Identifiers and Description

Gene Model Identifier

TTHERM_00760460

Standard Name

NUP155

Aliases

PreTt18531 | 125.m00095 | 3672.m00028 | Nup155

Description

NUP155 hypothetical protein; Nucleoporin, Nup155-like

Genome Browser (Macronucleus)

Full Screen View


Genome Browser (Micronucleus)

Full Screen View

External Links

Gene Ontology Annotations

Cellular Component

Molecular Function

Biological Process

  • 3-keto-sphinganine metabolic process (IEA) | GO:0006666
  • absorption of visible light (IEA) | GO:0016038
  • activation of Rho GTPase activity (IEA) | GO:0032862
  • allantoate transport (IEA) | GO:0015719
  • aromatic amino acid family biosynthetic process (IEA) | GO:0009073
  • bile acid metabolic process (IEA) | GO:0008206
  • cell wall modification involved in fruit ripening (IEA) | GO:0009829
  • cell-cell adhesion involved in sealing an epithelial fold (IEA) | GO:0060607
  • cellular response to desiccation (IEA) | GO:0071465
  • cellular response to sorbitol (IEA) | GO:0072709
  • cement gland development (IEA) | GO:0071570
  • central nervous system myelin maintenance (IEA) | GO:0032286
  • coenzyme A metabolic process (IEA) | GO:0015936
  • commissural neuron axon guidance (IEA) | GO:0071679
  • copulation (IEA) | GO:0007620
  • cytokinin biosynthetic process (IEA) | GO:0009691
  • cytoplasmic translational initiation (IEA) | GO:0002183
  • embryonic brain development (IEA) | GO:1990403
  • ethylene metabolic process (IEA) | GO:0009692
  • extrinsic apoptotic signaling pathway via death domain receptors (IEA) | GO:0008625
  • fibroblast growth factor receptor signaling pathway (IEA) | GO:0008543
  • galactose to glucose-1-phosphate metabolic process (IEA) | GO:0061612
  • gamma-tubulin complex assembly (IEA) | GO:1902481
  • glycolytic process from glycerol (IEA) | GO:0061613
  • glycolytic process through fructose-6-phosphate (IEA) | GO:0061615
  • granzyme-mediated apoptotic signaling pathway (IEA) | GO:0008626
  • heme A biosynthetic process (IEA) | GO:0006784
  • heme biosynthetic process (IEA) | GO:0006783
  • hexasaccharide transport (IEA) | GO:2001102
  • high-affinity hexose transport (IEA) | GO:0008646
  • induction of apoptosis by extracellular signals (IEA) | GO:0008624
  • L-phenylalanine biosynthetic process (IEA) | GO:0009094
  • loss of chromatin silencing (IEA) | GO:0006345
  • maltoheptaose catabolic process (IEA) | GO:2001123
  • maltohexaose transport (IEA) | GO:2001103
  • mating (IEA) | GO:0007618
  • metanephric nephron tubule formation (IEA) | GO:0072289
  • mitotic cell cycle checkpoint signaling (IEA) | GO:0007093
  • mitotic nuclear division (IEA) | GO:0007067
  • negative regulation of 1-phosphatidyl-1D-myo-inositol 4,5-bisphosphate biosynthetic process (IEA) | GO:1902647
  • negative regulation of 1-phosphatidyl-1D-myo-inositol 4,5-bisphosphate catabolic process (IEA) | GO:1902642
  • negative regulation of anterior head development (IEA) | GO:2000743
  • negative regulation of cellular response to hepatocyte growth factor stimulus (IEA) | GO:2001113
  • negative regulation of chemokine-mediated signaling pathway (IEA) | GO:0070100
  • negative regulation of double-strand break repair via nonhomologous end joining (IEA) | GO:2001033
  • negative regulation of female receptivity (IEA) | GO:0007621
  • negative regulation of glycine secretion, neurotransmission (IEA) | GO:1904625
  • negative regulation of L-glutamate import across plasma membrane (IEA) | GO:0002037
  • negative regulation of L-glutamine biosynthetic process (IEA) | GO:0062133
  • negative regulation of neural retina development (IEA) | GO:0061076
  • negative regulation of PERK-mediated unfolded protein response (IEA) | GO:1903898
  • negative regulation of phytoalexin metabolic process (IEA) | GO:0052321
  • negative regulation of protein maturation (IEA) | GO:1903318
  • negative regulation of reductive pentose-phosphate cycle (IEA) | GO:0080153
  • negative regulation of response to drug (IEA) | GO:2001024
  • negative regulation of SCF-dependent proteasomal ubiquitin-dependent catabolic process (IEA) | GO:0062026
  • negative regulation of urea catabolic process (IEA) | GO:1901713
  • neutral lipid metabolic process (IEA) | GO:0006638
  • Notch signaling pathway involved in negative regulation of venous endothelial cell fate commitment (IEA) | GO:2000796
  • nucleotide-binding oligomerization domain containing 2 signaling pathway (IEA) | GO:0070431
  • obsolete actin filament bundle convergence involved in mitotic contractile ring assembly (IEA) | GO:1903478
  • obsolete bent DNA binding (IEA) | GO:0006326
  • obsolete energy taxis in environment of other organism involved in symbiotic interaction (IEA) | GO:0052215
