Identifiers and Description

Gene Model Identifier

TTHERM_00423370

Standard Name

MYO5 (MYOsin )

Aliases

PreTt13970 | 47.m00165

Description

MYO5 myosin head protein; Myosin heavy chain; member of proposed myosin Class XX, distinct from previously defined myosin classes; contains predicted coiled-coil, myosin tail homology (MyTH4), and FERM domains; MyTH4 domain

Genome Browser (Macronucleus)

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Genome Browser (Micronucleus)

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External Links

Gene Ontology Annotations

Molecular Function

Biological Process

  • (R)-mevalonic acid biosynthetic process (IEA) | GO:1901737
  • cellular response to dopamine (IEA) | GO:1903351
  • commissural neuron axon guidance (IEA) | GO:0071679
  • glycolytic process from glycerol (IEA) | GO:0061613
  • high-affinity hexose transport (IEA) | GO:0008646
  • induction of apoptosis by extracellular signals (IEA) | GO:0008624
  • negative regulation of chemokine-mediated signaling pathway (IEA) | GO:0070100
  • negative regulation of L-glutamine biosynthetic process (IEA) | GO:0062133
  • negative regulation of postsynaptic membrane organization (IEA) | GO:1901627
  • obsolete histone succinylation (IEA) | GO:0106077
  • obsolete metabolism by symbiont of host xylan (IEA) | GO:0052177
  • obsolete modification of morphology or physiology of other organism via substance secreted by type IV secretion system involved in symbiotic interaction (IEA) | GO:0052208
  • obsolete modulation of catalytic activity in other organism involved in symbiotic interaction (IEA) | GO:0052203
  • obsolete negative regulation by host of symbiont defense response (IEA) | GO:0052196
  • obsolete regulation of nucleic acid-templated transcription (IEA) | GO:1903506
  • obsolete response to long exposure to lithium ion (IEA) | GO:0043460
  • photosynthetic NADP+ reduction (IEA) | GO:0009780
  • plant-type cell wall modification (IEA) | GO:0009827
  • plant-type cell wall modification involved in multidimensional cell growth (IEA) | GO:0009831
  • positive regulation of interferon-alpha secretion (IEA) | GO:1902741
  • striated muscle myosin thick filament assembly (IEA) | GO:0071688

Domains

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
2217 MYO10, MYO11, MYO1, MYO4, MYO9, MYO5, MYO12, MYO3, MYO13, MYO4a, MYO2 Proteins of the myosin superfamily are ATP-dependent molecular motors that travel unidirectionally along actin filaments. The myosin heavy chain proteins are comprised of three domains: a head (motor) domain responsible for ATP hydrolysis at the N-terminus, a neck (lever arm) region, and a C-terminal tail region. Thirteen predicted myosin heavy chain genes have been identified in the Tetrahymena genome and named MYO1-MYO13. A phylogenetic analysis comparing these predicted proteins with the 19 previously identified myosin classes suggests that Myo1p-Myo12p belong to a previously undescribed class of myosins. This new family, designated Class XX, does not include Myo13p, which did not branch with this class or any of the other classes in the analysis. The neck and tail regions of the Tetrahymena myosins include a variety of domains characterized in other myosin classes, with each protein containing one or more of the following domains: coiled-coil (which may support dimerization); IQ motif (binding sites for calmodulin or calmodulin-like proteins); FERM domain (Four-point-one protein, Ezrin, Radixin, Moesin homology); and MyTH4 domain (Myosin Tail Homology 4).

Associated Literature

  1. Ref:16505385: Foth BJ, Goedecke MC, Soldati D (2006) New insights into myosin evolution and classification. Proceedings of the National Academy of Sciences of the United States of America 103(10):3681-6
  2. Ref:15988740: Williams SA, Gavin RH (2005) Myosin genes in Tetrahymena. Cell motility and the cytoskeleton 61(4):237-43

