAATTAAACCAATAATGAG
AGTTCTTGGGGTTCAAACAATCAGGCATCTTCAGGTGAAAATTAAAATAACTAGTGGGGT
AACGGAGGAGGATCAGGTGGTTGGTGA



>TTHERM_01091290(gene)
TTATTTAGCAACAACAAATATATAATTCAAATCATAGAGTATTTCTGATATTTGAGGCAC
ACTAATTAATTAATTCCTGATATAAATAGTAATCAAAAACTATCAAAAAAGATAAATCAT
ATAAATAATAAAATCAAACCAAGCATCATAAAAACAGACAAAAAATAACTAAACAAAAAA
CATCCTTATAATTTAGTGTTTCCCTATGGAGATCGAAGTAAATTTACAAATTTCTAACTA
GATTGCTGGTGATAGAGAGGTTTATTAAAGGACAAAGTAAGAAATGTCAGATTAATATTG
CACTACAAAGATTAGTTCTACTGAAACCAATGATATTGAAAGTGACTGTGGGATAAGCTA
ATGCATATCACCAATTGGGAGCGAAGAGTTTTTAAAAATTAAGTCCGAGTCTCAAGAAAA
GCTAAAAGATCCTTAAAGCAAGACCGCTTACATTATGCTGTAAAAAAGGAGACACGTTTA
GCTGGACCAAATAACTGAAATGGAAGATGTGAGTTCATCTGTGATCTCAGATTCTGATGT
TCAGCAGTCCTATGAGTTTTAGAGAAAAATGATCAAAGTGTCTTCTCAATTTAATGCTTA
CCTTGATAAAAATATTTACTGTGATCAGACAACATCCTACGCTCCAATTGCATAATCAAC
TCCAGAAGCTGAAGAGTAAAAAAAGAGCTTTGCTACAAATTTCAACAAAAACTTCAATAG
CGAAAAAATGAGCAAAATATTCAGCTCTTCAAAGGATATAAATCTTGTATAAACAGATGT
CCCAGAGAGATTTCAGCTACTCCTTAATAATTTCGTTGCAGGAAAGTAGATCAACGAAGA
TGTTATGAAGCATTTAGTAAGATGGATATACAGTAATCTTTCTTAAAAAGATGGAACTAA
TAAAATTAAACTCGAGACTGTTGAAAACGTGGTTAGATTAGTTGTTTAACAAAAAATGGA
AGTTATGACAATTTGGAATAACGAAAGTAACTTCATTCCTAATATAAGCATCTAAACACT
CTGGGATATCTTTAACTTGATGATTAACTACAAAGATGAAATTTATTTCCCAAGAAGCAG
AAATGAAGAAGTTGTAATTGAAATGTACTCTATCAGATAGATAAGTGATATTATTTAGTT
TTTCATGAATGTGGCCTAGAATAGCAAAGAATTCAATGACATTTAGCAACACCTAAATTA
CCTAAAGTGCTGTTTTGAGATTTAGGCTAGAAAAGTTTCTGATTTACTCTAAAGCCATCT
GACCAAGATTAATTAAGCCAGAGAGTACAATATTCCTTAAATTATATATTAATATTTTGA
TGATTCTTCTTGCTGTGCTGAGATGCTTTTCCCAAAAATCACAGACCTAGCTCCTTATAA
AGAAGAGTATGAAGCTAAGTTCAATCCTATCAGATAGCAAGCATCTTAAAAATTGATCAA
CCAAATGGAGATATACAATGAAGAAAATCTATTGAGTCATATCTATTAGAACTATACTCA
GCTTTCCTAGTAAGAAAGACTTAATCTATCAGAATTAATTTAAGACTACATCTGCATTGA
CTTTCTTTACAATCCTATAATAAAGAAGTTTATTATTGACAATTATATGAAGTATGCAGT
TTTATCAACTTCTCCTTAGGCTCATGTAATAGGATTCAACATTTATCATGAGTTTTTTGC
TGCCAAAAAAATCATAAAAAAGCCTCTAAGTGAGATTACGAGCAATGAATTTCTGACTAT
CCTTTAGGCTAGCTAATAGAACTTAATTGAATGCAAAATTCTATTGCCTTGGTAAATAGA