  • obsolete inheritance of oxidatively modified proteins involved in replicative cell aging (IEA) | GO:0001319
  • obsolete modulation of catalytic activity in other organism involved in symbiotic interaction (IEA) | GO:0052203
  • obsolete mRNA endonucleolytic cleavage involved in unfolded protein response (IEA) | GO:0070055
  • obsolete negative regulation by host of symbiont defense response (IEA) | GO:0052196
  • obsolete negative regulation of cGMP catabolic process (IEA) | GO:0030830
  • obsolete negative regulation of histone H3-K27 methylation (IEA) | GO:0061086
  • obsolete peroxidase reaction (IEA) | GO:0006804
  • obsolete positive chemotaxis in environment of other organism involved in symbiotic interaction (IEA) | GO:0052221
  • obsolete regulation of 1-deoxy-D-xylulose-5-phosphate synthase activity (IEA) | GO:1902395
  • obsolete regulation of cellular ketone metabolic process by regulation of transcription from RNA polymerase II promoter (IEA) | GO:0072364
  • obsolete regulation of histone H3-K27 methylation (IEA) | GO:0061085
  • obsolete regulation of nucleic acid-templated transcription (IEA) | GO:1903506
  • obsolete reproduction (IEA) | GO:0000003
  • obsolete response to long exposure to lithium ion (IEA) | GO:0043460
  • ommochrome biosynthetic process (IEA) | GO:0006727
  • phagocytosis (IEA) | GO:0006909
  • phenanthrene catabolic process via trans-9(R),10(R)-dihydrodiolphenanthrene (IEA) | GO:0018956
  • phosphate-containing compound metabolic process (IEA) | GO:0006796
  • photosynthetic NADP+ reduction (IEA) | GO:0009780
  • plant-type cell wall modification (IEA) | GO:0009827
  • positive regulation of 1-phosphatidyl-1D-myo-inositol 4,5-bisphosphate catabolic process (IEA) | GO:1902643
  • positive regulation of antifungal innate immune response (IEA) | GO:1905036
  • positive regulation of flavonoid biosynthetic process (IEA) | GO:0009963
  • positive regulation of forebrain neuron differentiation (IEA) | GO:2000979
  • positive regulation of oxidative phosphorylation (IEA) | GO:1903862
  • positive regulation of phospholipid translocation (IEA) | GO:0061092
  • positive regulation of prostaglandin secretion involved in immune response (IEA) | GO:0061078
  • positive regulation of response to water deprivation (IEA) | GO:1902584
  • positive regulation of SCF-dependent proteasomal ubiquitin-dependent catabolic process (IEA) | GO:0062027
  • positive regulation of signal transduction by p53 class mediator (IEA) | GO:1901798
  • positive regulation of urea catabolic process (IEA) | GO:1901714
  • pre-replicative complex assembly involved in cell cycle DNA replication (IEA) | GO:1902299
  • pronephric glomerulus morphogenesis (IEA) | GO:0035775
  • propan-2-ol biosynthetic process (IEA) | GO:1902640
  • protein depalmitoylation (IEA) | GO:0002084
  • protein localization to old growing cell tip (IEA) | GO:1903858
  • regulation of 1-phosphatidyl-1D-myo-inositol 4,5-bisphosphate biosynthetic process (IEA) | GO:1902646
  • regulation of 1-phosphatidyl-1D-myo-inositol 4,5-bisphosphate catabolic process (IEA) | GO:1902641
  • regulation of antisense RNA transcription (IEA) | GO:0060194
  • regulation of cellular glucuronidation (IEA) | GO:2001029
  • regulation of cytokinin dehydrogenase activity (IEA) | GO:1903856
  • regulation of hematopoietic progenitor cell differentiation (IEA) | GO:1901532
  • regulation of hemicellulose catabolic process (IEA) | GO:2000988
  • regulation of homeostatic process (IEA) | GO:0032844
  • regulation of interleukin-27-mediated signaling pathway (IEA) | GO:0070107
  • regulation of microglial cell migration (IEA) | GO:1904139
  • regulation of mRNA 3'-UTR binding (IEA) | GO:1903837
  • regulation of phosphatidylcholine biosynthetic process (IEA) | GO:2001245
  • regulation of phosphorus utilization (IEA) | GO:0006795
  • regulation of protein modification by small protein conjugation or removal (IEA) | GO:1903320
  • regulation of skeletal muscle contraction by chemo-mechanical energy conversion (IEA) | GO:0014862
  • regulation of skeletal muscle contraction via regulation of action potential (IEA) | GO:0014861
  • regulation of stress response to copper ion (IEA) | GO:1903853
  • response to rest involved in regulation of muscle adaptation (IEA) | GO:0014893
  • response to singlet oxygen (IEA) | GO:0000304
  • sulfide oxidation, using sulfide dehydrogenase (IEA) | GO:0070222
  • tertiary alcohol biosynthetic process (IEA) | GO:1902645
  • transmembrane L-histidine transport from lysosomal lumen to cytosol (IEA) | GO:1904918
  • transport (ISS) | GO:0006810
  • vesicle coating (IEA) | GO:0006901

