Identifiers and Description
Gene Model Identifier
TTHERM_00463160Standard Name
MYO3 (Fusion of a myosin and an RCC1 protein.)Aliases
PreTt25768 | 54.m00224 | 3823.m01136Description
MYO3 myosin head protein; Myosin heavy chain; member of proposed myosin Class XX- distinct from previously defined myosin classes; contains predicted coiled-coil domain and IQ motifs predicted to bind a calmodulin family proteinGenome Browser (Macronucleus)
Genome Browser (Micronucleus)
External Links
Gene Ontology Annotations
Cellular Component
- myosin complex (IEA) | GO:0016459
Molecular Function
- ATP binding (IEA) | GO:0005524
- cytoskeletal motor activity (IEA) | GO:0003774
Domains
No Data fetched for Domains
Gene Expression Profile
Vegetative Cell Cycle (Zhang et al., 2023)
GeneMania
Tetrahymena Stock Center
No Data fetched for Tetrahymena Stock Center
Homologs
Source Identifier Score Tetrahymena borealis EI9_41090.1 9.997093137033517e-262 Description: hypothetical protein (363 aa) WormBase WBGene00000553 9.997093137033517e-262 Description: locus:cmk-1 Calcium/calmodulin-dependent protein kinase type 1 status:Confirmed UniProt:Q9TXJ0 protein_id:CCD71865.1 Oxytricha Contig18292.0.g108 1.99904246446894e-143 Description: Myosin head (motor domain) DictyBase DDB_G0276617 2.9990837046884738e-127 Description: myoC on chromosome: 2 position 7046886 to 7050545 WormBase WBGene00002039 1.9999366565375063e-113 Description: locus:hum-6 Unconventional myosin heavy chain 6 status:Partially_confirmed UniProt:P91443 protein_id:CCD61190.1 Tetrahymena borealis EI9_21217.1 1.9999366565375063e-113 Description: hypothetical protein (160 aa) SGD YOR326W 9.999453238338778e-112 Description: MYO2 One of two type V myosin motors (along with MYO4) involved in actin-based transport of cargos; required for the polarized delivery of secretory vesicles, the vacuole, late Golgi elements, peroxisomes, and the mitotic spindle Stentor Coeruleus SteCoe_4080 5.242885663363464e-22 Description: None
General Information
No. Gene Name(s) Paragraph Text 10 MYO1, MYO2, MYO3, MYO4, MYO5, MYO4 , MYO9, MYO10, MYO11, MYO12, MYO13 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
