TGD | Tetrahymena Genome Database Wiki

Identifiers and Description

Gene Model Identifier
TTHERM_00309880

Standard Name
KUL80 (KU80 like protein)

Aliases
PreTt21293 | 29.m00254 | 3696.m00073

Description
KUL80 Ku70/Ku80 beta-barrel domain protein putative; Ku70/Ku80 beta-barrel domain containing protein; hypothetical protein

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
EGFR-Grb2-Sos complex (IEA) | GO:0070620
extracellular membraneless organelle (IEA) | GO:0043264
ionotropic glutamate receptor complex (IEA) | GO:0008328
obsolete ectoplasm (IEA) | GO:0043265
subrhabdomeral cisterna (IEA) | GO:0016029
Molecular Function
17alpha-hydroxyprogesterone binding (IEA) | GO:1903880
2-keto-3-deoxy-L-rhamnonate aldolase activity (IEA) | GO:0106099
3-hydroxybutyrate dehydrogenase activity (IEA) | GO:0003858
8-oxo-7,8-dihydroguanosine triphosphate pyrophosphatase activity (IEA) | GO:0008413
bacterial-type RNA polymerase core enzyme binding (IEA) | GO:0001000
fatty acid derivative binding (IEA) | GO:1901567
ferric enterobactin:proton symporter activity (IEA) | GO:0015345
L-gamma-glutamyl-L-propargylglycine hydroxylase activity (IEA) | GO:0062148
lanosterol synthase activity (IEA) | GO:0000250
microtubule severing ATPase activity (IEA) | GO:0008568
mitochondrial RNA polymerase binding promoter specificity activity (IEA) | GO:0000998
mitochondrial single-subunit type RNA polymerase binding (IEA) | GO:0001001
obsolete sodium-transporting two-sector ATPase activity (IEA) | GO:0015443
obsolete zinc, iron permease activity (IEA) | GO:0015342
phosphatidylserine decarboxylase activity (IEA) | GO:0004609
phosphoenolpyruvate carboxykinase (ATP) activity (IEA) | GO:0004612
phosphoenolpyruvate carboxykinase activity (IEA) | GO:0004611
prenyltransferase activity (IEA) | GO:0004659
RNA polymerase III activity (IEA) | GO:0001056
siderophore-iron transmembrane transporter activity (IEA) | GO:0015343
type 4 neuropeptide Y receptor binding (IEA) | GO:0031844
UFM1 transferase activity (IEA) | GO:0071568
Biological Process
cell surface receptor signaling pathway involved in heart development (IEA) | GO:0061311
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 homocysteine (IEA) | GO:1905375
coenzyme A biosynthetic process (IEA) | GO:0015937
commissural neuron axon guidance (IEA) | GO:0071679
deoxyribonucleoside diphosphate metabolic process (IEA) | GO:0009186
endoderm development (IEA) | GO:0007492
garland cell differentiation (IEA) | GO:0007514
glycolytic process from fructose through fructose-6-phosphate (IEA) | GO:0061616
glycolytic process from glycerol (IEA) | GO:0061613
heme A biosynthetic process (IEA) | GO:0006784
heme biosynthetic process (IEA) | GO:0006783
homogentisate metabolic process (IEA) | GO:1901999
imaginal disc eversion (IEA) | GO:0007561
immunoglobulin heavy chain V-D-J recombination (IEA) | GO:0071707
inactivation of recombination (HML) (IEA) | GO:0007537
induction of apoptosis by extracellular signals (IEA) | GO:0008624
lung connective tissue development (IEA) | GO:0060427
lung epithelium development (IEA) | GO:0060428
lung saccule development (IEA) | GO:0060430
