Identifiers and Description

Gene Model Identifier

TTHERM_00723610

Standard Name

UDH10 (UvrD/REP-family DNA helicase 10)

Aliases

PreTt18121 | 116.m00146 | 3671.m00070 | REP7

Description

UDH10 UvrD/REP family helicase; UvrD/REP helicase family protein; DNA helicase, UvrD/REP type

Genome Browser (Macronucleus)

Full Screen View

No Genome Browser Data Present

Genome Browser (Micronucleus)

Full Screen View

No Genome Browser Data Present

External Links

• Uniprot
• Alphafold

Gene Ontology Annotations

Cellular Component

• ionotropic glutamate receptor complex (IEA) | GO:0008328
• obsolete integral component of mitochondrial membrane (IEA) | GO:0032592
• serine/threonine protein kinase complex (IEA) | GO:1902554

Molecular Function

• 11-deoxycorticosterone binding (IEA) | GO:1903878
• 17alpha-hydroxyprogesterone binding (IEA) | GO:1903880
• 8-oxo-7,8-dihydroguanosine triphosphate pyrophosphatase activity (IEA) | GO:0008413
• amino acid:monoatomic cation symporter activity (IEA) | GO:0005416
• icosanoid receptor activity (IEA) | GO:0004953
• L-arabinokinase activity (IEA) | GO:0009702
• obsolete sodium-transporting two-sector ATPase activity (IEA) | GO:0015443
• phosphatidylinositol-3-phosphate binding (IEA) | GO:0032266
• phosphatidylserine decarboxylase activity (IEA) | GO:0004609
• phosphoenolpyruvate carboxykinase (GTP) activity (IEA) | GO:0004613
• sphingomyelin phosphodiesterase activity (IEA) | GO:0004767
• tRNA threonylcarbamoyladenosine dehydratase (IEA) | GO:0061503
• type 4 neuropeptide Y receptor binding (IEA) | GO:0031844

Biological Process

• cell wall modification involved in fruit ripening (IEA) | GO:0009829
• glycolytic process from mannose through fructose-6-phosphate (IEA) | GO:0061619
• heme A biosynthetic process (IEA) | GO:0006784
• heme biosynthetic process (IEA) | GO:0006783
• immunoglobulin heavy chain V-D-J recombination (IEA) | GO:0071707
• induction of apoptosis by extracellular signals (IEA) | GO:0008624
• interleukin-19 production (IEA) | GO:0032622
• interleukin-2 production (IEA) | GO:0032623
• mitochondrial genome maintenance (IEA) | GO:0000002
• negative regulation of 1-phosphatidyl-1D-myo-inositol 4,5-bisphosphate biosynthetic process (IEA) | GO:1902647
• negative regulation of complement-dependent cytotoxicity (IEA) | GO:1903660
• negative regulation of epithelial cell-cell adhesion involved in epithelium migration (IEA) | GO:1903682
• negative regulation of interleukin-1 production (IEA) | GO:0032692
• negative regulation of PERK-mediated unfolded protein response (IEA) | GO:1903898
• obsolete activation of pro-apoptotic gene products (IEA) | GO:0008633
• obsolete modification by symbiont of host morphology or physiology via protein secreted by type VII secretion system (IEA) | GO:0085023
• obsolete negative regulation of catalase activity (IEA) | GO:1902552
• obsolete negative regulation of histone H3-K18 acetylation (IEA) | GO:1902030
• obsolete primary charge separation in photosystem I (IEA) | GO:0009770
• obsolete regulation of histone H3-K27 methylation (IEA) | GO:0061085
• ommochrome biosynthetic process (IEA) | GO:0006727
• P granule assembly (IEA) | GO:1903863
• phagocytosis (IEA) | GO:0006909
• phagocytosis, engulfment (IEA) | GO:0006911
• plant-type cell wall modification (IEA) | GO:0009827
• polyamine acetylation (IEA) | GO:0032917
• positive regulation of 1-phosphatidyl-1D-myo-inositol 4,5-bisphosphate catabolic process (IEA) | GO:1902643
• positive regulation of response to water deprivation (IEA) | GO:1902584
• pronuclear fusion (IEA) | GO:0007344
• propan-2-ol biosynthetic process (IEA) | GO:1902640
• protein localization to old growing cell tip (IEA) | GO:1903858
• prothoracic disc morphogenesis (IEA) | GO:0007470
• regulation of 1-phosphatidyl-1D-myo-inositol 4,5-bisphosphate catabolic process (IEA) | GO:1902641
• regulation of complement-dependent cytotoxicity (IEA) | GO:1903659
• regulation of cytokinin dehydrogenase activity (IEA) | GO:1903856
• regulation of germ cell proliferation (IEA) | GO:1905936
• substrate-dependent cell migration, cell attachment to substrate (IEA) | GO:0006931
• tertiary alcohol biosynthetic process (IEA) | GO:1902645
• trachea gland development (IEA) | GO:0061153
• visceral muscle development (IEA) | GO:0007522