- 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
- Ref:15988740: Williams SA, Gavin RH (2005) Myosin genes in Tetrahymena. Cell motility and the cytoskeleton 61(4):237-43
Sequences
>TTHERM_00463160(coding)
ATGGCTACAAAAAAAGTAGAAAATGAATCCGCTCAATATTCTTGGATTGTTCCACAGGAA
TATTGCTGGATTGCAGAATAAAACTTGAATGATTAAAATTCAGAGGTATTTGTACCTGCT
TAGATTTTAGGTTTTAACAAAATTACAAGAATGGCTACTTGTTAGTTAAGCAGTGGTGGC
GATCCTAAGGAAATTCAAGCAGATAGATTGCTAATCAGGAATGAATAAAATGAGACATTT
GATGACATGGTTAATATGGATTTGTTAAATGAAGCAGAGCTTCTCTAAAATTTAAGAAAA
AGATATGATGAAAATAAAATTTATACATATGTTGGACCAACATTGTTGGCTGTAAACCCT
TTCAAAAAGATAGATAATCTATATGAAGAGTAAACTCTCCTGAAATATATATCGATTATT
GAAAACTTTTCAGAAAAGAATCTTCATAAGAAAATTCCTCCTCATGTTTATGGTCTCACA
GCTGAGTCTTTTAAGGATTTATTTTTAAATGAAAAGAACCAAGCTCTAGTTATTTCGGGT
GAATCTGGCGCTGGAAAAACTGAAAACACAAAATATTGTATGAAATTTTTAACATCTCTT
GGTAATTTAGAATTAACTAGCTAAGAAAAGCTTACAGGAGTTAAAGACCTCGAAGTTAAA
AGAAGAAAATCATCTTATTAAGCTAAAATTCATAATAGGCCTTCAATAGAAGACAAAATT
TTGAGCTGCAATCCAATTTTAGAAGCTTTTGGTAATGCTAAAACAGTGAGAAATGATAAC
TCGAGTAGATTTGGTAAATATGTAACAATTATAGTGAATAAACATAATAAAATGATTGAA
GGAGCTTAAATTGTTAACTATCTCCTAGAAAAAGCTCGTATAACCAACTAGGGATAGGGA
GAGAGAAGCTTCCACATATTTTATCACTTTTTAAAGGGTGCTGATAAAGAGTGTTTGCAG
AGATATGGACTTGAGTATCCTGTTTCTTTTGAAAAGTATGCATATTTATCATAGTCAAAG
TGCTACGCTGTTGATAAAATAGACGACATCAAACTGTTTTAAGAAGTCAATCAATCATTT
TAGATTTTAGGATTTGAAAATGTTTAAGATTCTATTTATTGCTTTATTTCAGCTATCCTT
TTACTAGGAAACTTACAATTTAATGACAAAACCTTATCTAACGATAATCCTTGCTCGATT
TTAAATTTAGAAGTTCTAAGCTAAATTGCTAAGCTTCTTCAAATTGATGAAAAGTAGCTT
ATAGAAGGCTTTACTTTTAGGTTAAGAGTGATTCAAAAATAAAATTTTATGAGTCCTTTG
TAAAAAATAGAATGCATTAATACTAAAGATAGCTTGTCTAAGTATTTATATGAAAGAATG
TTCAATTTAATTGTGTAAAAGCTTAACGAAATAATAGTGCCAAAAGAAAGCATAGACGAG
TCTAAAATAAGTAAAATAGGGCTTCTAGACATATACGGCTTTGAAGTATTCAAAGAAAAT
GGTTTTGAATAGTTTTTTATTAACTACACTAACGAAAAATTGCAACAACTCTATATTTAA
TATGTATTTAAGTAAGAAGAGCAAGTCTTTGTAAAAGAAGGACTTGAAAGCTACCTCCAA
TATTTAAGTTTTACAGATAATAAACCTGTTATTGATTTATTAGACATGCCACCTAGCGGT
ATATTTAATATATTAGATGATATTTGCTAGACAAAAGGTAATGATGAAAAGTTTTTGAAC
AAAATCCGCTAAACACATAAAAACAACAAATATTTTCAGATTCCCAGAATCACTGCAAAG
CCAACTTTTACTATTGTTCATTCTGCTAAGGAAGTAGAATATACTGCCACAGTTTTTACT
GAGAAAAATTAAGATGAAATTTAAGAGCTGATAATGAATGCTTTATTATAGTCTAAAAAT