TCAAGGCGAAGACTTGATTTATAGAGAGATTAGCTAACATTTTTAACCTCATTTAGCTAG
CAAGTCTGAATCACTTAATTCTTATACCTAAAATCTTCTTCAAAGGCTCTTAAAAAACTA
TTTATATCCATACGCTCAACAATAAGTATATAAACATCTTGAAAATAAATCCTTAACTGA
AGTAAGAGATATCTGTGTTTCTAAATTCAAAGAATATATAAGCTATGGTCCATATCTTAT
TAGAGATAGACAGGATTAACTTGTAAAGCCTGAAACAATATTGTCTTTTTATGTGCATGA
AAGCTCTGGAATTGTTGGAGTTTCAATGATAAGCTAGGACGGAAAAGAAATTCACAAGAA
TTGTTTGGAATATTATTTTAATGCTGATAAATTAGTATCATAAAAGAGAGAACAAGAAAT
CAAAAATTTATATGAATTTATTAGAAACAGATAACCTTATGTCATTATTGTTTCATCAAA
CTGCTCTAGAGCTCTTGTACTGAAATCTAACCTCTATATTCAATTTAAGAACTTATGCAG
GAACATTCTTATGTGTGAACAAACTTTGATGACTTGCTACTTAAACTAGTCTTCTTTTAT
CCAGTCTCCTAAGGATAAATACATATTCTTAGCAAGAAAATAAGCAAAGGCATTTTAGTT
TAGACTATTGGAAGTATGCTCACTTTGGAACTATGAAAGCAATCCATTGCTTGAGATTAA
GCTTCATCCTTTCTAGAAAAAGGTTGACAAAAAGGAATTATAAATTAGATTTGAATAAGT
TATTTAAGAAAGAATATGCCAAGATGGTTTAGAATTCAAAACACTATTTGATAAAAATCT
ATCGTTTAAAGATTGCTTACAATTTATACCAGGTTTTGGTCCAAGAAAATCTCATTTCTT
TATCAGTTAGTTTGAATAAGGCAAAGATTTCAAAGAAATTACTTCTAGAAAAAAGTGCAT
TTAGCTCAATTTGATGGGGGAGAATCTTATTGTCAACTGTATGGCTTTTATGATGTTCTC
TAAATCTGACAATCTCCTAGATCAAACTAAAATACCTTACAATCAGTATTTCATTGTGAA
TCATATTGTTGAAACCATTGACAAATGCTAATTGCTTGATTAAACACCTCAACAAACTGC
TGTTTAATCAGGTGATATGGTAAATTTCTAAGGTTAGTTATAGAAAATGATTTCAAAACC
TGAAGTTTGGATGAACAACTTTGACATTAATGATTATAGCAAACTCTTAGAAAAAAATTA
TCAGAGACCAAATATGGTAATTGTTTTGTCTAAAATATTAGAAAAATTGTGTGCGTTATC
AAATTTAAATGAAAAAATGAAAATGATCCCACCTGAATTGAGCTTGAAATAAATTTTTGA
GTCAATCTACAACATTCATCCAAATTGCATTAGAAAAGGTGCTTAGCTCATGTTAAAATT
TAGAGATATTACTGAAAAATACATTGAATTTACTTCAAAGGATTTCAAAATTAGATGCAG
ACTAATGAAGTCAGACATTCCTAATGGGCTGGCAGTAGAAAAATTCTATTAGAAAAAAAG
GAATGCTGAGATTGAACTGATTCTTGATTCTACCAAAGTGTTTGAAAATCAAAATGAAAA
TACTCATTAAATCGATGCGATCTTCGATAACAAAGTAACATTCACTTATCCGGATTACAA
AGCTCTAGCAACGCAGATTGTGACAGAGTTCAAAGACAAAAACCCTTATTTTGGTCAGTT
AGATTAAACAGACTTACCTTCCACGAGAGTAGACTTAAAATCTTAGTTTAATATATTCTC
TAAAGAAATGGAAAAGAATCCTCATAATGTGATTGATCTTACTGAAAGTACTCCATCTTT