Sequences 

>TTHERM_00423370(coding)
ATGGCAGCAAAAGCTAATTAAAAAAGCAAGGTTAATACTACTTGGATGGTTCCAGATACT
CCAGCTTGGATAGAAGTTGGAAAGGAAGAACCAGAGACGAAGAAAGTTTTTATGAAAGCG
ACAATTATTGATATAAATAAGGATAAAACATAAGTAAAATTAACAAAAAAAGAAGATAAT
GAGGCTATTCCTGATGAAGTAAGTGTCGAGAAGGTATATCAAGTAAATTAATTGCCTGAA
ACCGGATTTTCGGATATGGTAAGAATGGATAACCTGAATGAAGCAGAAATTATAAACAAT
TTGGAATTAAGATATTCTAAAGATATTATTTATACTTATATTGGGCCAACATTAATCGTG
ATGAATCCATATAAATATATAGAAAGTGCTATGAGCGAACAACTTTTACTTATGTATTAA
AATGAGCTTATTAGTAAAGGATTTATTGATTAAAGGGAAACTCCTCCTCATACATATGCA
GTAGCTGGATAAGCTTTTAGTAAACTGTTTGAGAATATGAAAAATCAAGCAATAGTAATT
AGTGGAGAGTCAGGTGCAGGAAAAACAGAAAATGCAAAATTAGCGATGAAATTTTTAACT
ACAATGAGTCATCATGATTCAAATACAGTGATTAGGATTTCAAAAGGAGAGTCTTCCATA
GAAGATAAAATATTGAGTTGTAATCCTATCCTAGAAGCGTTTGGAAATGCTAAAACTGTT
AGAAATGACAATTCAAGTAGATTTGGTAAATATGTCAGTATCTTAGTTGATAAAAAGTCG
CATAAAATTCAGGGAGCTTCCATAACTAATTACTTACTTGAAAAAAGTAGAGTTACTGTT
TAGGGATAAAATGAAAGAAATTATCATATTTTCTACCACTTACTCAAGGGTTGTTCTGCT
GCTGACAAGAAAAAATTAGGTTTAGTGGATCCAAACAATGGATTACCTTTTGATCCAGAA
CAATTTTAATATTTAAAAGATGGCGGATGCTATGAAGTTAGCACAATTGATGATTATGCA
CTATACAATGAAGTTTAAGATTCTTTTACTAGGATGAATTTTTCTTAACACGAGAGAAAC
ACTATTTGGAGGATTTTGTGTGCTATTTTACTTTTGGGAAACATCAGATTTGATAAAACA
ACTCTCACTGATTCAAAGCCCTGCAGTATTATTGGGATTGACTTCTCTAAAAAAGTAGCA
GATTTACTTGATATGTAATATAATATATTGGAGAGATGTCTTCTTATTAAAAGGCGTAAA
GTTGGTAATGATATTACTGAGTCACCACTTAATGAATAAGATATTTATGCAAATAGAGAT
AGCTTGGCTAGAACTTTATATGATAACCTTTTTACATGGTTAGTTAAGAGATTAAATCTT
ACTGTTCTCCCATCAGAATTGTCTGAAAAATAGCTTCAAGAATAATGTCTCTCAATAGGA
TTACTCGATATTTTTGGTTTCGAAGTGTTTAAAGTGAACAGTTTTGAGCAATTGTGCATC
AATTATACTAATGAGAAGCTATAGCAGCTATATATTTCTTACGTCTTCAAATCCGAAGAG
TAGGAGTTTATCAATGAGGGACTAAAAGATCATATTGGATAGCTAAGCTACACTGATAAT
TAAGAAGTTATTGATTTGATGGATAAATATCCGAAAGGTATATTTGATCTCCTTGATGAG
AGCTCCTCTCTCGGATCTTCGACTGACTAGCAACTATTTTAAAAAATATGTTCTACCCAT
AAATCTTCTCAATTCTTTATCCTTAATAAGTCAAGCGCAGATTCTTTTGTAATCAAGCAC
ACAGCTAAAAATGTTGAGTATTGCATAAATAATTTTAGAACAAAAAATAAAGCTGAAATT
AGCTAAGATATTATTGATACTGTACTGTCATCAACTAATGAGTTACTTGGAGATATATTT
TTAGGTCTTGTTGGTGAAGAGGTTAAACAAAAATAATTTATTATTAGTTAGCCTAAAAAG
CCTTCAAAAAATGATAAATTTTTAGGAGCAAAGTTCAGATTTTAAATGAAGTAGCTTATG
GATGAATTGATGAATGCTGATTGTCATTTTATTAGATGCATTAAACCAAACGAAGTTAAG
AAAAAAGATTACTTTTTACAAGGATATGCTTTTATATAAATAAGATATTTAGGTGTCCTA
GAAGCTATTTATGTTAGAAAAGAAGGATTTCCTTATAGAAAAAATTTTAAAGACTTGTAC
ACTTAATATGGAGATATGGTCAAAAAATTTAGAGGAGTTTCTCTGAAGAAATAAATAGAA
TAGAAAGCTAACTTTAATTAAATAAGTGAAGATATAATAGCTTAGCTTTTGCCAAACGTA
GATAAGAAGAAATTACTTTATGGTAAGACTAAGATTTTTACTAAGGATGATGTTGGTAGA
GAATTAGATGAATTACTTCACGTGTGGTTCCAAAAGAAAAATGATTTTGCTAAGCACATT