GAACTACTCTCCTCATTAGCTTAGCAGGAAATTGAATCAAACAAGAACAAAAAAAAGGAA
AAATCTTTGGGAAGTAAATTTAGAACGGAAATGTAATATTTAATGAATGACTTAATGGCT
TGTGACTGTCATTTCATAAGATGCATAAAGCCCAATGAAGAAAAGAAAGCAAATTGTTTT
AGACCCGTTAATGCCCTTTAGCAAGTAAGATATTTAGGTGTCTTAGAATCTATTAAAGTT
AGAAAGTAATCATATCCAATAAGAAAAAATTACTAGCTTTTCTACAAAAGATACTCACTT
ATAAACTAAGATTTTAAGCCTTATCAGCAACTGTGTTAAGAAGACGCTGACTTTATTTCT
CTAAGCAAAGGCTTGTTCAAGACAGTGTTCAAAGGTATAGATGGCAATGGAAATATATTA
TTTGGAAAATCAAGAATTTTCATGTAAAACAGAGCTCTAAATGACATAGAATAAGTGTAT
GAAAACAAATTAGAACAGCTAAACAAAACTGCAAAGAGATTCTAAAAAGCTTATTACTCT
TATAAATAATTAAAAAAGCTAAGGAGATGGTTCTAGCTTATTAGGATATGCTAACAGCTG
ATAAAGGTGAAGATCTTATACAAGAAATTTAAGGATTAAAGAAAAAAAGCATAGAAGATA
TAAAATTGGTATCGAAGACATTTGCAGAGAGAGCTCATTAGAAAATATAGACAGTCTGCT
TTAGTCATATAAAACTATATTAATTATGCAATAAAACTTGAATATTTTAGCATTGTCAAG
AAAAATGTTCTTGTGATACAAAAATGTATTAGAAAATTTTTGGAAAAAGCTAGGTTAAGA
AATATTTAGCATTGCAAGGATAAAATAGAGAATGAAGTGTTAAACTTTGCATGGAATTTT
ATTAGAAAAAGGTCTTGCATTTAGATTTAAAAAATTATTCGCGGTTTTTTGGCAAGGCAG
AAGCTCAGGGAAATGATTTTAAGAGTAAAGATGGTTGGAAGAATGATAAGGGAAAGAAAG
GCTGCTACTAAAATTCAAACTAATTACAGAATGCATACTAATAGAAAGAAATTTTTAGAA
AAAAAGAAAGCTGCTATGAAGATTTAGGCTTTTATAAAGATGAAAATCTTGTCTGCGTTT
TACAAATAATTAAAATTCTCCACAAATAAAATACAAAAAGCTATGAGGAAATTTTTGATT
AAAAAGCATATCAGATTAGAAAGATTGTAGTCTTATGTTAATTAATGTGACTTTAAAAAT
TTACTTTCTACTGAATAGTCTAACTCACTTGGATAAGCTGAAGAAAATAATTTATACTCT
AATGTTTAAGAGATGTATTACATATAAAAAAAGATCTAATATAAAAGAAAAAATGCTGGT
AAAAAAATGACTTTGAATAACAAAAAGGTATCTGAAACGATTATTCCTGGAATTTAAATA
CAAAAGAAAACATCTATCAAACCACTTTTTAGCTCTCAAAAGAGTTAAGAATAAATTTCA
AAAATGGTAAACAAATAAGTATGTGAGAATTCTTAATAAAAACCAACATCAGAAGGGAAT
AAAAATAAGATTAAGCTTAAATAAATATCATAATAGTAATTTAATAATTAGACTGATGAA
AATAAACTACAAAATTCTCATGAAAGAGATCATTCTTAAGATATCGTCAATAGCAACAGC
TGTATTGATTTACAAGATATTTTAGATAGGCATCAAGCATAAAAAACAAATATAATAAGC
CCATTAAAAATAGAAGACCAAAAAGCTATCACGAACTAATCAAATGTTGCTAAAAGGTAA
AAGCTGAGATAAAAAGAAAATGAATCAGATTAAAATAAATAATTTAGAAAGAGCATATTA
AACTCAATGGAGAATCCCTCCAATAATAAATTAGATAATTCTAACTAAAATACCTAAGAA
TAAAAAATTCAAGACATGTACTATTATACTTCTGATCTTGCTAAAATGCATAACCAAACA
TCCCCTTAAAAAATAAACTGCACCTAATAAGTCCTTCCTAAAAATCTTACAAATATTCAA
TCGCCGCTAAATAAAACTTCAAGAGCTAATGAAAGCAATTAAAATATCAAAAAAACATAA