Domains

• ( PF00580 ) UvrD/REP helicase N-terminal domain
• ( PF13361 ) UvrD-like helicase C-terminal domain

Gene Expression Profile

Vegetative Cell Cycle (Zhang et al., 2023)

GeneMania

No results were calculated for this gene in 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:23884606: Gao S, Xiong J, Zhang C, Berquist BR, Yang R, Zhao M, Molascon AJ, Kwiatkowski SY, Yuan D, Qin Z, Wen J, Kapler GM, Andrews PC, Miao W, Liu Y (2013) Impaired replication elongation in Tetrahymena mutants deficient in histone H3 Lys 27 monomethylation. Genes & development 27(15):1662-79

Sequences

>TTHERM_00723610(coding)
ATGAAATAAACTAAAATAAAATAAGTTTAAGGTTAGGCTTCATTAAAAAGTTTTTTTAAA
CCTAAAAACGCAGATGTTTAGGATGATATTTAGACTGAAAATAAAGAAAATACAATCTAT
TAATAGAATTTAAAAATAGATATCAAAGTGGAAGATGATGGATTCTATCAGCAATAAATT
GATAACAATTTAAATTCTGTATAAAATCCTAGTTTTGAATAAAATGATGCTTAGGAATAC
GAAAATAGTTATGATATTTTACAAAAAAGGGAGGAATACATCAAAAAAAAATTAAGTCCT
TTCAAATACAGTAAAAAAAAATCATTCAAATCAAAAGTTAAAGCTAAAATAGGGTAAGAT
GATAGTTGTTCATCTCCTCTCAATAAAAAAAGAATGAAATAATCATCAAAATGGATTAGA
ATGACACCATCTTCTAAAAAAAAGATCAAAGTTGAAGAAGATGATACGATTGAATAAGAA
CAAAAATTAGCTTCTATTTATAAATAAGAAAGACTTTCTTCAATACAGTTTAGTCCTAAA
GAAGATTAATCCAAGTAGAATTAAATGGAAGTGCAAGATGATGAATAAGTAGCTATGGTT
TCTTAATTTGATAGCCGTTAAGATGCTTTTTCAAATAACAGTAAAAAAAGTGAATGTAGT
AAGGGATCAAAATCAGAGGGGAAGGCTAACAGATAACTTTAAATTAATGATTTTAGGTAG
TTTAATTCTACTTTAAAAAATAATTAAAGTAAATTATGCTAAAAAAATTTAAGCGAAGCT
GATATTTAAAATAACAATAAAATGATTGTTGAATATGAAGAATGCAATAGAACAATGGAA
TGTGAAACTAATATAAATTAGATTATAATTCATAATTAAATTGAAGAAAATAATGAAAAA
GGCTTTTAAAAAAATAATAATTAGATTGAATAAAGTAAATAAAACAGCATAAATAAAGAT
AATTAGATTTTAACTAATAATTCAACTCAATAAAGCAAGGAAAGTAAACTAAACCATAAT
ATTTAGATTTTAATAAATAATTCAATAGAAGATAACAAATAAATAAGTGCTTAAAATGAA
AATAAAAATTGCTAAATTTAAGAAGAATAGCAACCTAAAATAAATTAAAAGAAAAAAATG
AAGAATTTATTATCTTTTTGTGTTCCTACTCAAGGTAAAAATAGTGATAAGGCAAAGTAA
AAAGAAAATATTATAAATGGTGATTAAGAAAAAGATTAATTTAAGGAAAGTAGACTCATC
TAAAAAAATAAAGATGATCAACCATAAGACAAATAGGTTTAGTTAAAAAATGTGCTACAA
AAATAGTCAGAAAATAAAATAAAATCCCAGAAAGAAAGCACAAACTCAAAATTAGTATTT
GGTAAACAAAATATAAATAAAGAAGCTTAAAAATAAGATGATATACCTTAAGAAAGTGAT
CAATAATTATTAGAAGAAGATATTTAAAATCTAAATTAATAACAATAAGAAAATGAAAAT
GAATTAAAAGAGTTAGAAGAAAATAAAAAAAATATTGATGCCTAAACAAAAGCAAACGAA
AAAAATGCATAAAATTTATTTAAGATATTTATTTCACATATGGAGTAAAATGTCAAAGAT