CAACACTAATTTAAAGTTTTTAAGTTTAAAAAAAATATTCTGGCAAATTTGAAGAGATTA
TCTAAAATTGTTAAATGCTTCAGACGCTTAGCTGCGATGTATAAAATGAAAAAGCAAAGA
AAGAAATTCTTATGCATGAAGGCATCTGTGTTTAGAGTCAAAGTTATTAGAGTAAAATTA
TTTAAGAAAATGGCTTTTGGAATTTGGAAAGATTTGATAATTGAATAACTGAGAAAAGAA
AGAAAGAAAAAGAGCTTAGCTTTAATGATGAAATTATTTGACTATCATATTAAGAAGAAA
AACTTTAATAACTACAAGGCTAAAGTATAATCAAAGAAAAAGTAAATTTAGGATTAGCTT
GAAAGAGAAGCAGAGATTAAATAAAAATAGTTATAAGAGCAATAAAGGTTGGAAAAGAAA
AAGAGAGAATAAGAAGAAAAGCAATAAATATAACTCTAGCAATATCAGACTCAAGGAATG
GAAATGTGTGTCAGTCCTGATACTACAAAAGAAATGACTATGAACACTGAAAACTCTAAT
GAATATTCAAATGAAAAAAAATCTAATGAGGAAAACTCATTCTAGATGGATTCTCTAAAT
TAATCATTAAATATGTCATTTGTTGACTAAATTCCTAATCACGATAAAATGATCCATGAA
AATCTAAAAAGAGGTACACTAGCTCATCGAATGACTAATTTAATTAACCAGAAGAAAATA
GACCAAAGAAATATGCAATCAAGTGATACTTTTGATGATGACAATGACGATAAAGAAACT
TCCGTTATTGACAACTATCTAAACCCAGAATAAACACCTGAAGAATTATAAGGATAAGTT
AACATTGACAAAGTTTATCTTTCACAAGACTGCATGTTCAATATATAAAATATACAAGAA
TCTCTTAAATAAAGAATATTAGAAAACGACTACATCCAATTTTGTAAAGACATTTACAAA
AAGAGAAGTAGTTGGGGAAGGACTATTCCTTTTGAAAAGTAGGGTTTCCATTAAAAAGAA
CCTCTGAAAAAGCCTTTAACCAATATATCACCTCTCTTAGAACCAATTGCAATAAAAGCA
TTCACGAGAATACTAAAATATTCAGAAGTTCTAAAATCTAAAAGAGATTCAAGGATGCAA
GCTTATAAGCTTTTAGAATTGTGCTTTGATTAAGATAGCTCTCTGCAAGATGAGGTTTTC
TTATAAATTGCTAAACAATTGCAAACTGATGATCTAAGCTTAAAGAAAAAATACTATTCG
TTAATGGCTATTTATTCTAGCTTCATTAGTACTAGCTCAAACACTATATATCCCCTATTA
AACTGCTTCTATAATTTAACATTAACTGAGAAAGATGAAATTAATAAATAAAGATGTAAA
TTTATTTTCACAAGAATAAGAAAATGCTTTTAATCTCCAAGAGTTTACTTGCCTACTAAA
CAAGAAATATAAATGATTGAAAACAGAAAGAGTATTATGGTTCCTATTTATATTTATATT
AATCGCTGTATTTTTATTGCTGTAGAAAGCTATACTGATATTAGTAGCGCTATTAGTTTT
GCATTAAGAGAATTAGAAATAGAAACAAATTAGCGAAACTACTGCCTGATTGAATAAATT
ACTATTGAGAATTTAGACTCATAAGATGAGAATAATAAAGTAATAATTGAAGAGAATATT
TTAGGAGATGACGAAAAAATTATGGATATTTATAGCTGTTGGGAGAATGAAAAAGACTTA
ATTAAAAAGAAAAAATTAAAGCAAAGCTTTTCTGCAAAAATTATATTTAAAATAAAAAAC
TTTTTTAAATTCAATAAATACGACATAGATTCAATATTCATGTATTTCGCTCACTGCTGT
TAAGATTATTTAAATGGCAGATTTGTTTTGTAAGATAATGTAATTGTTAGATTGGCTTTA
CTTAAGCTCATTAATGATTATAACAGTATCTAAGAGGCTTAAAAAATCCTTAAAAACGTT
AAACTGAAACTTCATGAATATATTCCTATCAACGAAAAGTCTGAGTCTTTGATAAATAAC
TGGCAAACTGCTGCACTTTCACTTTGCAATAAGATACCTTAATGTGATTCTTCTTAAGCT
AGGACTCTATTTTTAAATACACTTAAAAAGCATAGCTTTCTTTTTATGTCTCACCAATTT
GAATGTCATTTTTACACATCAGATTCTTATTAAAGAAATTCCTTTGCTTAAAATAGCACA
GTAGAAGAAGCTATAGTTGCAATTAAGCCTTTTGAAATTCTAATTTTAGAAAAGTAATCT
AAAGACATAATTGACTAATTTAAATTGAGTGAAATTGTTAAATTTGGAAAACAATCTTAA
AATAGAATAACTATTATTTTAGGAGATACAAAAACATTCCATTTTCAATTAAAAGATGCT
GACCCATATATTTAAATCATTAATTAATATATTAAAATGGCTCTAAGTCCTGTGTGA