CTGATAGATTCTTAGTATAAATTAACATTGGTACCTTAGAAAGTTTACATGATTTCTCAT
CTGATAGATTTTGAAATTTTATCTGATACGAAAGATATTTATCCACCTAATGGCTGGTCA
GAGTACTTCTAATAGCAATTCCAACAAAGCTATTTGAAAAAAGATTACTTGTAAGCCATT
TACATTGGAGAAACACACACTGTTGCAGTTAGCAATAACAATTAACTTTACACATGGGGA
TGGAATGATTTTGGGTAGCTTGGAACTCCAGAGGAGATATCAGAAAATGAACTTAAAATT
AATAACATATCAATGATAGATCAGATTTAAATTGAGTAGGCAAGTGTTGGTAATGATTTT
ACTTTAATTTTATCAAAAGAAGGAAAGCTATTTGGATGGGGAAAAAATAATAAAGGATAG
CTTGGATTTTATGATGATGAAGGACTAATAAAAAATGTGGATATTCCTATGGAAATAATC
TCAGTTAAAGAAGATAAAATAAAAGGCATCAAATGTAGAATGAATTCAGCCTACATTATC
TTAAATAATGGCTCTGTTTATACAAATTAAAAGTATAGTCCTTACTAGAAAATTAACTTC
TCTTAGAAAGTAGAAAGAGTTTCATGTGGATTTAATTTTACAGTATTTTTAACCACTAGC
CATTAAATATACTCTTATGGAAAAAATTAGCATGGGTAGCTAGGTTTGGGTGACTTCGTA
CAAAGAAAAGAACCAACTTTGATTCCCTTCTTCAAAACAAACTAAATTAACTAGGTGGAG
TGTGGATTTGCTCATGTTGTTTGCTAGACAAACTATGGAAGAGTATACGTGTGGGGATGG
GGATAATGCGGTTAACTAGGTCTTGGAGATTATCAAGATTAGCAAGAACCTTAGTTGTGT
AACTTAAATAATCTTTATAAAGATATAGTTATTTAAGTTTGTGCTACTAGAACAAGTACC
TTGCTTTTACTTAATAACTCAGATATCCTTTGGTTTGGCACTAATCAAAGCATTAAATAC
TAAGAAAATCCAACGATTTACAAAGTATCGGAAAAGCTAAAACAACTAGAAGGAACTTTT
TGCATGAGATTAACAAGCTCATGGAGTAAAACACTTGGTGTTGTCTATGGTACTTTTGCT
TTTAGCAAAGATTTAAGTGATAGTGTTCTTTAGTCCACATGCAATACCCTAACAAAAAAA
TGGGTTAAATAGAATATTGATTAAATTAAACCACCTACAATTTAGAGCATTATTCACAAA
TTACCTCAATAATATATTGATTTGAAAGAAAGCCCAAAAAAAGCTAAGAATATTTCTGAC
CTTGTACAAAAAACTTAATCTCCTTAAATAGTAAAAGTAGAGGATTTTTCTAATATCAGC
AATATATAAGAAGCTAGCTTTGTTTAATTCGATGTTGAAAAGAGTTTGAATGAATTTTAA
CAAAGAGAGGATGAAGAGAGAAAAAAACTTAAAGAACTTAAAAATAAAATAGAGTTCTTG
AAGACCCTTCCATAAAAATAATTAAGGTAAATAGATAAACAACTCATTTAGCTCTACGAA
CAAAAGCAATACAGCTAAATTCTATCAAATAAAAAATTCTTTAATTGA>TTHERM_00463160(gene)
ATGGCTACAAAAAAAGTAGAAAATGAATCCGCTCAATATTCTTGGATTGTTCCACGTAAA
TAAATGACTTAGATATTTCAATAATTCAAATTATAATCATTTTTTTAATGATAATTTACT
CAAAGAAAATGTGATTTGTAATTTATTGTAAATTTTATAGAGGAATATTGCTGGATTGCA
GAATAAAACTTGAATGATTAAAATTCAGAGGTATTTGTACCTGCTTAGATTTTAGGTTTT
AACAAAATTACAAGAATGGCTACTTGTTAGTTAAGCAGTGGTGGCGATCCTAAGGAAATT
CAAGCAGATAGATTGCTAATCAGGAATGAATAAAATGAGACATTTGATGACATGGTTAAT
ATGGATTTGTTAAATGAAGCAGAGCTTCTCTAAAATTTAAGAAAAAGATATGATGAAAAT
AAAATTTATACATATGTTGGACCAACATTGTTGGCTGTAAACCCTTTCAAAAAGATAGAT
AATCTATATGAAGAGTAAACTCTCCTGAAATATATATCGATTATTGAAAACTTTTCAGAA