TTAAGTGATATTTAACAGAAGAACTTGAATAAAATAAAAAAATTAAAGCCTGTAACTAAA
AATTGTTATGAAAATCAAATTAAGCAATATTAACTATCTGAATAATATGATAATTTTATT
GTTTAATATGAAAAAATCCAAGAATTAAAAAACTAATTTAGTGATTACATTGAATTTATG
AAGATTCCTAAAAAGAAAAAAAATGAAATTAATAAGTAGATCAATTAGGTTTACAAATAA
TTTCCTACTAATAGAGAGGAATTCGAGAAAACTATGAAATAAAATTTAGATATGTACTAT
TCAAGATTTTTAAAATTTACATCGTTTCCTGAGAATGAACAAAACAATAAATAAAAAAGA
GAAGAAAAATAAGAAGTTTAAAAAATGGAAATGAAAGGAAAGGATAATTATAGGGTGATA
AGTTATAAAACATAGTGGGATTAATAAATAGAAATTCGTCCTACAGAAGAATAATTAGAT
GTTATTGTTAGTGATATTAAGAAAGATACAAAAATTATTGCGTGTGCCGGTAGTGGCAAG
ACAACAACTTTAGTTATAAGACTGAAATACTTATTAGATCATGGGGTCAAACCAAATTAA
ATTATTATCAGTACTTTTAATATAGAAGCTGGTAAACATATAAGTTAGAAAGTGTATGAA
ATGATTGGAAAGGAAGTTTAGCAATCGATCCTAATTGGAAATATTGATAAAATAGCATAT
AAATTTATCAGAAGCGAGCTAGAAGCTAAGTAAAAGAATTCTCAATCAGTTTTATTATTT
AGTTAAAGAGAATATTGTGATATTTGGTTAGCACATATCAAGAAATATAAGTTTTAATAC
CTTTAATACAAATATTTTTTCTTTGACGAATTTTAAGACGTATCTGAACTACAATATGAA
ATACTCATGGAATTCAAAAAACTTAATTGCATTTTAACTGTCATAGGTGATGATGCTTAA
AATATTTACGGTTTCAGAGATACAAAAATTGATATTATTTAAAATAGAATTAATGATGAT
TTGAAGAAGAAAAAAAAGGACTTACTAGAGTTTAGATTAACTGCAAATTATAGAAGTACA
CATCTAATAACAAAATTTGCTAACAAAATTATAGAAAAAAATGAAAATTTGATTAAAAAA
ACTATGTAGAGTGCTTAGGAGATACACGGAGAAACAGAAGAAGAAAAAATGAAGAGTAAG
TATGATAAAGAAGGAGACTATCCTTACTTACATATTTTTGATTCTGAGAAATAATAAAAT
GAATCTATTATCAAAAGAATACTTTCGTTAGTTAAAAATAAAGGATTTCAATTTAAAGAT
ATTGCAATTATAGGTCCAATGAATGACTAGCTGAAAAAGTTTGAAGAAGTTGTTGAAAAG
CACAATTAAAAGAGTATTTAGAGTGACCAAATACCTTATTAAGCTTTTATCACTTTAAAA
TTTGAAGATTTTAAGTTAATAGAGTTTAATGCTGCTCCATAAAAGTAAAACAAACTCACT
ATTTCAACAATTCATAGGAGCAAGGGACTCGAGTGGGACATAGTTTACTTTTTGGGTTGT
AATGATGATTAATTTCCTATGGCTTTCGTTTAAAAAAATAAAAATTAGGCTTGTACCATT
TTAGAAGAGTAAAGAAGATTATTTTATGTTGGTGCTACAAGGGCAATAAAGGAGCTAAAC
TTTTGTTGCATTGTTAAAGAACCTGAAAAAATGAAGGAAAAAGATAAAATGTAAGGAAAA
TTTAAGGTTACCAGGTTTTTTGCAGATATTCCAAGAGAATACTATAGAGCAGATATCATT
TTAGACTTTTAAGACCACATAATAAAAGATTATAAATGGATAGAATTTGATGAATCATAA
AATGGGGAAGAGGAATAAAATTGTATTAAGATCAGAGAAGTTATATCTAAAATGAATAGC
AAGCAACTTGAAGATATAAATACTTTCACTTAAAATATAGTACAAGAAAAGGTAGTTAAA
AGCCTTTATATGGAAAAGCATGAAATTTCTCAATAAGTTAAAGACAATTAATTATTTTCA
GAAATGGGTATGTTTTTTGATAGATGTATAGTAAGAATGATTGGAGAAAAGTACAAAGCT
AAAAATTCATTCTATAATTAAGTTGCTGCTTAGGTCATATTACCTTAAATATATGAATTG
CATTTACCAGAGAATTTGTTTAGACTTTTCTTGAGGTACAGCAAGTTTTTTACAACTTTT