CTAAATGCAATAGCAGTGTAAACAAATTTAAGAATCTTCTTCTTCTTCTTGGGCTAACTC
TTCCGGCTCTTCTACTGTATAAAGTAATTAAACTTGGGCTAGTAACGATTCTAATCAGGG
ATGGAATAATAGCAACTAAGCTTAAAATGAGCAGTCGCTAAGATAAAAAGATAATTCTTA
ATCAGAATTTAAAAAACCTTTTAATAAGAACAACAATTAGAATGATTTCTCAGCAGGTGA
TAATTCTTCATCATCATGGGGTACCAGTTAAACGAAACCCTCTTGGGAGTCTAAATAAAG
TGAATCTAATAACTTTAACGACTAGCCTTTGAGAAGTAGAAATTAGTAGTAATAAAACTC
AAATTTTAAAAATGATAACAATTCATTTGGGAATAAAGAATAGTCCTCAGGATGGAATTA
GTCTAATAACAATAATAATAGTGATACGAGTGGATGGGGTAATAGTAGCAATGATTCAGG
CTAAAATGCTTCCAAAGAAGATGGATGGGGTTCTTCCAATAATAAAACTAATTCTAATGA
AGGAGGAGGATGGGGATAAAACATGAATAAATCTTCTGATAATGATTGGAGTAAATAGGA
TAATTCAAGTAGCTGGGGTGGTGCTTAAAATAACAAAGCTCCTACTAATAATTTAGCAAA
AAGTAGCTCAAACGAAGGAGGTGGATGGGGAAACAACTCATCATCTTCTTCTTCAAATAA
TTGGGGAGCATCGAAAGACCAAACTTCTACAAATGAAAGTGGTGGAAATGGCTGGAATTC
TTCATAAAATAATGATAACTCAGGATGGGGAACTTCAAATACTTCATCATCTAGTAATTT
TGGCTAGAATTCTGGTAGAGAAAGAAACTAAAATGGAGGTAACAAGGGAAAAGGCTGTTT
CAAATGTGGCAAAGTTGGTCATATGGCAAAAGACTGCACAGAACCATAGCAACAAGGCAG
AAAATAAAGTGGCGCTTGCTTTAAATGCAACCAAGAAGGCCACATGTCTAAAGATTGTCC
AAATCAATAATAAAAAAAAAGTGGATGTTTTAAATGCGGTGAAGAAGGGCATTTTTCAAA
AGATTGCCCCAATCCCCAAAAATAATAGCAATAAAAACCTAGAGGGGGCGCATGTTTTAA
ATGCGGAGAAGAAGGGCACATTTCAAAAGATTGTCCTAACCCTTAAAAACAGTAGTAAAA
AAATACATGTTTTAAATGTAAACAAGAAGGCCACATTTCCAAAGATTGTCCAAACTCATA
AAACTCAGGAGGAAATAAGTGCTTTAACTGTAATTAAGAAGGTCATATGTCAAAAGACTG
TCCTAACCCATCTTAAAAGAAAAAAGGATGCTTCAATTGTGGAGAAGAAGGTCATTAATC
TAGAGAATGCACTAAAGAGAGGAAGGAGCGTCCACCACGCAATAATAACAACAATAATAA
TGGTAATTTTAGAGGAAATAAGCAATTTGGAGGAGGTGGAAATTCTAATGGAGGCTAATC
ATGGGGAACTTCCTCTGGCAGTGATTGGAATTGTTAAAGTAATGTCTAAGAAAGCACAAC
TACATCATCTGGAGGATGGGGTAGCAGTGGATCTGGTAATTAAACTGGAGGAGGATGGGG
ATCTAATGATAACCAATAATAGCAAAATGAAAATACAGGAGGAGGCGGGTGGGGATCATC
CAATTCAAATTAAACCAATAATGAGAGTTCTTGGGGTTCAAACAATCAGGCATCTTCAGG
TGAAAATTAAAATAACTAGTGGGGTAACGGAGGAGGATCAGGTGGTTGGTGAAGCAAATT
AATTACTGATTAGTTTTTTTTGTTTGTGACAGTTAATTAATTCGATTGAAAGAGAACTTA
CTTCTTAATTAAGTTGAGTGTGAAGAGAAATTTGAATGAATAGAAGTAGGTTTTAAAGTT