AAGAATCTTCATAAGAAAATTCCTCCTCATGTTTATGGTCTCACAGCTGAGTCTTTTAAG
GATTTATTTTTAAATGAAAAGAACCAAGCTCTAGTTATTTCGGGTGAATCTGGCGCTGGA
AAAACTGAAAACACAAAATATTGTATGAAATTTTTAACATCTCTTGGTAATTTAGAATTA
ACTAGCTAAGAAAAGCTTACAGGAGTTAAAGACCTCGAAGTTAAAAGAAGAAAATCATCT
TATTAAGCTAAAATTCATAATAGGCCTTCAATAGAAGACAAAGTAATTAATTCTTTATTT
TATTTCAAGAGAATTATAAAATGAATGAATGAATTAAATCTATGCATTCATTTTATTTAT
TTAAAATTAAAATTGGTTTTTATATCAACAAAGATTTTGAGCTGCAATCCAATTTTAGAA
GCTTTTGGTAATGCTAAAACAGTGAGAAATGATAACTCGAGTAGATTTGGTAAATATGTA
ACAATTATAGTGAATAAACATAATAAAATGATTGAAGGAGCTTAAATTGTTAACTATCTC
CTAGAAAAAGCTCGTATAACCAACTAGGTAGAAAGAAATTAATTAGTTTAGATAATTTTT
ATTTAAATTATTTTAATATTTTTATTAGGGATAGGGAGAGAGAAGCTTCCACATATTTTA
TCACTTTTTAAAGGGTGCTGATAAAGAGTGTTTGCAGAGATATGGACTTGAGTATCCTGT
TTCTTTTGAAAAGTATGCATATTTATCATAGTCAAAGTGCTACGCTGTTGATAAAATAGA
CGACATCAAACTGTTTTAAGAAGTCAATCAATCATTTTAGATTTTAGGATTTGAAAATGT
TTAAGATTCTATTTATTGCTTTATTTCAGCTATCCTTTTACTAGGAAACTTACAATTTAA
TGACAAAACCTTATCTAACGGTAAGGATAATTTTAATGCTTCTATTTAATATTTTAAAAT
TTTAAAACAAAGATAATCCTTGCTCGATTTTAAATTTAGAAGTTCTAAGCTAAATTGCTA
AGCTTCTTCAAATTGATGAAAAGTAGCTTATAGAAGGCTTTACTTTTAGGTTAAGAGTGA
TTCAAAAATAAAATTTTATGAGTCCTTTGTAAAAAATAGAATGCATTAATACTAAAGATA
GCTTGTCTAAGTATTTATATGAAAGAATGTTCAATTTAATTGTGTAAAAGCTTAACGAAA
TAATAGTGCCAAAAGAAAGCATAGACGAGTCTAAAATAAGTAAAATAGGGCTTCTAGACA
TATACGGCTTTGAAGTATTCAAAGAAAATGGTTTTGAATAGTTTTTTATTAACTACACTA
ACGAAAAATTGCAACAACTCTATATTTAATATGTATTTAAGTAAGAAGAGCAAGTCTTTG
TAAAAGAAGGACTTGAAAGCTACCTCCAATATTTAAGTTTTACAGATAATAAACCTGTTA
TTGATTTATTAGACATGCCACCTAGCGGTATATTTAATATATTAGATGATATTTGCTAGA
CAAAAGGTAATGATGAAAAGTTTTTGAACAAAATCCGCTAAACACATAAAAACAACAAAT
ATTTTCAGATTCCCAGAATCACTGCAAAGCCAACTTTTACTATTGTTCATTCTGCTAAGG
AAGTAGAATATACTGCCACAGTTTTTACTGAGAAAAATTAAGATGAAATTTAAGAGCTGA
TAATGAATGCTTTATTATAGTCTAAAAATGAACTACTCTCCTCATTAGCTTAGCAGGAAA
TTGAATCAAACAAGAACAAAAGTAAAATTCTATGATAAAATGCAATAATTATTTTTTCAT
TTATTCTTAGAAAAGGAAAAATCTTTGGGAAGTAAATTTAGAACGGAAATGTAATATTTA
ATGAATGACTTAATGGCTTGTGACTGTCATTTCATAAGATGCATAAAGCCCAATGAAGAA
AAGAAAGCAAATTGTTTTAGACCCGTTAATGCCCTTTAGCAAGTAAGATATTTAGGTGTC
TTAGAATCTATTAAAGTTAGAAAGTAATCATATCCAATAAGAAAAAATTACTAGCTTTTC
TACAAAAGATACTCACTTATAAACTAAGATTTTAAGCCTTATCAGCAACTGTGTTAAGAA