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 Data fetched for General Information

Associated Literature

  1. Ref:28386019: Iwamoto M, Osakada H, Mori C, Fukuda Y, Nagao K, Obuse C, Hiraoka Y, Haraguchi T (2017) Compositionally distinct nuclear pore complexes of functionally distinct dimorphic nuclei in the ciliate Tetrahymena. Journal of cell science 130(10):1822-1834
  2. Ref:19375312: Iwamoto M, Mori C, Kojidani T, Bunai F, Hori T, Fukagawa T, Hiraoka Y, Haraguchi T (2009) Two distinct repeat sequences of Nup98 nucleoporins characterize dual nuclei in the binucleated ciliate tetrahymena. Current biology : CB 19(10):843-7

Sequences 

>TTHERM_00760460(coding)
ATGAGCATTAACTTTTAATAGATTTCAACATCAAACTATCCAAATTTAAATTAAGAAAAA
ATGTCTTCTAAATTTTTATCCTCTGCTTAGAAGCGTAAGAGAGGGGATGATTATTTCTCT
CAGCAAGGTGGATTGTCTAATTTTAATGCATTTAATACAAATAAAGATAGGGATTAAAAG
TTCGCAGGTGATAGTTTTATAGGCAATTAACAATCTCAGTAAGCACAATTAGGCTATTTC
AATAAATTTGGGGACAATAAATCAACAAATTAAATGAATAACAATAATATTAGCATGATG
AGTAATCATGGATTTGTAATTTAGAATAACCTAAAAGGATATAATAGACATTCTTAGGAA
ACTTCTGCTAATACATTTTTAAATTAATCTTCTAATTAGCTTTATAAATTCAATGCAAAA
AATACAGAAATCAATTAGTTTAACTTTAATAACTAATTTAACTAAATATCTAACGAAACT
TTACCTATTCATTAGGATATTCCTCCTAACCCTCAAATATTAAATCCTGGTAGCTACAAT
ATTTCCTACAATAATGACACTGAATTGTTAAGACGTGAAGTTATCAAAGAATAGAATCTT
TAAGAAAAAATGCTTGTTGTGCAAAAAGAGCAAAAGATTTAATCTGAAATTGCTTACTCT
TTTAAATAAATGTCTCGTCTCTTGGATGCATGCTTGAAGTAGGATGAAACAGGAGCTGGT
ATAACTAGTGTAAAGTAAAATGATTTCTAACTCCCTCATGGAAGCAACTTTATCTAATTC
AAAGCCATTGAATTCCCATAAAGGATTGTAGAGTATTACACTGATTTGTTAGAAAATTAA
TATGAGTCTGATTAATAGCGTAATGATGAAGAATCTATTTCTGTTAATAAGGGAATTATT
GCAGAGTTAAGTTTGGCTTGGGTTAGCATAAATAAAAAATTATTTATGTGGAAATATGGT
CCTTAATCATTTGCATAGTTTACAAGACTTTACAATAAAAATGAATACTACAGACAAAAT
AAAGACTAATATGGCACAAAAAGAGATGATAAAATTGATAAGGATGACCTAAAGGAATTC
GATTTAGAGGACACAATACTTTATATAGCTTTTGGATAACCCAAATATGCAATTTTCAAA
TAAAATGAAATCAAAAATGTTCTTGTGATCGCATTCCCTAATTATATCAAAGTTATGCAT
ATCAAGCTAGAACATAACAACATAGATATTCAAGATATCAATGTTTCAATAAGTACTGAT
CATGAATACGTCAATAAAATTGTGTTCTCTAAGAAAGGAAGAATATTCTTTGGAGGATCA
AGTGGAAGAGTCAAATACATAGATTACTTTAAGTCTTAAATATTAGGAATTACAATAAGC
GAAAAATTCAAAGCTAAAGAAGGTGTGAATTGGTAATAAAAATTCAAACAATAAATTCCT
CTTTTGAATCAAGATCAATAAGTGATTGATATTAGTGTTGATGACACAAGATAGATTTTA
TATGCTTTGGTAGAAGTTTAGTGTGATAAACCTTTTTTTAGAAATCCGTTTTCATATAAC
CCTTACTAATAAAAAACAACTTAAAGAATTGATGTTTATGATTTAGGCGCTTTTGATGAA