mitotic DNA replication termination (IEA) | GO:1902979
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 cellular glucuronidation (IEA) | GO:2001030
negative regulation of chemokine-mediated signaling pathway (IEA) | GO:0070100
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 PERK-mediated unfolded protein response (IEA) | GO:1903898
negative regulation of phytoalexin metabolic process (IEA) | GO:0052321
neutral lipid metabolic process (IEA) | GO:0006638
nucleotide-binding oligomerization domain containing 2 signaling pathway (IEA) | GO:0070431
obsolete aging (IEA) | GO:0007568
obsolete extracellular carbohydrate transport (IEA) | GO:0006859
obsolete lymph gland development (IEA) | GO:0007515
obsolete mRNA endonucleolytic cleavage involved in unfolded protein response (IEA) | GO:0070055
obsolete positive regulation of advanced glycation end-product receptor activity (IEA) | GO:1904605
obsolete regulation of histone H3-K27 methylation (IEA) | GO:0061085
obsolete reproduction (IEA) | GO:0000003
obsolete synthesis of RNA primer involved in premeiotic DNA replication (IEA) | GO:1902980
ommochrome biosynthetic process (IEA) | GO:0006727
photoreceptor cell morphogenesis (IEA) | GO:0008594
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 dendrite extension (IEA) | GO:1903861
positive regulation of double-strand break repair via nonhomologous end joining (IEA) | GO:2001034
positive regulation of oxidative phosphorylation (IEA) | GO:1903862
positive regulation of phospholipid translocation (IEA) | GO:0061092
positive regulation of response to water deprivation (IEA) | GO:1902584
primary lung bud formation (IEA) | GO:0060431
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
purine deoxyribonucleoside diphosphate biosynthetic process (IEA) | GO:0009183
purine deoxyribonucleoside diphosphate catabolic process (IEA) | GO:0009184
pyrimidine nucleotide salvage (IEA) | GO:0032262
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 complement-dependent cytotoxicity (IEA) | GO:1903659
regulation of cytokinin dehydrogenase activity (IEA) | GO:1903856
regulation of ecdysteroid secretion (IEA) | GO:0007555
regulation of gastric motility (IEA) | GO:1905333
regulation of germ cell proliferation (IEA) | GO:1905936
regulation of phosphorus utilization (IEA) | GO:0006795
regulation of plant epidermal cell differentiation (IEA) | GO:1903888
regulation of RNA binding transcription factor activity (IEA) | GO:1905255
ribonucleoside diphosphate biosynthetic process (IEA) | GO:0009188
RNA polymerase III type 1 promoter transcriptional preinitiation complex assembly (IEA) | GO:0000999
sesquiterpenoid biosynthetic process (IEA) | GO:0016106
somatic processes downstream of sex determination signal (IEA) | GO:0007546
sperm aster formation (IEA) | GO:0035044
sperm DNA decondensation (IEA) | GO:0035041
synaptic vesicle priming (IEA) | GO:0016082
tertiary alcohol biosynthetic process (IEA) | GO:1902645
transcription by RNA polymerase IV (IEA) | GO:0001059
tRNA import into mitochondrion (IEA) | GO:0016031
visceral muscle development (IEA) | GO:0007522