GACGCTGACTTTATTTCTCTAAGCAAAGGGTATTTTTATTAAAAATTTTGTTTTACTTAT
TAGACAAATAAATATAAATTTTAAAAGCTTGTTCAAGACAGTGTTCAAAGGTATAGATGG
CAATGGAAATATATTATTTGGAAAATCAAGAATTTTCATGTAAAACAGAGCTCTAAATGA
CATAGAATAAGTGTATGAAAACAAATTAGAACAGCTAAACAAAACTGCAAAGAGATTCTA
AAAAGCTTATTACTCGTAAAAGACAAACAAATTTAATTTTTTTTGAATTAAAAAAATAAA
AATTTTTATTTTAAAGCTAAAAAGTCAAATTTTAAAATTTATCAAAAATTTTTTAAATAA
ACCTCAAAAATTTTTATTGAGAAGAAAAATATAAATTTTTTTCATTTTAATTTCTTAAAT
TTCTTTATGTTTATTTGAATTTTTAGCATCAAGAATAAATCATTTGAGATTAATGCCAAT
TAAACATAAATTAATAAAAATTTTAAAATAAATGATTTTATATTTGAATTGAAACAAATT
TTTAAAGTAATTTAATAAATTAGTTTAATCAAGTTTTTTTGAAGGAATTTTTAAATAGAC
TTCAGAAAGAATTTACAAAATATTTATTAAATGAATTTAATATGCTTTCATTGAATTAAA
ATATGATATAAAATGAATAAGAAATTATTTTAAACGATAATTTTGAAAATATAAAATAAA
TTAAATTACTTTTTATTCTGTGAACATTTTATTAAGAGAAAATATAATTAAAATTTAAAG
CTTTCTTTTTTAGGTGATAGATGCTATTATTAATAATTTTATAGTTATAAATAATTAAAA
AAGCTAAGGAGATGGTTCTAGCTTATTAGGATATGCTAACAGCTGATAAAGGTGAAGATC
TTATACAAGAAATTTAAGGATTAAAGAAAAAAAGCATAGAAGATATAAAATTGGTATCGA
AGACATTTGCAGAGAGAGCTCATTAGAAAATATAGACAGTCTGCTTTAGTCATATAAAAC
TATATTAATTATGCAATAAAACTTGAATATTTTAGCATTGTCAAGAAAAATGTTCTTGTG
ATACAAAAATGTATTAGAAAATTTTTGGAAAAAGCTAGGTTAAGAAATATTTAGCATTGC
AAGGATAAAATAGAGGTAAAATTCTTAATAAATTTAAAATAAAGTCAATTTATTTTAATA
ACTAAATAGAATGAAGTGTTAAACTTTGCATGGAATTTTATTAGAAAAAGGTCTTGCATT
TAGATTTAAAAAATTATTCGCGGTTTTTTGGCAAGGCAGAAGCTCAGGGAAATGATTTTA
AGAGTAAAGATGGTTGGAAGAATGATAAGGGAAAGAAAGGCTGCTACTAAAATTCAAACT
AATTACAGAATGCATACTAATAGAAAGAAATTTTTAGAAAAAAAGAAAGCTGCTATGAAG
ATTTAGGCTTTTATAAAGATGAAAATCTTGTCTGCGTTTTACAAATAATTAAAATTCTCC
ACAAATAAAATACAAAAGTAAAATGAAATATTTATTATTATTTAAATAAACTTTTTTTTA
TATTTTTTATATCAAAGAGCTATGAGGAAATTTTTGATTAAAAAGCATATCAGATTAGAA
AGATTGTAGTCTTATGTTAATTAATGTGACTTTAAAAATTTACTTTCTACTGAATAGTCT
AACTCACTTGGATAAGCTGAAGAAAATAATTTATACTCTAATGTTTAAGAGATGTATTAC
ATATAAAAAAAGATCTAATATAAAAGAAAAAATGCTGGTAAAAAAATGACTTTGAATAAC
AAAAAGGTATCTGAAACGATTATTCCTGGAATTTAAATACAAAAGAAAACATCTATCAAA
CCACTTTTTAGCTCTCAAAAGAGTTAAGAATAAATTTCAAAAATGGTAAACAAATAAGTA
TGTGAGAATTCTTAATAAAAACCAACATCAGAAGGGAATAAAAATAAGATTAAGCTTAAA
TAAATATCATAATAGTAATTTAATAATTAGACTGATGAAAATAAACTACAAAATTCTCAT
GAAAGAGATCATTCTTAAGATATCGTCAATAGCAACAGCTGTATTGATTTACAAGATATT
TTAGATAGGCATCAAGCATAAAAAACAAATATAATAAGCCCATTAAAAATAGAAGACCAA