>TTHERM_00423370(gene)
ATATGATTAGCAAGCAATGCCTTAATGACTTGGGCTTGTATATAATTACATTGTGCCTTA
AAATTTATAATTAACAAATGTGTTTGAGATGATAATTTTAATATATTATTATTATTATTA
TATATTTATAATAATTTCGCAAAGATATTTACATCAAATAATTTTAAAGAATATAAACTC
CTTGCAAATTAGTGTAATAGAGTGAGGTAGAGTTTTATTTTAGAGCAAACAAAAAATAAC
TAACTATAAAGCATATGGCAGCAAAAGCTAATTAAAAAAGCAAGGTTAATACTACTTGGA
TGGTTCCAGATACTCCAGCTTGGATAGAAGTTGGAAAGGAAGAACCAGAGACGAAGAAAG
TTTTTATGAAAGCGACAATTATTGATATAAATAAGGATAAAACATAAGTAAAATTAACAA
AAAAAGAAGATAATGAGGCTATTCCTGATGAAGTAAGTGTCGAGAAGGTATATCAAGTAA
ATTAATTGCCTGAAACCGGATTTTCGGATATGGTAAGAATGGATAACCTGAATGAAGCAG
AAATTATAAACAATTTGGAATTAAGATATTCTAAAGATATTATTTATACTTATATTGGGC
CAACATTAATCGTGATGAATCCATATAAATATATAGAAAGTGCTATGAGCGAACAACTTT
TACTTATGTATTAAAATGAGCTTATTAGTAAAGGATTTATTGATTAAAGGGAAACTCCTC
CTCATACATATGCAGTAGCTGGATAAGCTTTTAGTAAACTGTTTGAGAATATGAAAAATC
AAGCAATAGTAATTAGTGGAGAGTCAGGTGCAGGAAAAACAGAAAATGCAAAATTAGCGA
TGAAATTTTTAACTACAATGAGTCATCATGATTCAAATACAGTGATTAGGATTTCAAAAG
GAGAGTCTTCCATAGAAGATAAAATATTGAGTTGTAATCCTATCCTAGAAGCGTTTGGAA
ATGCTAAAACTGTTAGAAATGACAATTCAAGTAGATTTGGTAAATATGTCAGTATCTTAG
TTGATAAAAAGTCGCATAAAATTCAGGGAGCTTCCATAACTAATTACTTACTTGAAAAAA
GTAGAGTTACTGTTTAGGGATAAAATGAAAGAAATTATCATATTTTCTACCACTTACTCA
AGGGTTGTTCTGCTGCTGACAAGAAAAAATTAGGTTTAGTGGATCCAAACAATGGATTAC
CTTTTGATCCAGAACAATTTTAATATTTAAAAGATGGCGGATGCTATGAAGTTAGCACAA
TTGATGATTATGCACTATACAATGAAGTTTAAGATTCTTTTACTAGGATGAATTTTTCTT
AACACGAGAGAAACACTATTTGGAGGATTTTGTGTGCTATTTTACTTTTGGGAAACATCA
GATTTGATAAAACAACTCTCACTGATTCAAAGCCCTGCAGTATTATTGGGATTGACTTCT
CTAAAAAAGTAGCAGATTTACTTGATATGTAATATAATATATTGGAGAGATGTCTTCTTA
TTAAAAGGCGTAAAGTTGGTAATGATATTACTGAGTCACCACTTAATGAATAAGATATTT
ATGCAAATAGAGATAGCTTGGCTAGAACTTTATATGATAACCTTTTTACATGGTTAGTTA
AGAGATTAAATCTTACTGTTCTCCCATCAGAATTGTCTGAAAAATAGCTTCAAGAATAAT
GTCTCTCAATAGGATTACTCGATATTTTTGGTTTCGAAGTGTTTAAAGTGAACAGTTTTG