GATTTTACTTTAATTGGTTCCTTAACTCATGCTCAATTTGCCGATTAACTCCTTTCTAGC
TAAACAAATCATTTCCATTTACTTCCTACAAGCAAAGAATTAAGTATTATATCAGTATCT
GCTATTGAAAAGTATCAATCAAACGATTATAATTTTGTTATTGTAACCTAATCTGGTATT
AGAGTCTACTATGTATTAAAAACTAAACCAGTAACTGACAAGAAAAACCAAATACTGAGT
GCTCAGGAAACAAAAGAAGCAAGAGAAAAATTCTAAATGTTTGAAAAATATAGACCGATT
GCAGAGTTTTAAATTGCTATTGTGAAGGGAATGTTAGATATTTCTCACTAGAACAGCGCA
TTCAGAAATCTTCATGTTTTTTATGATCACAAAGACTATCAAACTTGCAAAGGAAGCTAT
GTCTAAGTTATAGATGATGAACAGAAAAAATACATTAAATCTGCTTTTGCTACTCGTGGT
GGTGTCGTTATGTAGAAAATAGAAAATAAATAGAACAGGTTAATTTTCATCGAAAGTAAC
TAGTAGTATATTGCAAGGCTCAAGGAAAATATGTTTTCAAACCATCAAATATTTTCTGAA
ATACATCCCAATTTTGTAGTTGCAACAGAGCGCATGGGAGAATTAATTCTTGATTTCCAA
AACAGAGACGAGAACTCCAATATTCTTAATGATTTGACATTTGCTTAAATCCCTGAAAAA
AACTTACTTCCTCCTTAAATTAGTAGCCTAATTTTACTAAATAGCTTTGAATAGCTTGAA
ACAAGTTAGATGATTGGAGAATAAAATGGTCAATAAGCTTATGTTTGCTTGAATGATTTA
ACTAAATAATGTTATTCTTAGCCCTCCCATTATGTAGTACTGACTAGTAAGGGAATTTTA
TTGTATTACTAATAGAGACCTATTGATTTACTTTACCAACTTATTAAGGTACTTCCAGAT
TACATAACTGAGCCAAATTAGACTCAGGCTTAATTGTAATTTTAGCTATTAAACTAAAAG
AAACTAAACAAGTTCAGTAATAAGCAAATTGATATTAAAAACAATCAATAACAGAAATAA
AACTCATTAGAATTTTTTGAATAATTCATTATTACATATGGTGTAACTGAAACATTTGCT
ATGCTCTCATAAATGCTTTGCCACTCTCATTTAGAATACTATCAAAATTTAAATGTCCAT
AACCATCTTGACAAGTAACTTAAAAACAAGTTGTCAGATACTACACTCAACAACACAAAC
AACTTTACCTAGGGAACTTAATATGAGCAAAACACTAATAAATTCCCAGGATAAAAAAAT
AATGAAAAACCTCTTGACCCTTCTCAAATACCTGAAACAATAATCACAGAAATAAGCGAA
TCAATATTGAAAAAGTCTCATTTCTTGTTCTAAAAATATGGAGATATTTTGCTCGATGAG
ACCAGTGAAAATTAATATCAGTCTAAATAAATGAATGACGAATTCTAAAACACATTAGGT
AAAGCTTGGGAATGGACTAGAAGAAAATACACTTCCAAAGTAGAAGGTGTTTTATTATAC
TTCTCTAGATTAATTAGACCTGTTTGGAATAAACCTCTTGTCAATTCATATGCTTTTAAG
TTCTTCATTAATGAGCCTATTGAAAATTTCAAAAGAGAAGAAATTCAAGCTTTTACTCGT
CGTCTCAACGAGTTCAAGTTTTGGTTAGAAAACGAAACTAAAGTCATTTACTGCAACGAA
CTAAAAAACAACACTCTTCTTGGATCTGATTCTAACTAATCAATTAATAATATTTATATG
AAAAGTGCCTCTATTTCTACTTCTAATAGATATGGAAATTAAAATAGATATAAAAGCAAC
GAAGAAAGAATGTAAGAAATAAAAGCAGATGAGGCAAAATTAATTGATGATCTCCTTCGC
TTCTGCAGCAAAATAATTTAAGTTGCAAATCTCTTCCTTTTTATTTCTGAAAATAAATTA
AGGTCAAATCTGAACAACGTAGAATTTAGAGATTTAAGAGAAGAAATTCTATAAATCCGC
TTTAAAGATGTTTTTACTGACAAAAAGAATGAAAAAATTGTTAAAAACTATGTCTTATAA
GCAATTAAGCTTGACCCTAAATATATGGATTAGGTAAAATATTATTTACATTTAAAGCTT
ATTAACACAGACTTTAAATAGGCAAAGATGGTCTTGAGCTAATTTAATACTATTTTCCAT
GATAGAGACTTCAATATTTCATAAGCTGAAATAAAGTTATAAATGATTCTAAGTAAATTT