AATCAATTAAGTTAATACAAGAAAACTCAAACAAAAGATAATTAATTTATATATAACTCT
ATTTAATCAATAAAATAAACAAACATTTTTTAATCCCCTAAAGTTATTTGTTGTAGATTA
TGTTTTTTAAT



>TTHERM_01091290(protein)
MEIEVNLQISNQIAGDREVYQRTKQEMSDQYCTTKISSTETNDIESDCGISQCISPIGSE
EFLKIKSESQEKLKDPQSKTAYIMLQKRRHVQLDQITEMEDVSSSVISDSDVQQSYEFQR
KMIKVSSQFNAYLDKNIYCDQTTSYAPIAQSTPEAEEQKKSFATNFNKNFNSEKMSKIFS
SSKDINLVQTDVPERFQLLLNNFVAGKQINEDVMKHLVRWIYSNLSQKDGTNKIKLETVE
NVVRLVVQQKMEVMTIWNNESNFIPNISIQTLWDIFNLMINYKDEIYFPRSRNEEVVIEM
YSIRQISDIIQFFMNVAQNSKEFNDIQQHLNYLKCCFEIQARKVSDLLQSHLTKINQARE
YNIPQIIYQYFDDSSCCAEMLFPKITDLAPYKEEYEAKFNPIRQQASQKLINQMEIYNEE
NLLSHIYQNYTQLSQQERLNLSELIQDYICIDFLYNPIIKKFIIDNYMKYAVLSTSPQAH
VIGFNIYHEFFAAKKIIKKPLSEITSNEFLTILQASQQNLIECKILLPWQIDQGEDLIYR
EISQHFQPHLASKSESLNSYTQNLLQRLLKNYLYPYAQQQVYKHLENKSLTEVRDICVSK
FKEYISYGPYLIRDRQDQLVKPETILSFYVHESSGIVGVSMISQDGKEIHKNCLEYYFNA
DKLVSQKREQEIKNLYEFIRNRQPYVIIVSSNCSRALVLKSNLYIQFKNLCRNILMCEQT
LMTCYLNQSSFIQSPKDKYIFLARKQAKAFQFRLLEVCSLWNYESNPLLEIKLHPFQKKV
DKKELQIRFEQVIQERICQDGLEFKTLFDKNLSFKDCLQFIPGFGPRKSHFFISQFEQGK
DFKEITSRKKCIQLNLMGENLIVNCMAFMMFSKSDNLLDQTKIPYNQYFIVNHIVETIDK
CQLLDQTPQQTAVQSGDMVNFQGQLQKMISKPEVWMNNFDINDYSKLLEKNYQRPNMVIV
LSKILEKLCALSNLNEKMKMIPPELSLKQIFESIYNIHPNCIRKGAQLMLKFRDITEKYI
EFTSKDFKIRCRLMKSDIPNGLAVEKFYQKKRNAEIELILDSTKVFENQNENTHQIDAIF
DNKVTFTYPDYKALATQIVTEFKDKNPYFGQLDQTDLPSTRVDLKSQFNIFSKEMEKNPH
NVIDLTESTPSFQMQQQCKQIQESSSSSWANSSGSSTVQSNQTWASNDSNQGWNNSNQAQ
NEQSLRQKDNSQSEFKKPFNKNNNQNDFSAGDNSSSSWGTSQTKPSWESKQSESNNFNDQ
PLRSRNQQQQNSNFKNDNNSFGNKEQSSGWNQSNNNNNSDTSGWGNSSNDSGQNASKEDG
WGSSNNKTNSNEGGGWGQNMNKSSDNDWSKQDNSSSWGGAQNNKAPTNNLAKSSSNEGGG
WGNNSSSSSSNNWGASKDQTSTNESGGNGWNSSQNNDNSGWGTSNTSSSSNFGQNSGRER
NQNGGNKGKGCFKCGKVGHMAKDCTEPQQQGRKQSGACFKCNQEGHMSKDCPNQQQKKSG
CFKCGEEGHFSKDCPNPQKQQQQKPRGGACFKCGEEGHISKDCPNPQKQQQKNTCFKCKQ
EGHISKDCPNSQNSGGNKCFNCNQEGHMSKDCPNPSQKKKGCFNCGEEGHQSRECTKERK
ERPPRNNNNNNNGNFRGNKQFGGGGNSNGGQSWGTSSGSDWNCQSNVQESTTTSSGGWGS
SGSGNQTGGGWGSNDNQQQQNENTGGGGWGSSNSNQTNNESSWGSNNQASSGENQNNQWG
NGGGSGGW