GACTCTGCTTAGTTAGATGATTAGAGAAATGTCATTGAAAGATTCAAAAATGAAGGTGAT
AGAGATAAGAGTGAGTAAGATATTTAAGATATGTAGGAACTTCACAATATTTTATCATAC
AATGCAGAAATTTAGTGTCTAAAAAAAATACATATTTTTAATTTTTAAAAGCACAGACCA
AACAAATATTTTTAAGATCAATTTGAAAGACTTGGATAGAGTTATATTATAGCACTTAGT
GAGTATATGAATAAACATAAAAAAAGTGAAGATATTTTTGAGAACATTTATAAAATATCA
AAATGTGGATTTTTGTTTGAGAATAGAAGAAAATACCTGTACAACAACAACTTGACTGCT
ATTTTAGATTACGAGCTCCTTAAAAACATTTAGATTAACTTTATTAACGGTTATTTATCT
TAATATTAAAGTATAGAATGCAAGAAGATTTACAAGACTAAGAATATTTAAGGTCTCATT
GATTTAATAGCAAATTAAAATCATTTAATTTTCTTTAAGTTTGATATATTCGAAACATAC
AAAAAAGAAGATTTCTTAAATTATCTTTTTGCTGCTTCTTATATGTATGTTACTGATAAA
ATTAATATAGAATAAATTAGTATATTTAATTTTCTATCTGGGACAATTCAATCAATAGAT
TTAAGAGGCTGGGATTAACAACAGTCTTTTTTCAATTAAATTGAATAAATCGCAAAAGGC
TAAATACTACAGAATGTTCAAAATAACATCTTGCAAATAATAGACTAAGAAGAAGATAAG
GTGTTAAATAAAGAACAAAAAGAAGAATTGAAAAAAATAATATTTTAAAGTAAGACTCCA
TAAGAGCTTTAAGAAAATATTGAAAATATAAAATCAGGTTAAAAATCAGTTAATAAAGCT
TAAATGATTGATGAAGGGAATAAAGGTGAAGAATAAATTGAGTAATAAAGAGATAATAAA
GATAATTAAAATTAATTAGATAGAGGTATGATAGTTGAAGAAGATTATCATTTAAAACCT
TAAGAATAAAAAGATAAAAGTTAATTAATAGATTAAAATTTCATTGAGCATAATAGATAA
GTAATTGATTCTTATGATCCTTTGAGGAAAAAAATATAGTTTGAGGAATAGAATCATCCT
GCTATTTTATTTAATGATATATAAATCGATGAAAATAGTAATTTTTTAAATAATGAATTT
GATAATATAGAAAATCAAAAGAATTTTAGTTAAATAATCAACAATAATAAAATAAATGAA
GATCACTCAAAAATGATTACTGAATAATAATAGGATTTATAATTTAAATAAGAAGAAGAA
TAAGATAAAATAAATCAAATTTAAGTTACAAATGTTTAAAATTAAAATAATGATATTAAA
ATATAAAATATTTAAAAACAACAATTTAATTAGAAAAAAACAGAATTTAAAAGTTCCATA
TAGTATCAGAAAGAGCTAAGATAAAAAGAGTTAATAGAAAGTGATAAAAGTGAGAAAGTT
TTAAATAAAATCCAAAATCTTTAACAAACATACCTTAATATATTGTAAGACACTTCAAGT
GAAACAGTAAGAGAAAAAAAGTGCTCATTTCTTACTAAAGAGAATAGTAAAAATTAAGTT
TAATTTTAACCTTAACAGATTTAAGAGAGGAAAAAGTAATTCTACTCTTCGAATAATAAT
CTAAGCAAATAATTTAATTAAAAATCATTTGAACAAAATACTCTTGAGAACTAAATTTTT
GAGGAGAGCTATTAAGCAGAACAAGATTTTGATTATTAAAAATAGCAGAAGAGTGGAAGC
ATTCCTGATTTAGAAGAAGATGATATTTCTAATATTTAATCCTAAGAAGAAGATAATAAT
TATAGTTAAAATTATAATTTTTAAAATCAGATTAAAGAAAATAAAATTATATCTTCTAAT
TTATATAAGAAAAATGTATTTAAAGGATCTAATAAAAGCCCAAATAGCAAATTAAATTTA
AAATAAGAGATAAAACTAAAACCAGGAAACATAACTCCAACTTACAAAGTGAATTAAAAA
TAGTTTGAAAAAAATAGCCTAATAAATTATAATTAGAAATTCAACTCATAGGAAGAAGAA
GACATAGATTCAGATTAAGATGATTCTGATGTTTTAAGAATTATATAAAGATTAAAAATT
TAAGAATAGGAAAAGAAAAAGCATTGA