AAAGCTATCACGAACTAATCAAATGTTGCTAAAAGGTAAAAGCTGAGATAAAAAGAAAAT
GAATCAGATTAAAATAAATAATTTAGAAAGAGCATATTAAACTCAATGGAGAATCCCTCC
AATAATAAATTAGATAATTCTAACTAAAATACCTAAGAATAAAAAATTCAAGACATGTAC
TATTATACTTCTGATCTTGCTAAAATGCATAACCAAACATCCCCTTAAAAAATAAACTGC
ACCTAATAAGTCCTTCCTAAAAATCTTACAAATATTCAATCGCCGCTAAATAAAGTAAAA
TAAAAATATTTTATTAAGAAAATTTTATTAACTTTTAATATTTATTTTTATTTATAGACT
TCAAGAGCTAATGAAAGCAATTAAAATATCAAAAAAACATAACTGATAGATTCTTAGTAT
AAATTAACATTGGTACCTTAGAAAGTTTACATGATTTCTCATCTGATAGATTTTGAAATT
TTATCTGATACGAAAGATATTTATCCACCTAATGGCTGGTCAGAGTACTTCTAATAGCAA
TTCCAACAAAGCTATTTGAAAAAAGATTACTTGTAAGCCATTTACATTGGAGAAACACAC
ACTGTTGCAGTTAGCAATAACAATTAACTTTACACATGGGGATGGAATGATTTTGGGTAG
CTTGGAACTCCAGAGGAGATATCAGAAAATGAACTTAAAGTATTTTATTAGTTAAAGAAA
ATTAAACTAATTTGCTTGATATTTTAATAAAATAGATTAATAACATATCAATGATAGATC
AGATTTAAATTGAGTAGGCAAGTGTTGGTAATGATTTTACTTTAATTTTATCAAAAGAAG
GAAAGCTATTTGGATGGGGAAAAAATAATAAAGGATAGCTTGGATTTTATGATGATGAAG
GACTAATAAAAAATGTGGATATTCCTATGGAAATAATCTCAGTTAAAGAAGATAAAATAA
AAGGCATCAAATGTAGAATGAATTCAGCCTACATTATCTTAAATAATGGCTCTGTTTATA
CAAATTAAAAGTATAGTCCTTACTAGAAAATTAACTTCTCTTAGAAAGTAGAAAGAGTTT
CATGTGGATTTAATTTTACAGTATTTTTAACCACTAGCCATTAAATATACTCTTATGGAA
AAAATTAGCATGGGTAGCTAGGTTTGGGTGACTTCGTACAAAGAAAAGAACCAACTTTGA
TTCCCTTCTTCAAAACAAACTAAATTAACTAGGTAATTAATTAGTTAATTAAATTACTTA
AATCAAATATTTTTAAATTCTATTTAATTTAACAAATAAATTTAAATTAAAAGGTGGAGT
GTGGATTTGCTCATGTTGTTTGCTAGACAAACTATGGAAGAGTATACGTGTGGGGATGGG
GATAATGCGGTTAACTAGGTCTTGGAGATTATCAAGATTAGCAAGAACCTTAGTTGTGTA
ACTTAAATAATCTTTATAAAGATATAGTTATTTAAGTTTGTGCTACTAGAACAAGTACCT
TGCTTTTACTTAATAACTCAGATATCCTTTGGTTTGGCACTAATCAAAGCATTAAATACT
AAGAAAATCCAACGATTTACAAAGTATCGGAAAAGGTAATTTGAATTTCAAATAGAAATA
TTGAGTAAAAATGAATTTTCATTAATAGCTAAAACAACTAGAAGGAACTTTTTGCATGAG
ATTAACAAGCTCATGGAGTAAAACACTTGGTGTTGTCTATGGTACTTTTGCTTTTAGCAA
AGATTTAAGTGATAGTGTTCTTTAGTCCACATGCAATACCCTAACAAAAAAATGGGTTAA
ATAGAATATTGATTAAAGTAATTATTAATTTTTAATTTTTATTTGAGAAAAAAAATTTAA
CATCATATAAATAAATAAATAGTTAAACCACCTACAATTTAGAGCATTATTCACAAATTA
CCTCAATAATATATTGATTTGAAAGAAAGCCCAAAAAAAGCTAAGAATATTTCTGACCTT
GTACAAAAAACTTAATCTCCTTAAATAGTAAAAGTAGAGGATTTTTCTAATATCAGCAAT
ATATAAGAAGCTAGCTTTGTTTAATTCGATGTTGAAAAGAGTTTGAATGAATTTTAACAA