AGCAATTGTGCATCAATTATACTAATGAGAAGCTATAGCAGCTATATATTTCTTACGTCT
TCAAATCCGAAGAGTAGGAGTTTATCAATGAGGGACTAAAAGATCATATTGGATAGCTAA
GCTACACTGATAATTAAGAAGTTATTGATTTGATGGATAAATATCCGAAAGGTATATTTG
ATCTCCTTGATGAGAGCTCCTCTCTCGGATCTTCGACTGACTAGCAACTATTTTAAAAAA
TATGTTCTACCCATAAATCTTCTCAATTCTTTATCCTTAATAAGTCAAGCGCAGATTCTT
TTGTAATCAAGCACACAGCTAAAAATGTTGAGTATTGCATAAATAATTTTAGAACAAAAA
ATAAAGCTGAAATTAGCTAAGATATTATTGATACTGTACTGTCATCAACTAATGAGTTAC
TTGGAGATATATTTTTAGGTCTTGTTGGTGAAGAGGTTAAACAAAAATAATTTATTATTA
GTTAGCCTAAAAAGCCTTCAAAAAATGATAAATTTTTAGGAGCAAAGTTCAGATTTTAAA
TGAAGTAGCTTATGGATGAATTGATGAATGCTGATTGTCATTTTATTAGATGCATTAAAC
CAAACGAAGTTAAGAAAAAAGATTACTTTTTACAAGGATATGCTTTTATATAAATAAGAT
ATTTAGGTGTCCTAGAAGCTATTTATGTTAGAAAAGAAGGATTTCCTTATAGAAAAAATT
TTAAAGACTTGTACACTTAATATGGAGATATGGTCAAAAAATTTAGAGGAGTTTCTCTGA
AGAAATAAATAGAATAGAAAGCTAACTTTAATTAAATAAGTGAAGATATAATAGCTTAGC
TTTTGCCAAACGTAGATAAGAAGAAATTACTTTATGGTAAGACTAAGATTTTTACTAAGG
ATGATGTTGGTAGAGAATTAGATGAATTACTTCACGTGTGGTTCCAAAAGAAAAATGATT
TTGCTAAGCACATTCAACACTAATTTAAAGTTTTTAAGTTTAAAAAAAATATTCTGGCAA
ATTTGAAGAGATTATCTAAAATTGTTAAATGCTTCAGACGCTTAGCTGCGATGTATAAAA
TGAAAAAGCAAAGAAAGAAATTCTTATGCATGAAGGCATCTGTGTTTAGAGTCAAAGTTA
TTAGAGTAAAATTATTTAAGAAAATGGCTTTTGGAATTTGGAAAGATTTGATAATTGAAT
AACTGAGAAAAGAAAGAAAGAAAAAGAGCTTAGCTTTAATGATGAAATTATTTGACTATC
ATATTAAGAAGAAAAACTTTAATAACTACAAGGCTAAAGTATAATCAAAGAAAAAGTAAA
TTTAGGATTAGCTTGAAAGAGAAGCAGAGATTAAATAAAAATAGTTATAAGAGCAATAAA
GGTTGGAAAAGAAAAAGAGAGAATAAGAAGAAAAGCAATAAATATAACTCTAGCAATATC
AGACTCAAGGAATGGAAATGTGTGTCAGTCCTGATACTACAAAAGAAATGACTATGAACA
CTGAAAACTCTAATGAATATTCAAATGAAAAAAAATCTAATGAGGAAAACTCATTCTAGA
TGGATTCTCTAAATTAATCATTAAATATGTCATTTGTTGACTAAATTCCTAATCACGATA
AAATGATCCATGAAAATCTAAAAAGAGGTACACTAGCTCATCGAATGACTAATTTAATTA
ACCAGAAGAAAATAGACCAAAGAAATATGCAATCAAGTGATACTTTTGATGATGACAATG