GCAAGAACAGGAGTTCCTGAGGCAAAATATCTAAATGAGTGTACAAATATCTTGTTGGAG
CATATCGAATATCTCAATTCTGACTACATTGATAAATTCTTTATGATTTATTCTTCTCTT
GACTCCAGAGTAGATTTTACTAAAATTGCCATAGAATGCATTAAATTCCATTAAAGAATC
ATAGAAAATATAGAGAGATAACAATAAGAGACCTAAGCTTTAGAAGAATAGTTGAGAGCT
AGCTAATAATACAATCCTGTTAATAAGTATTCTGAATAGCTTAAAATTTAAAAGTAAATT
TTGGATGACAATTCTTAACAAAGAGAATTCTGCTTGCAAAAAATAATTTAAATTCTTGAA
GATTTACATAAGGAATCAGAGTTTGATCCAAAAACCAAAGTTAATAAGGATCTATAAATA
CTTAATATAGTGAAACTCATTCAAAACTACCCATCAGATTTCGTTCATAGTGTTGTAATT
GATTTCTTGTTGAGAAATAAAAGAAAGAGCGAAATTCTTGAACTAAATAGTCCTTTTACA
GAATAAATATTTTCTAATTTTGGAACTGATAATGCAGAGTGTCTTAAAATCAAATTTAAG
TACCTTGAACAAATGGGAAATGTAAGAGAGGCATACAATGTAGCGTTCTAGTTATCAAAT
TTCAAGAATAGAGAAGAATCTGAGGATAGAGTTTTGCTTGATGATAGAATTTCATTTACA
GAAATTGCTATTTATGACATTTCGGTTATTCTCAGCGATTTCAATATTTCAGAGACTGAC
AAAATTAGATACTATGCTGAAAGAGAAATTCTTGTAAAGTAAGCAAGAATACTTAAAATT
TAAAAGAAAATGTATGAGAAGCTCTTAAACGGAATAAATTATGTTGAAAATAGTCTTAAA
AAATCAAAAACTTCTGGTGATAAGAAAACACTTGAATAAAAAAAACTTCTTTTGAAAGAA
AGTTATGATGTATTACAATTCATGAGGCTTGACGAGCATATGTTAGAAAAGTACTATGTA
TGGCCTTTAAATCTTGTAGAGTTTGCTCTTATATTATATGATATGACAGGGGAATAAAAA
GTTGACAGTTCAATAAATTCGATTTATGACAAGTTAATTGGTAGAATGCTTGGCAACGAT
ATTTACGAAACCAAACAATGGCCTCATAACATCTAAGATACACTAATTATGCTTAATGAA
GAAATTGAAGAGAAAGCAAGATTGTTCAACTTAGATCATATTGTAGTAAAATGCGAAAGC
AACAATGCTTAAATTTCTCAAGACATCAAATTTTAGTTAAAGGATTTCATTTATTTATAC
AACTAACTACTTGTTTAGAAAGAGGATTCAGATATAAAGATTCTTTCATCTCCACTTTGG
ATGCCTCACTTTTTAGTCACTAAATTAAACTTTTCTCCTCTTAATTTGATTTCTCACTAT
AGCGCGATAGGAAATATATTAAAGGGAGAAGTTTCTAATAGTTATAATATTCATATCAAG
AACTGTCTTTTCATTCTCCTCAGACATTCAATAAATTACATTTCTAATGTCTTACAAAAT
CACGAATAACACTCTAGAGAGTTTATTTCCATTAGAAATTCCATATAAATATTGGAAAAA
GTACTTGAGTCCTTCAATAACGAATTCATGGCACTTTTATAATCTTAGACTTAGAATAAA
TCTGAAATTATCTAATACTAATAACAATTAAGCAAATTGTAAGAAGAAATTTCTTTGTAA
ATCGGAGAAATTGAATAATTAGATAGTGATTTCTAATACTTAAATTAAGGTGCTAATTAT
AATAATTCTATTGAAAGCTAGTAAAGTTTGCTTAATGGTAGCAAAAATAAAGAAGGTAAT
AGCCAAATCTTTGAGTTTGATCAAGATTCTAAGCCTTTGAAGGAAATGCATAATGCTGAA
TATATTAGAAAAATGAAAGAGAAGCGTAACGATGCCTTACAAGATCCTGCAAATAAACTA
TAAATGGCTTATATTTTAGGAGGTTTTACATCTTCTTTATAAAATAGAAATGAAAGCAAT
GGAAGCAGCTTGAATCAAACAAACAAAAGTAAATAAAACACAAATTCTAGCAATTAACAT
CAAACTATAAGTTTTGGAGACAGTAAATTCTTTGAATCGAATAGCAATAGTAGATAAAAT
AACACAAATTCATCAGGAATAAATGAATATGCATTTTACGAATTCAATAAAATCTTAGAA
AATAAAAACGAACAAGAGATTTAATTAGAAAAGAACAAAAACTATTGA