AGAGAGGATGAGTAATAAATAAATTCTTATATTCTTAATATTCATTTGACATATTTTTTA
ATTAAAATATTAGAGAGAGAAAAAAACTTAAAGAACTTAAAAATAAAATAGAGTTCTTGA
AGACCCTTCCATAAAAATAATTAAGGTAAATAGATAAACAACTCATTTAGCTCTACGAAC
AAAAGCAATACAGCTAAATTCTATCAAATAAAAAATTCTTTAATTGA>TTHERM_00463160(protein)
MATKKVENESAQYSWIVPQEYCWIAEQNLNDQNSEVFVPAQILGFNKITRMATCQLSSGG
DPKEIQADRLLIRNEQNETFDDMVNMDLLNEAELLQNLRKRYDENKIYTYVGPTLLAVNP
FKKIDNLYEEQTLLKYISIIENFSEKNLHKKIPPHVYGLTAESFKDLFLNEKNQALVISG
ESGAGKTENTKYCMKFLTSLGNLELTSQEKLTGVKDLEVKRRKSSYQAKIHNRPSIEDKI
LSCNPILEAFGNAKTVRNDNSSRFGKYVTIIVNKHNKMIEGAQIVNYLLEKARITNQGQG
ERSFHIFYHFLKGADKECLQRYGLEYPVSFEKYAYLSQSKCYAVDKIDDIKLFQEVNQSF
QILGFENVQDSIYCFISAILLLGNLQFNDKTLSNDNPCSILNLEVLSQIAKLLQIDEKQL
IEGFTFRLRVIQKQNFMSPLQKIECINTKDSLSKYLYERMFNLIVQKLNEIIVPKESIDE
SKISKIGLLDIYGFEVFKENGFEQFFINYTNEKLQQLYIQYVFKQEEQVFVKEGLESYLQ
YLSFTDNKPVIDLLDMPPSGIFNILDDICQTKGNDEKFLNKIRQTHKNNKYFQIPRITAK
PTFTIVHSAKEVEYTATVFTEKNQDEIQELIMNALLQSKNELLSSLAQQEIESNKNKKKE
KSLGSKFRTEMQYLMNDLMACDCHFIRCIKPNEEKKANCFRPVNALQQVRYLGVLESIKV
RKQSYPIRKNYQLFYKRYSLINQDFKPYQQLCQEDADFISLSKGLFKTVFKGIDGNGNIL
FGKSRIFMQNRALNDIEQVYENKLEQLNKTAKRFQKAYYSYKQLKKLRRWFQLIRICQQL
IKVKILYKKFKDQRKKAQKIQNWYRRHLQRELIRKYRQSALVIQNYINYAIKLEYFSIVK
KNVLVIQKCIRKFLEKARLRNIQHCKDKIENEVLNFAWNFIRKRSCIQIQKIIRGFLARQ
KLREMILRVKMVGRMIRERKAATKIQTNYRMHTNRKKFLEKKKAAMKIQAFIKMKILSAF
YKQLKFSTNKIQKAMRKFLIKKHIRLERLQSYVNQCDFKNLLSTEQSNSLGQAEENNLYS
NVQEMYYIQKKIQYKRKNAGKKMTLNNKKVSETIIPGIQIQKKTSIKPLFSSQKSQEQIS
KMVNKQVCENSQQKPTSEGNKNKIKLKQISQQQFNNQTDENKLQNSHERDHSQDIVNSNS
CIDLQDILDRHQAQKTNIISPLKIEDQKAITNQSNVAKRQKLRQKENESDQNKQFRKSIL
NSMENPSNNKLDNSNQNTQEQKIQDMYYYTSDLAKMHNQTSPQKINCTQQVLPKNLTNIQ
SPLNKTSRANESNQNIKKTQLIDSQYKLTLVPQKVYMISHLIDFEILSDTKDIYPPNGWS
EYFQQQFQQSYLKKDYLQAIYIGETHTVAVSNNNQLYTWGWNDFGQLGTPEEISENELKI
NNISMIDQIQIEQASVGNDFTLILSKEGKLFGWGKNNKGQLGFYDDEGLIKNVDIPMEII
SVKEDKIKGIKCRMNSAYIILNNGSVYTNQKYSPYQKINFSQKVERVSCGFNFTVFLTTS
HQIYSYGKNQHGQLGLGDFVQRKEPTLIPFFKTNQINQVECGFAHVVCQTNYGRVYVWGW
GQCGQLGLGDYQDQQEPQLCNLNNLYKDIVIQVCATRTSTLLLLNNSDILWFGTNQSIKY
QENPTIYKVSEKLKQLEGTFCMRLTSSWSKTLGVVYGTFAFSKDLSDSVLQSTCNTLTKK
WVKQNIDQIKPPTIQSIIHKLPQQYIDLKESPKKAKNISDLVQKTQSPQIVKVEDFSNIS
NIQEASFVQFDVEKSLNEFQQREDEERKKLKELKNKIEFLKTLPQKQLRQIDKQLIQLYE
QKQYSQILSNKKFFN