>TTHERM_00723610(gene)
TTTTTAGAATATTTTTAAAGGTGCTTAAATATATTTGGAGCAAATTTTTTATATAAAATA
TTAAAGTACACTAAAATGAAATAAACTAAAATAAAATAAGTTTAAGGTTAGGCTTCATTA
AAAAGTTTTTTTAAACCTAAAAACGCAGATGTTTAGGATGATATTTAGACTGAAAATAAA
GAAAATACAATCTATTAATAGAATTTAAAAATAGATATCAAAGTGGAAGATGATGGATTC
TATCAGCAATAAATTGATAACAATTTAAATTCTGTATAAAATCCTAGTTTTGAATAAAAT
GATGCTTAGGAATACGAAAATAGTTATGATATTTTACAAAAAAGGGAGGAATACATCAAA
AAAAAATTAAGTCCTTTCAAATACAGTAAAAAAAAATCATTCAAATCAAAAGTTAAAGCT
AAAATAGGGTAAGATGATAGTTGTTCATCTCCTCTCAATAAAAAAAGAATGAAATAATCA
TCAAAATGGATTAGAATGACACCATCTTCTAAAAAAAAGATCAAAGTTGAAGAAGATGAT
ACGATTGAATAAGAACAAAAATTAGCTTCTATTTATAAATAAGAAAGACTTTCTTCAATA
CAGTTTAGTCCTAAAGAAGATTAATCCAAGTAGAATTAAATGGAAGTGCAAGATGATGAA
TAAGTAGCTATGGTTTCTTAATTTGATAGCCGTTAAGATGCTTTTTCAAATAACAGTAAA
AAAAGTGAATGTAGTAAGGGATCAAAATCAGAGGGGAAGGCTAACAGATAACTTTAAATT
AATGATTTTAGGTAGTTTAATTCTACTTTAAAAAATAATTAAAGTAAATTATGCTAAAAA
AATTTAAGCGAAGCTGATATTTAAAATAACAATAAAATGATTGTTGAATATGAAGAATGC
AATAGAACAATGGAATGTGAAACTAATATAAATTAGATTATAATTCATAATTAAATTGAA
GAAAATAATGAAAAAGGCTTTTAAAAAAATAATAATTAGATTGAATAAAGTAAATAAAAC
AGCATAAATAAAGATAATTAGATTTTAACTAATAATTCAACTCAATAAAGCAAGGAAAGT
AAACTAAACCATAATATTTAGATTTTAATAAATAATTCAATAGAAGATAACAAATAAATA
AGTGCTTAAAATGAAAATAAAAATTGCTAAATTTAAGAAGAATAGCAACCTAAAATAAAT
TAAAAGAAAAAAATGAAGAATTTATTATCTTTTTGTGTTCCTACTCAAGGTAAAAATAGT
GATAAGGCAAAGTAAAAAGAAAATATTATAAATGGTGATTAAGAAAAAGATTAATTTAAG
GAAAGTAGACTCATCTAAAAAAATAAAGATGATCAACCATAAGACAAATAGGTTTAGTTA
AAAAATGTGCTACAAAAATAGTCAGAAAATAAAATAAAATCCCAGAAAGAAAGCACAAAC
TCAAAATTAGTATTTGGTAAACAAAATATAAATAAAGAAGCTTAAAAATAAGATGATATA
CCTTAAGAAAGTGATCAATAATTATTAGAAGAAGATATTTAAAATCTAAATTAATAACAA
TAAGAAAATGAAAATGAATTAAAAGAGTTAGAAGAAAATAAAAAAAATATTGATGCCTAA
ACAAAAGCAAACGAAAAAAATGCATAAAATTTATTTAAGATATTTATTTCACATATGGAG
TAAAATGTCAAAGATTTAAGTGATATTTAACAGAAGAACTTGAATAAAATAAAAAAATTA
AAGCCTGTAACTAAAAATTGTTATGAAAATCAAATTAAGCAATATTAACTATCTGAATAA
TATGATAATTTTATTGTTTAATATGAAAAAATCCAAGAATTAAAAAACTAATTTAGTGAT
TACATTGAATTTATGAAGATTCCTAAAAAGAAAAAAAATGAAATTAATAAGTAGATCAAT
TAGGTTTACAAATAATTTCCTACTAATAGAGAGGAATTCGAGAAAACTATGAAATAAAAT
TTAGATATGTACTATTCAAGATTTTTAAAATTTACATCGTTTCCTGAGAATGAACAAAAC
AATAAATAAAAAAGAGAAGAAAAATAAGAAGTTTAAAAAATGGAAATGAAAGGAAAGGAT