>TTHERM_00760460(gene)
GAGAGCAGTAAAGTTGGTAGAGCTAATTGTTTAAATCATAATAGGAAAGGATAGATAATA
AATAAATAAATAATATTCTGTTTGTTTGAGGATTCATAGTGAATAAAAAATAAATATAAA
CTTTATTTTTAGAAATACAGCTTGAAAGAAATATTTGAAATGAGCATTAACTTTTAATAG
ATTTCAACATCAAACTATCCAAATTTAAATTAAGAAAAAATGTCTTCTAAATTTTTATCC
TCTGCTTAGAAGCGTAAGAGAGGGGATGATTATTTCTCTCAGCAAGGTGGATTGTCTAAT
TTTAATGCATTTAATACAAATAAAGATAGGGATTAAAAGTTCGCAGGTGATAGTTTTATA
GGCAATTAACAATCTCAGTAAGCACAATTAGGCTATTTCAATAAATTTGGGGACAATAAA
TCAACAAATTAAATGAATAACAATAATATTAGCATGATGAGTAATCATGGATTTGTAATT
TAGAATAACCTAAAAGGATATAATAGACATTCTTAGGAAACTTCTGCTAATACATTTTTA
AATTAATCTTCTAATTAGCTTTATAAATTCAATGCAAAAAATACAGAAATCAATTAGTTT
AACTTTAATAACTAATTTAACTAAATATCTAACGAAACTTTACCTATTCATTAGGATATT
CCTCCTAACCCTCAAATATTAAATCCTGGTAGCTACAATATTTCCTACAATAATGACACT
GAATTGTTAAGACGTGAAGTTATCAAAGAATAGAATCTTTAAGAAAAAATGCTTGTTGTG
CAAAAAGAGCAAAAGATTTAATCTGAAATTGCTTACTCTTTTAAATAAATGTCTCGTCTC
TTGGATGCATGCTTGAAGTAGGATGAAACAGGAGCTGGTATAACTAGTGTAAAGTAAAAT
GATTTCTAACTCCCTCATGGAAGCAACTTTATCTAATTCAAAGCCATTGAATTCCCATAA
AGGATTGTAGAGTATTACACTGATTTGTTAGAAAATTAATATGAGTCTGATTAATAGCGT
AATGATGAAGAATCTATTTCTGTTAATAAGGGAATTATTGCAGAGTTAAGTTTGGCTTGG
GTTAGCATAAATAAAAAATTATTTATGTGGAAATATGGTCCTTAATCATTTGCATAGTTT
ACAAGACTTTACAATAAAAATGAATACTACAGACAAAATAAAGACTAATATGGCACAAAA
AGAGATGATAAAATTGATAAGGATGACCTAAAGGAATTCGATTTAGAGGACACAATACTT
TATATAGCTTTTGGATAACCCAAATATGCAATTTTCAAATAAAATGAAATCAAAAATGTT
CTTGTGATCGCATTCCCTAATTATATCAAAGTTATGCATATCAAGCTAGAACATAACAAC
ATAGATATTCAAGATATCAATGTTTCAATAAGTACTGATCATGAATACGTCAATAAAATT
GTGTTCTCTAAGAAAGGAAGAATATTCTTTGGAGGATCAAGTGGAAGAGTCAAATACATA
GATTACTTTAAGTCTTAAATATTAGGAATTACAATAAGCGAAAAATTCAAAGCTAAAGAA
GGTGTGAATTGGTAATAAAAATTCAAACAATAAATTCCTCTTTTGAATCAAGATCAATAA
GTGATTGATATTAGTGTTGATGACACAAGATAGATTTTATATGCTTTGGTAGAAGTTTAG
TGTGATAAACCTTTTTTTAGAAATCCGTTTTCATATAACCCTTACTAATAAAAAACAACT
TAAAGAATTGATGTTTATGATTTAGGCGCTTTTGATGAAGATTTTACTTTAATTGGTTCC
TTAACTCATGCTCAATTTGCCGATTAACTCCTTTCTAGCTAAACAAATCATTTCCATTTA
CTTCCTACAAGCAAAGAATTAAGTATTATATCAGTATCTGCTATTGAAAAGTATCAATCA
AACGATTATAATTTTGTTATTGTAACCTAATCTGGTATTAGAGTCTACTATGTATTAAAA
ACTAAACCAGTAACTGACAAGAAAAACCAAATACTGAGTGCTCAGGAAACAAAAGAAGCA
AGAGAAAAATTCTAAATGTTTGAAAAATATAGACCGATTGCAGAGTTTTAAATTGCTATT
GTGAAGGGAATGTTAGATATTTCTCACTAGAACAGCGCATTCAGAAATCTTCATGTTTTT
TATGATCACAAAGACTATCAAACTTGCAAAGGAAGCTATGTCTAAGTTATAGATGATGAA
CAGAAAAAATACATTAAATCTGCTTTTGCTACTCGTGGTGGTGTCGTTATGTAGAAAATA
GAAAATAAATAGAACAGGTTAATTTTCATCGAAAGTAACTAGTAGTATATTGCAAGGCTC
AAGGAAAATATGTTTTCAAACCATCAAATATTTTCTGAAATACATCCCAATTTTGTAGTT
GCAACAGAGCGCATGGGAGAATTAATTCTTGATTTCCAAAACAGAGACGAGAACTCCAAT
ATTCTTAATGATTTGACATTTGCTTAAATCCCTGAAAAAAACTTACTTCCTCCTTAAATT
AGTAGCCTAATTTTACTAAATAGCTTTGAATAGCTTGAAACAAGTTAGATGATTGGAGAA
TAAAATGGTCAATAAGCTTATGTTTGCTTGAATGATTTAACTAAATAATGTTATTCTTAG
CCCTCCCATTATGTAGTACTGACTAGTAAGGGAATTTTATTGTATTACTAATAGAGACCT
ATTGATTTACTTTACCAACTTATTAAGGTACTTCCAGATTACATAACTGAGCCAAATTAG
ACTCAGGCTTAATTGTAATTTTAGCTATTAAACTAAAAGAAACTAAACAAGTTCAGTAAT
AAGCAAATTGATATTAAAAACAATCAATAACAGAAATAAAACTCATTAGAATTTTTTGAA
TAATTCATTATTACATATGGTGTAACTGAAACATTTGCTATGCTCTCATAAATGCTTTGC
CACTCTCATTTAGAATACTATCAAAATTTAAATGTCCATAACCATCTTGACAAGTAACTT
AAAAACAAGTTGTCAGATACTACACTCAACAACACAAACAACTTTACCTAGGGAACTTAA
TATGAGCAAAACACTAATAAATTCCCAGGATAAAAAAATAATGAAAAACCTCTTGACCCT
TCTCAAATACCTGAAACAATAATCACAGAAATAAGCGAATCAATATTGAAAAAGTCTCAT
TTCTTGTTCTAAAAATATGGAGATATTTTGCTCGATGAGACCAGTGAAAATTAATATCAG