Domains

No Data fetched for Domains

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

No Data fetched for Associated Literature

Sequences

>TTHERM_00309880(coding)
ATGAAACAAAATTAGAAGCTATAAAAATTAAATATCTACTTAATAGACAATAGACTTTTA
AGGTTATTGTATAATTTTTATATTGAAAAGCTACATGACCTTTAGTCATCCTACTAGCGA
TCTTACAAGCTTTGCATTTTACTCAACTTAATAAAAGCATGCTATATACTAATGATGCTT
TTTAATAATTCTTCACTATAAGACATTAATAGCTCTGGATCAGGATTCGAATTTTATACT
TTCCTTGATGCAGAAGCTTATTTAGATAGAATTTAAGGCAGTTTAATTTACTTATAAGTA
ACAGTTCTAAGTATAAATTCTGTTCTGATGATTTATATATTCATTAAATTCTTATAGTTT
GCAGCAAATTCTATTAATAATATGAAGCTTAGTCATCTAGAAGGGGCAAATATAAATACA
GGAGAGATATAGGTGAAATAAGATATTTACCATGAGATTATTTTCTCTTTTATTTTTCAA
ACATATGAATATATTATTATTATTCCTGCAATTTATATATCGTGCATTCTAAGAAATGCT
ATATCTATCCCTGCTTTGGTATTAGCTATTCTAAATGGATTAATAATTAAGGATTCAGAT
TATAATTACTTAATTTCAAGTAAAGATTTCCTTTCTAAAAGGTATATATGGTCTGATAAG
ATACTATATCTATTATAGTGTCTCTTGTTATCAATTTATGCTTTAGAAAAAGGAATTTTT
GGTTTATGGATGATAATACTATATGTATTTTTAGAGCTTGCTTTTATAATATATAAAAGA
CCATACTTCTCAAAGCATATGGAAGGAATAATTATGTGGATTAAAATTTTTATCTTAATG
CTTTATATTTCGTGCATCAGCTTAAGATCAAATATTGACTAAGGTCCCAGCTTATTTTTT
GTTTTACTAGCTCTATCAGTTCCTATTTCACTTAAAATTACAAGGATAATAATTAATTAA
TAGTTAACTATGATAGAAAATGAATTAGAGAGGTTAATGAATAGTACTACTTTATCATAA
GAAGATAATAATAGTAAACATATTGATTAAATAATTAGAATGATCATATATCCAGAGAGA
GTTTTTCTTAGTAATCAATAAAATTTCCTATTTAATTTAATTATCCCTCATGTTCATAAG
AGTGATGCATAAATCAAAAGAGATATTTTCAAAGCAAATTTACTTCGCACATTTTAAGTA
AAATTATTTAGAGAAATAGACTATGAACTGAATGAGTTAAAAAAACTATAAGCTGGATAA
AATATTGGTGAGAGAGGTAAGACAAAAAAGCTTGGGAGATCTTAAAATTAATCTGGTAAT
GAAAGTAATTACGATCAAGATGAAATGGCATAAAACTAGCTGGATGCTTATAATGAAGCA
AAGCAAGAAATTCTTGCATAACAATATGCATTAAATGAAAAATAGATACATGGTAAAATT
TATATTGAAAAAGCATAGGTGTATGGAGATGATAAAGTCATGGAGGAGAATCTGTAATCG
TATTTTCATAGAGTAATTCAAAATACTAAAGATAAACAAGAATTTACAGAGATTGATGTT
ATACATCTTGTATATATTTTAGAAATTTTAAATAATGAAAAACTATTTGAATTAAAATTC
TTTCAGAATAAGAAAAAAATGTCAATCAAGCATTAACAAATAGTCAAATCTTTGTTTTCC
GAGTCATACGAAAAGAAAAATATGCATATAAAAGAGTATGGAAAAGAGAGTATATTCCAT
ACTGAGCTTTAAGAAGCCTTGAGCTATGACAGTCTTATCAACTTATTGCAGTTTTGGATA
GACGAAACGATAGAAAAGAAACTTCTTATCCTAAGTGTTATGCGATAGAGACACATTATA
CTTGACGAGCTTAGAAAAATGCTAGAAGATGTTCAATTTAGGCGCAGCTAAATTATCAAA
ACAATATCCCATTTAGTATAACTAAATGATAAAAATAGCAAACTTCATTCTCTTTACATT
TGTTATTTAGAAAATCTTTCTTTTACAGATAAAGACATCAACCTAAACAAATTTAAAAAG
CAGTAATAAATAAACTCAGTCTAAAGAAACTATTTAGCTAAGCTTGATAAAAGTGATTCA
TGTGTTGTTTTTGCTAGTGTAGGCAAGTCAAATAAAGGATTTTTAATAAAGAAAATTACA