ACGATAAAGAAACTTCCGTTATTGACAACTATCTAAACCCAGAATAAACACCTGAAGAAT
TATAAGGATAAGTTAACATTGACAAAGTTTATCTTTCACAAGACTGCATGTTCAATATAT
AAAATATACAAGAATCTCTTAAATAAAGAATATTAGAAAACGACTACATCCAATTTTGTA
AAGACATTTACAAAAAGAGAAGTAGTTGGGGAAGGACTATTCCTTTTGAAAAGTAGGGTT
TCCATTAAAAAGAACCTCTGAAAAAGCCTTTAACCAATATATCACCTCTCTTAGAACCAA
TTGCAATAAAAGCATTCACGAGAATACTAAAATATTCAGAAGTTCTAAAATCTAAAAGAG
ATTCAAGGATGCAAGCTTATAAGCTTTTAGAATTGTGCTTTGATTAAGATAGCTCTCTGC
AAGATGAGGTTTTCTTATAAATTGCTAAACAATTGCAAACTGATGATCTAAGCTTAAAGA
AAAAATACTATTCGTTAATGGCTATTTATTCTAGCTTCATTAGTACTAGCTCAAACACTA
TATATCCCCTATTAAACTGCTTCTATAATTTAACATTAACTGAGAAAGATGAAATTAATA
AATAAAGATGTAAATTTATTTTCACAAGAATAAGAAAATGCTTTTAATCTCCAAGAGTTT
ACTTGCCTACTAAACAAGAAATATAAATGATTGAAAACAGAAAGAGTATTATGGTTCCTA
TTTATATTTATATTAATCGCTGTATTTTTATTGCTGTAGAAAGCTATACTGATATTAGTA
GCGCTATTAGTTTTGCATTAAGAGAATTAGAAATAGAAACAAATTAGCGAAACTACTGCC
TGATTGAATAAATTACTATTGAGAATTTAGACTCATAAGATGAGAATAATAAAGTAATAA
TTGAAGAGAATATTTTAGGAGATGACGAAAAAATTATGGATATTTATAGCTGTTGGGAGA
ATGAAAAAGACTTAATTAAAAAGAAAAAATTAAAGCAAAGCTTTTCTGCAAAAATTATAT
TTAAAATAAAAAACTTTTTTAAATTCAATAAATACGACATAGATTCAATATTCATGTATT
TCGCTCACTGCTGTTAAGATTATTTAAATGGCAGATTTGTTTTGTAAGATAATGTAATTG
TTAGATTGGCTTTACTTAAGCTCATTAATGATTATAACAGTATCTAAGAGGCTTAAAAAA
TCCTTAAAAACGTTAAACTGAAACTTCATGAATATATTCCTATCAACGAAAAGTCTGAGT
CTTTGATAAATAACTGGCAAACTGCTGCACTTTCACTTTGCAATAAGATACCTTAATGTG
ATTCTTCTTAAGCTAGGACTCTATTTTTAAATACACTTAAAAAGCATAGCTTTCTTTTTA
TGTCTCACCAATTTGAATGTCATTTTTACACATCAGATTCTTATTAAAGAAATTCCTTTG
CTTAAAATAGCACAGTAGAAGAAGCTATAGTTGCAATTAAGCCTTTTGAAATTCTAATTT
TAGAAAAGTAATCTAAAGACATAATTGACTAATTTAAATTGAGTGAAATTGTTAAATTTG
GAAAACAATCTTAAAATAGAATAACTATTATTTTAGGAGATACAAAAACATTCCATTTTC
AATTAAAAGATGCTGACCCATATATTTAAATCATTAATTAATATATTAAAATGGCTCTAA
GTCCTGTGTGAAATTAATACTCAAATAAATCTATAAAAATATTTCCTTAATAATATTGTA
ATTTATGTAAATAATTTAAATTTTGTCTCTATTTGTTCATTTAAAAATTAA