AATTATAGGGTGATAAGTTATAAAACATAGTGGGATTAATAAATAGAAATTCGTCCTACA
GAAGAATAATTAGATGTTATTGTTAGTGATATTAAGAAAGATACAAAAATTATTGCGTGT
GCCGGTAGTGGCAAGACAACAACTTTAGTTATAAGACTGAAATACTTATTAGATCATGGG
GTCAAACCAAATTAAATTATTATCAGTACTTTTAATATAGAAGCTGGTAAACATATAAGT
TAGAAAGTGTATGAAATGATTGGAAAGGAAGTTTAGCAATCGATCCTAATTGGAAATATT
GATAAAATAGCATATAAATTTATCAGAAGCGAGCTAGAAGCTAAGTAAAAGAATTCTCAA
TCAGTTTTATTATTTAGTTAAAGAGAATATTGTGATATTTGGTTAGCACATATCAAGAAA
TATAAGTTTTAATACCTTTAATACAAATATTTTTTCTTTGACGAATTTTAAGACGTATCT
GAACTACAATATGAAATACTCATGGAATTCAAAAAACTTAATTGCATTTTAACTGTCATA
GGTGATGATGCTTAAAATATTTACGGTTTCAGAGATACAAAAATTGATATTATTTAAAAT
AGAATTAATGATGATTTGAAGAAGAAAAAAAAGGACTTACTAGAGTTTAGATTAACTGCA
AATTATAGAAGTACACATCTAATAACAAAATTTGCTAACAAAATTATAGAAAAAAATGAA
AATTTGATTAAAAAAACTATGTAGAGTGCTTAGGAGATACACGGAGAAACAGAAGAAGAA
AAAATGAAGAGTAAGTATGATAAAGAAGGAGACTATCCTTACTTACATATTTTTGATTCT
GAGAAATAATAAAATGAATCTATTATCAAAAGAATACTTTCGTTAGTTAAAAATAAAGGA
TTTCAATTTAAAGATATTGCAATTATAGGTCCAATGAATGACTAGCTGAAAAAGTTTGAA
GAAGTTGTTGAAAAGCACAATTAAAAGAGTATTTAGAGTGACCAAATACCTTATTAAGCT
TTTATCACTTTAAAATTTGAAGATTTTAAGTTAATAGAGTTTAATGCTGCTCCATAAAAG
TAAAACAAACTCACTATTTCAACAATTCATAGGAGCAAGGGACTCGAGTGGGACATAGTT
TACTTTTTGGGTTGTAATGATGATTAATTTCCTATGGCTTTCGTTTAAAAAAATAAAAAT
TAGGCTTGTACCATTTTAGAAGAGTAAAGAAGATTATTTTATGTTGGTGCTACAAGGGCA
ATAAAGGAGCTAAACTTTTGTTGCATTGTTAAAGAACCTGAAAAAATGAAGGAAAAAGAT
AAAATGTAAGGAAAATTTAAGGTTACCAGGTTTTTTGCAGATATTCCAAGAGAATACTAT
AGAGCAGATATCATTTTAGACTTTTAAGACCACATAATAAAAGATTATAAATGGATAGAA
TTTGATGAATCATAAAATGGGGAAGAGGAATAAAATTGTATTAAGATCAGAGAAGTTATA
TCTAAAATGAATAGCAAGCAACTTGAAGATATAAATACTTTCACTTAAAATATAGTACAA
GAAAAGGTAGTTAAAAGCCTTTATATGGAAAAGCATGAAATTTCTCAATAAGTTAAAGAC
AATTAATTATTTTCAGAAATGGGTATGTTTTTTGATAGATGTATAGTAAGAATGATTGGA
GAAAAGTACAAAGCTAAAAATTCATTCTATAATTAAGTTGCTGCTTAGGTCATATTACCT
TAAATATATGAATTGCATTTACCAGAGAATTTGTTTAGACTTTTCTTGAGGTACAGCAAG
TTTTTTACAACTTTTGACTCTGCTTAGTTAGATGATTAGAGAAATGTCATTGAAAGATTC
AAAAATGAAGGTGATAGAGATAAGAGTGAGTAAGATATTTAAGATATGTAGGAACTTCAC
AATATTTTATCATACAATGCAGAAATTTAGTGTCTAAAAAAAATACATATTTTTAATTTT
TAAAAGCACAGACCAAACAAATATTTTTAAGATCAATTTGAAAGACTTGGATAGAGTTAT
ATTATAGCACTTAGTGAGTATATGAATAAACATAAAAAAAGTGAAGATATTTTTGAGAAC
ATTTATAAAATATCAAAATGTGGATTTTTGTTTGAGAATAGAAGAAAATACCTGTACAAC