TCTAAATAAATGAATGACGAATTCTAAAACACATTAGGTAAAGCTTGGGAATGGACTAGA
AGAAAATACACTTCCAAAGTAGAAGGTGTTTTATTATACTTCTCTAGATTAATTAGACCT
GTTTGGAATAAACCTCTTGTCAATTCATATGCTTTTAAGTTCTTCATTAATGAGCCTATT
GAAAATTTCAAAAGAGAAGAAATTCAAGCTTTTACTCGTCGTCTCAACGAGTTCAAGTTT
TGGTTAGAAAACGAAACTAAAGTCATTTACTGCAACGAACTAAAAAACAACACTCTTCTT
GGATCTGATTCTAACTAATCAATTAATAATATTTATATGAAAAGTGCCTCTATTTCTACT
TCTAATAGATATGGAAATTAAAATAGATATAAAAGCAACGAAGAAAGAATGTAAGAAATA
AAAGCAGATGAGGCAAAATTAATTGATGATCTCCTTCGCTTCTGCAGCAAAATAATTTAA
GTTGCAAATCTCTTCCTTTTTATTTCTGAAAATAAATTAAGGTCAAATCTGAACAACGTA
GAATTTAGAGATTTAAGAGAAGAAATTCTATAAATCCGCTTTAAAGATGTTTTTACTGAC
AAAAAGAATGAAAAAATTGTTAAAAACTATGTCTTATAAGCAATTAAGCTTGACCCTAAA
TATATGGATTAGGTAAAATATTATTTACATTTAAAGCTTATTAACACAGACTTTAAATAG
GCAAAGATGGTCTTGAGCTAATTTAATACTATTTTCCATGATAGAGACTTCAATATTTCA
TAAGCTGAAATAAAGTTATAAATGATTCTAAGTAAATTTGCAAGAACAGGAGTTCCTGAG
GCAAAATATCTAAATGAGTGTACAAATATCTTGTTGGAGCATATCGAATATCTCAATTCT
GACTACATTGATAAATTCTTTATGATTTATTCTTCTCTTGACTCCAGAGTAGATTTTACT
AAAATTGCCATAGAATGCATTAAATTCCATTAAAGAATCATAGAAAATATAGAGAGATAA
CAATAAGAGACCTAAGCTTTAGAAGAATAGTTGAGAGCTAGCTAATAATACAATCCTGTT
AATAAGTATTCTGAATAGCTTAAAATTTAAAAGTAAATTTTGGATGACAATTCTTAACAA
AGAGAATTCTGCTTGCAAAAAATAATTTAAATTCTTGAAGATTTACATAAGGAATCAGAG
TTTGATCCAAAAACCAAAGTTAATAAGGATCTATAAATACTTAATATAGTGAAACTCATT
CAAAACTACCCATCAGATTTCGTTCATAGTGTTGTAATTGATTTCTTGTTGAGAAATAAA
AGAAAGAGCGAAATTCTTGAACTAAATAGTCCTTTTACAGAATAAATATTTTCTAATTTT
GGAACTGATAATGCAGAGTGTCTTAAAATCAAATTTAAGTACCTTGAACAAATGGGAAAT
GTAAGAGAGGCATACAATGTAGCGTTCTAGTTATCAAATTTCAAGAATAGAGAAGAATCT
GAGGATAGAGTTTTGCTTGATGATAGAATTTCATTTACAGAAATTGCTATTTATGACATT
TCGGTTATTCTCAGCGATTTCAATATTTCAGAGACTGACAAAATTAGATACTATGCTGAA
AGAGAAATTCTTGTAAAGTAAGCAAGAATACTTAAAATTTAAAAGAAAATGTATGAGAAG
CTCTTAAACGGAATAAATTATGTTGAAAATAGTCTTAAAAAATCAAAAACTTCTGGTGAT
AAGAAAACACTTGAATAAAAAAAACTTCTTTTGAAAGAAAGTTATGATGTATTACAATTC
ATGAGGCTTGACGAGCATATGTTAGAAAAGTACTATGTATGGCCTTTAAATCTTGTAGAG
TTTGCTCTTATATTATATGATATGACAGGGGAATAAAAAGTTGACAGTTCAATAAATTCG
ATTTATGACAAGTTAATTGGTAGAATGCTTGGCAACGATATTTACGAAACCAAACAATGG
CCTCATAACATCTAAGATACACTAATTATGCTTAATGAAGAAATTGAAGAGAAAGCAAGA
TTGTTCAACTTAGATCATATTGTAGTAAAATGCGAAAGCAACAATGCTTAAATTTCTCAA
GACATCAAATTTTAGTTAAAGGATTTCATTTATTTATACAACTAACTACTTGTTTAGAAA
GAGGATTCAGATATAAAGATTCTTTCATCTCCACTTTGGATGCCTCACTTTTTAGTCACT
AAATTAAACTTTTCTCCTCTTAATTTGATTTCTCACTATAGCGCGATAGGAAATATATTA
AAGGGAGAAGTTTCTAATAGTTATAATATTCATATCAAGAACTGTCTTTTCATTCTCCTC
AGACATTCAATAAATTACATTTCTAATGTCTTACAAAATCACGAATAACACTCTAGAGAG
TTTATTTCCATTAGAAATTCCATATAAATATTGGAAAAAGTACTTGAGTCCTTCAATAAC
GAATTCATGGCACTTTTATAATCTTAGACTTAGAATAAATCTGAAATTATCTAATACTAA
TAACAATTAAGCAAATTGTAAGAAGAAATTTCTTTGTAAATCGGAGAAATTGAATAATTA
GATAGTGATTTCTAATACTTAAATTAAGGTGCTAATTATAATAATTCTATTGAAAGCTAG
TAAAGTTTGCTTAATGGTAGCAAAAATAAAGAAGGTAATAGCCAAATCTTTGAGTTTGAT
CAAGATTCTAAGCCTTTGAAGGAAATGCATAATGCTGAATATATTAGAAAAATGAAAGAG
AAGCGTAACGATGCCTTACAAGATCCTGCAAATAAACTATAAATGGCTTATATTTTAGGA
GGTTTTACATCTTCTTTATAAAATAGAAATGAAAGCAATGGAAGCAGCTTGAATCAAACA
AACAAAAGTAAATAAAACACAAATTCTAGCAATTAACATCAAACTATAAGTTTTGGAGAC
AGTAAATTCTTTGAATCGAATAGCAATAGTAGATAAAATAACACAAATTCATCAGGAATA
AATGAATATGCATTTTACGAATTCAATAAAATCTTAGAAAATAAAAACGAACAAGAGATT
TAATTAGAAAAGAACAAAAACTATTGAATAAATAAACCAGCCAGAGCAAACAACAAACTC
AATTAAATAAATTAATAAATCTTGAAAAGTAAGTAAGTGGTTTAAATAATAAAAATTAAA
ATTGTTTAAAAATACAGTCATAATTTAATATGTATGCATACATTCATTTTTTATATTTTT
TGATATGTTTAATGAAATATTTACTAATTT