>TTHERM_00423370(protein)
MAAKANQKSKVNTTWMVPDTPAWIEVGKEEPETKKVFMKATIIDINKDKTQVKLTKKEDN
EAIPDEVSVEKVYQVNQLPETGFSDMVRMDNLNEAEIINNLELRYSKDIIYTYIGPTLIV
MNPYKYIESAMSEQLLLMYQNELISKGFIDQRETPPHTYAVAGQAFSKLFENMKNQAIVI
SGESGAGKTENAKLAMKFLTTMSHHDSNTVIRISKGESSIEDKILSCNPILEAFGNAKTV
RNDNSSRFGKYVSILVDKKSHKIQGASITNYLLEKSRVTVQGQNERNYHIFYHLLKGCSA
ADKKKLGLVDPNNGLPFDPEQFQYLKDGGCYEVSTIDDYALYNEVQDSFTRMNFSQHERN
TIWRILCAILLLGNIRFDKTTLTDSKPCSIIGIDFSKKVADLLDMQYNILERCLLIKRRK
VGNDITESPLNEQDIYANRDSLARTLYDNLFTWLVKRLNLTVLPSELSEKQLQEQCLSIG
LLDIFGFEVFKVNSFEQLCINYTNEKLQQLYISYVFKSEEQEFINEGLKDHIGQLSYTDN
QEVIDLMDKYPKGIFDLLDESSSLGSSTDQQLFQKICSTHKSSQFFILNKSSADSFVIKH
TAKNVEYCINNFRTKNKAEISQDIIDTVLSSTNELLGDIFLGLVGEEVKQKQFIISQPKK
PSKNDKFLGAKFRFQMKQLMDELMNADCHFIRCIKPNEVKKKDYFLQGYAFIQIRYLGVL
EAIYVRKEGFPYRKNFKDLYTQYGDMVKKFRGVSLKKQIEQKANFNQISEDIIAQLLPNV
DKKKLLYGKTKIFTKDDVGRELDELLHVWFQKKNDFAKHIQHQFKVFKFKKNILANLKRL
SKIVKCFRRLAAMYKMKKQRKKFLCMKASVFRVKVIRVKLFKKMAFGIWKDLIIEQLRKE
RKKKSLALMMKLFDYHIKKKNFNNYKAKVQSKKKQIQDQLEREAEIKQKQLQEQQRLEKK
KREQEEKQQIQLQQYQTQGMEMCVSPDTTKEMTMNTENSNEYSNEKKSNEENSFQMDSLN
QSLNMSFVDQIPNHDKMIHENLKRGTLAHRMTNLINQKKIDQRNMQSSDTFDDDNDDKET
SVIDNYLNPEQTPEELQGQVNIDKVYLSQDCMFNIQNIQESLKQRILENDYIQFCKDIYK
KRSSWGRTIPFEKQGFHQKEPLKKPLTNISPLLEPIAIKAFTRILKYSEVLKSKRDSRMQ
AYKLLELCFDQDSSLQDEVFLQIAKQLQTDDLSLKKKYYSLMAIYSSFISTSSNTIYPLL
NCFYNLTLTEKDEINKQRCKFIFTRIRKCFQSPRVYLPTKQEIQMIENRKSIMVPIYIYI
NRCIFIAVESYTDISSAISFALRELEIETNQRNYCLIEQITIENLDSQDENNKVIIEENI
LGDDEKIMDIYSCWENEKDLIKKKKLKQSFSAKIIFKIKNFFKFNKYDIDSIFMYFAHCC
QDYLNGRFVLQDNVIVRLALLKLINDYNSIQEAQKILKNVKLKLHEYIPINEKSESLINN
WQTAALSLCNKIPQCDSSQARTLFLNTLKKHSFLFMSHQFECHFYTSDSYQRNSFAQNST
VEEAIVAIKPFEILILEKQSKDIIDQFKLSEIVKFGKQSQNRITIILGDTKTFHFQLKDA
DPYIQIINQYIKMALSPV