AACAACTTGACTGCTATTTTAGATTACGAGCTCCTTAAAAACATTTAGATTAACTTTATT
AACGGTTATTTATCTTAATATTAAAGTATAGAATGCAAGAAGATTTACAAGACTAAGAAT
ATTTAAGGTCTCATTGATTTAATAGCAAATTAAAATCATTTAATTTTCTTTAAGTTTGAT
ATATTCGAAACATACAAAAAAGAAGATTTCTTAAATTATCTTTTTGCTGCTTCTTATATG
TATGTTACTGATAAAATTAATATAGAATAAATTAGTATATTTAATTTTCTATCTGGGACA
ATTCAATCAATAGATTTAAGAGGCTGGGATTAACAACAGTCTTTTTTCAATTAAATTGAA
TAAATCGCAAAAGGCTAAATACTACAGAATGTTCAAAATAACATCTTGCAAATAATAGAC
TAAGAAGAAGATAAGGTGTTAAATAAAGAACAAAAAGAAGAATTGAAAAAAATAATATTT
TAAAGTAAGACTCCATAAGAGCTTTAAGAAAATATTGAAAATATAAAATCAGGTTAAAAA
TCAGTTAATAAAGCTTAAATGATTGATGAAGGGAATAAAGGTGAAGAATAAATTGAGTAA
TAAAGAGATAATAAAGATAATTAAAATTAATTAGATAGAGGTATGATAGTTGAAGAAGAT
TATCATTTAAAACCTTAAGAATAAAAAGATAAAAGTTAATTAATAGATTAAAATTTCATT
GAGCATAATAGATAAGTAATTGATTCTTATGATCCTTTGAGGAAAAAAATATAGTTTGAG
GAATAGAATCATCCTGCTATTTTATTTAATGATATATAAATCGATGAAAATAGTAATTTT
TTAAATAATGAATTTGATAATATAGAAAATCAAAAGAATTTTAGTTAAATAATCAACAAT
AATAAAATAAATGAAGATCACTCAAAAATGATTACTGAATAATAATAGGATTTATAATTT
AAATAAGAAGAAGAATAAGATAAAATAAATCAAATTTAAGTTACAAATGTTTAAAATTAA
AATAATGATATTAAAATATAAAATATTTAAAAACAACAATTTAATTAGAAAAAAACAGAA
TTTAAAAGTTCCATATAGTATCAGAAAGAGCTAAGATAAAAAGAGTTAATAGAAAGTGAT
AAAAGTGAGAAAGTTTTAAATAAAATCCAAAATCTTTAACAAACATACCTTAATATATTG
TAAGACACTTCAAGTGAAACAGTAAGAGAAAAAAAGTGCTCATTTCTTACTAAAGAGAAT
AGTAAAAATTAAGTTTAATTTTAACCTTAACAGATTTAAGAGAGGAAAAAGTAATTCTAC
TCTTCGAATAATAATCTAAGCAAATAATTTAATTAAAAATCATTTGAACAAAATACTCTT
GAGAACTAAATTTTTGAGGAGAGCTATTAAGCAGAACAAGATTTTGATTATTAAAAATAG
CAGAAGAGTGGAAGCATTCCTGATTTAGAAGAAGATGATATTTCTAATATTTAATCCTAA
GAAGAAGATAATAATTATAGTTAAAATTATAATTTTTAAAATCAGATTAAAGAAAATAAA
ATTATATCTTCTAATTTATATAAGAAAAATGTATTTAAAGGATCTAATAAAAGCCCAAAT
AGCAAATTAAATTTAAAATAAGAGATAAAACTAAAACCAGGAAACATAACTCCAACTTAC
AAAGTGAATTAAAAATAGTTTGAAAAAAATAGCCTAATAAATTATAATTAGAAATTCAAC
TCATAGGAAGAAGAAGACATAGATTCAGATTAAGATGATTCTGATGTTTTAAGAATTATA
TAAAGATTAAAAATTTAAGAATAGGAAAAGAAAAAGCATTGAATTTATGTAATATAAAGA
AATGGCTATTGTTTCAATTTATAATTCAATAGATAATATAACAAAGCTTTAAATAGTAAA
TTTATTTTTTCAAGATGGATAATACTCTAATTAATAAGTTATTAAATAAATAAATAAAAA
TTATAATTTAAAAAATATAGCAATAAATGTAAATTTTAATATAATTAAAATTCCATTATA
ACTGTAGTAAATGCATTCATATTTACTTAAAGAACTATGAGTTTAACATTATATTTAAAA
TGTAATTTTATAA