>TTHERM_00760460(protein)
MSINFQQISTSNYPNLNQEKMSSKFLSSAQKRKRGDDYFSQQGGLSNFNAFNTNKDRDQK
FAGDSFIGNQQSQQAQLGYFNKFGDNKSTNQMNNNNISMMSNHGFVIQNNLKGYNRHSQE
TSANTFLNQSSNQLYKFNAKNTEINQFNFNNQFNQISNETLPIHQDIPPNPQILNPGSYN
ISYNNDTELLRREVIKEQNLQEKMLVVQKEQKIQSEIAYSFKQMSRLLDACLKQDETGAG
ITSVKQNDFQLPHGSNFIQFKAIEFPQRIVEYYTDLLENQYESDQQRNDEESISVNKGII
AELSLAWVSINKKLFMWKYGPQSFAQFTRLYNKNEYYRQNKDQYGTKRDDKIDKDDLKEF
DLEDTILYIAFGQPKYAIFKQNEIKNVLVIAFPNYIKVMHIKLEHNNIDIQDINVSISTD
HEYVNKIVFSKKGRIFFGGSSGRVKYIDYFKSQILGITISEKFKAKEGVNWQQKFKQQIP
LLNQDQQVIDISVDDTRQILYALVEVQCDKPFFRNPFSYNPYQQKTTQRIDVYDLGAFDE
DFTLIGSLTHAQFADQLLSSQTNHFHLLPTSKELSIISVSAIEKYQSNDYNFVIVTQSGI
RVYYVLKTKPVTDKKNQILSAQETKEAREKFQMFEKYRPIAEFQIAIVKGMLDISHQNSA
FRNLHVFYDHKDYQTCKGSYVQVIDDEQKKYIKSAFATRGGVVMQKIENKQNRLIFIESN
QQYIARLKENMFSNHQIFSEIHPNFVVATERMGELILDFQNRDENSNILNDLTFAQIPEK
NLLPPQISSLILLNSFEQLETSQMIGEQNGQQAYVCLNDLTKQCYSQPSHYVVLTSKGIL
LYYQQRPIDLLYQLIKVLPDYITEPNQTQAQLQFQLLNQKKLNKFSNKQIDIKNNQQQKQ
NSLEFFEQFIITYGVTETFAMLSQMLCHSHLEYYQNLNVHNHLDKQLKNKLSDTTLNNTN
NFTQGTQYEQNTNKFPGQKNNEKPLDPSQIPETIITEISESILKKSHFLFQKYGDILLDE
TSENQYQSKQMNDEFQNTLGKAWEWTRRKYTSKVEGVLLYFSRLIRPVWNKPLVNSYAFK
FFINEPIENFKREEIQAFTRRLNEFKFWLENETKVIYCNELKNNTLLGSDSNQSINNIYM
KSASISTSNRYGNQNRYKSNEERMQEIKADEAKLIDDLLRFCSKIIQVANLFLFISENKL
RSNLNNVEFRDLREEILQIRFKDVFTDKKNEKIVKNYVLQAIKLDPKYMDQVKYYLHLKL
INTDFKQAKMVLSQFNTIFHDRDFNISQAEIKLQMILSKFARTGVPEAKYLNECTNILLE
HIEYLNSDYIDKFFMIYSSLDSRVDFTKIAIECIKFHQRIIENIERQQQETQALEEQLRA
SQQYNPVNKYSEQLKIQKQILDDNSQQREFCLQKIIQILEDLHKESEFDPKTKVNKDLQI
LNIVKLIQNYPSDFVHSVVIDFLLRNKRKSEILELNSPFTEQIFSNFGTDNAECLKIKFK
YLEQMGNVREAYNVAFQLSNFKNREESEDRVLLDDRISFTEIAIYDISVILSDFNISETD
KIRYYAEREILVKQARILKIQKKMYEKLLNGINYVENSLKKSKTSGDKKTLEQKKLLLKE
SYDVLQFMRLDEHMLEKYYVWPLNLVEFALILYDMTGEQKVDSSINSIYDKLIGRMLGND
IYETKQWPHNIQDTLIMLNEEIEEKARLFNLDHIVVKCESNNAQISQDIKFQLKDFIYLY
NQLLVQKEDSDIKILSSPLWMPHFLVTKLNFSPLNLISHYSAIGNILKGEVSNSYNIHIK
NCLFILLRHSINYISNVLQNHEQHSREFISIRNSIQILEKVLESFNNEFMALLQSQTQNK
SEIIQYQQQLSKLQEEISLQIGEIEQLDSDFQYLNQGANYNNSIESQQSLLNGSKNKEGN
SQIFEFDQDSKPLKEMHNAEYIRKMKEKRNDALQDPANKLQMAYILGGFTSSLQNRNESN
GSSLNQTNKSKQNTNSSNQHQTISFGDSKFFESNSNSRQNNTNSSGINEYAFYEFNKILE
NKNEQEIQLEKNKNY