>TTHERM_00723610(protein)
MKQTKIKQVQGQASLKSFFKPKNADVQDDIQTENKENTIYQQNLKIDIKVEDDGFYQQQI
DNNLNSVQNPSFEQNDAQEYENSYDILQKREEYIKKKLSPFKYSKKKSFKSKVKAKIGQD
DSCSSPLNKKRMKQSSKWIRMTPSSKKKIKVEEDDTIEQEQKLASIYKQERLSSIQFSPK
EDQSKQNQMEVQDDEQVAMVSQFDSRQDAFSNNSKKSECSKGSKSEGKANRQLQINDFRQ
FNSTLKNNQSKLCQKNLSEADIQNNNKMIVEYEECNRTMECETNINQIIIHNQIEENNEK
GFQKNNNQIEQSKQNSINKDNQILTNNSTQQSKESKLNHNIQILINNSIEDNKQISAQNE
NKNCQIQEEQQPKINQKKKMKNLLSFCVPTQGKNSDKAKQKENIINGDQEKDQFKESRLI
QKNKDDQPQDKQVQLKNVLQKQSENKIKSQKESTNSKLVFGKQNINKEAQKQDDIPQESD
QQLLEEDIQNLNQQQQENENELKELEENKKNIDAQTKANEKNAQNLFKIFISHMEQNVKD
LSDIQQKNLNKIKKLKPVTKNCYENQIKQYQLSEQYDNFIVQYEKIQELKNQFSDYIEFM
KIPKKKKNEINKQINQVYKQFPTNREEFEKTMKQNLDMYYSRFLKFTSFPENEQNNKQKR
EEKQEVQKMEMKGKDNYRVISYKTQWDQQIEIRPTEEQLDVIVSDIKKDTKIIACAGSGK
TTTLVIRLKYLLDHGVKPNQIIISTFNIEAGKHISQKVYEMIGKEVQQSILIGNIDKIAY
KFIRSELEAKQKNSQSVLLFSQREYCDIWLAHIKKYKFQYLQYKYFFFDEFQDVSELQYE
ILMEFKKLNCILTVIGDDAQNIYGFRDTKIDIIQNRINDDLKKKKKDLLEFRLTANYRST
HLITKFANKIIEKNENLIKKTMQSAQEIHGETEEEKMKSKYDKEGDYPYLHIFDSEKQQN
ESIIKRILSLVKNKGFQFKDIAIIGPMNDQLKKFEEVVEKHNQKSIQSDQIPYQAFITLK
FEDFKLIEFNAAPQKQNKLTISTIHRSKGLEWDIVYFLGCNDDQFPMAFVQKNKNQACTI
LEEQRRLFYVGATRAIKELNFCCIVKEPEKMKEKDKMQGKFKVTRFFADIPREYYRADII
LDFQDHIIKDYKWIEFDESQNGEEEQNCIKIREVISKMNSKQLEDINTFTQNIVQEKVVK
SLYMEKHEISQQVKDNQLFSEMGMFFDRCIVRMIGEKYKAKNSFYNQVAAQVILPQIYEL
HLPENLFRLFLRYSKFFTTFDSAQLDDQRNVIERFKNEGDRDKSEQDIQDMQELHNILSY
NAEIQCLKKIHIFNFQKHRPNKYFQDQFERLGQSYIIALSEYMNKHKKSEDIFENIYKIS
KCGFLFENRRKYLYNNNLTAILDYELLKNIQINFINGYLSQYQSIECKKIYKTKNIQGLI
DLIANQNHLIFFKFDIFETYKKEDFLNYLFAASYMYVTDKINIEQISIFNFLSGTIQSID
LRGWDQQQSFFNQIEQIAKGQILQNVQNNILQIIDQEEDKVLNKEQKEELKKIIFQSKTP
QELQENIENIKSGQKSVNKAQMIDEGNKGEEQIEQQRDNKDNQNQLDRGMIVEEDYHLKP
QEQKDKSQLIDQNFIEHNRQVIDSYDPLRKKIQFEEQNHPAILFNDIQIDENSNFLNNEF
DNIENQKNFSQIINNNKINEDHSKMITEQQQDLQFKQEEEQDKINQIQVTNVQNQNNDIK
IQNIQKQQFNQKKTEFKSSIQYQKELRQKELIESDKSEKVLNKIQNLQQTYLNILQDTSS
ETVREKKCSFLTKENSKNQVQFQPQQIQERKKQFYSSNNNLSKQFNQKSFEQNTLENQIF
EESYQAEQDFDYQKQQKSGSIPDLEEDDISNIQSQEEDNNYSQNYNFQNQIKENKIISSN
LYKKNVFKGSNKSPNSKLNLKQEIKLKPGNITPTYKVNQKQFEKNSLINYNQKFNSQEEE
DIDSDQDDSDVLRIIQRLKIQEQEKKKH