TAAACTTTTGAAAGAATTTTTAATTACAAACCTGTTGAGATTATAAATGCTTCTATAGAG
AAGTTAATGCCTTATCCTTACTAAAAGCCTCATGCTAAACTGATCAAGGATTTCTTCAGC
GATAATATGTAAAATGAAAAAGGAAATGTCCCTCTTGCTTTTGGTTTAAGTCAAAAAGGA
TATATTATACCTTTAGAGATAAGCATTAGAATAAATAATTTTCAAGGTGATTTTGGACTG
TCAGCATATCTATAAGTTTTAGATAAAAACTAATTAGTCAATGAATATCAACAATAGTAT
TATAATTATTTATCTAAAGAATACCTAATATACGATGAAAGCAATTTAAAAGTAATATCC
ATGACATTTGCCCTTCATAGTCTACTCTTTTACAGATTTAAAAGTATTCATTCTATTTAC
TTAAGAGGCTTTTTCCCCTTTCTCAGAAAAATTTTCTAAAACCACTCGATGAGGTCATCT
AACACAGGAAGAAGCAAGAGCGCTAAATCCTCAAATAGCTTGCTTTAATCAAGTAGGTAC
TTAAACTCTAACCGCAGTATTACAAGTTAAAGAAGAAGAGCATAAAATATGATGAAAGAA
TTAGATAAAAAAAAAAAAGATGTAAATGGATCTTAAGCATCTATAAGCAGTGATAAAAAG
CACAAATAAAAAAAAATTTAGAAAGAAAAAGAAAGATTAAGCAGCTTATACTCAAGAACT
TTAACTAAAAATGTAGAAGAAATGGATTTTTTAATGATTGTTCAAAAAGGTGAATCTATT
TCTGATGATGACAGTCCTTAATACATTGAAAGTAATTTTTAATTCTTTACTATGTATGTT
CAAATTTGTGAAGACAGGATAGGATAAAACAATCAGCCTATTCGTTACTTAGAAATAACT
AAAATATAAGAAGTAAATGCCTTTAATAACTCAGGCTTTTTGCTGAATGTGTTTGATGAT
TAAATAAATATGCTAACAAATAAATAATTTTTTACGTAATAAGTTTAAAATAAAATTATT
TAACATTTAGAAAAATTTTACTTTTTCTAATAACTGATTTAAAATGGTGAAATTAACATT
TCGGACTTAAAAGTTAATGAAAATAAATTAAGTTTAAAAAATTTATAAAGAAGTAGTTAT
ATGAGTCCAAAAAAAGGCAAATACTCAAATAATGAAATATATAAATACTATATATCTTAT
GGATATAGCCAACTTCCTGAAGTAATTAATGAATTTGAGTATGAAAAAGAAGAATCTACA
TTAGACAATAAAAGGTTTACTTTTTCCAATTAGCAAGAGTAAAAAGCTGAATAAGCTAAA
TTGCATGACAACCCAGATAATATTAATTATGAATAGTTAGATAAATTTTTCAACAATAGA
GAACCAGAAAAAGCACATAGAGGAAATGTCAACAGCCAATCAAAAGAAAAGTAGCCTAGA
TTAAGCTAACTTGCAAACATAGCTAAGTATAAATTCAATACCTAAGAATATGTCAAAAAG
CCAAATTATAAAAGTGAACTTAATGAAGATTAGAAATAAAATCACATTTCAATTTTTCAA
GGTAGACAAGTTAAGTTAGCGAAGCAGTAATCAGAAGATTTGAGTTTTGTGAGTAGTTAG
ATAGATTTGTAAGAAAGTCCTCGAAAAAAGTAAGATGGTCAAATTAAACTAAAAAATTTA
GATTAAGCTTAAACATCACAAAAACAGTCAGAAAATTAAGTGAAAAAGATAGAAGCCACT
GAAACTATTTCTCCAGTGAAAAATTAAATCAATTTTCCTTATTCTCCTTCTCAGTCATTA
AGTTTTCATTAAGCGAGTAACCAAAAAGGATAAGAGCTTCTAAGTCCAAGCTAGCAAAAC
GTTATTCCATAATTTAATATGGATGATATAAATTTTCAAAATACACCTTTGAACTCCAAA
GTACAGCATGCTGTATTTGGTGAGGCTGCAAATCAAAATCATAACATATACTAAAACAAT
CAATATTATTCATTAAATTATGATAATTCTATGCAGTATCTAGCAGGTGATAATAGTAAA
TAAAATAATATTGATTCCTAAGTAATGAGCCCTCAAGCAGCTGTAGCTACAACTTTTTAT
TAAGATAATTAGCTGAATAATTATCTTTCTCAAAGCTAAATACTAACTCCTAGTAACAGC
TAAGGAATTATTCCATAACAATATGGGCTATTAGGACCTTAATTAGATTAAAATATATTT
TAAAATCCAAGTTAAAGTAGCTTAATGAATATAAGCAACTTAAATATAACAAATGTTAAT
AATAATTTTATATATGACAATAAATAAATTTAAAACTAAAAGAGCTCGAAATTTTTTAGT
TCTAAATTAAACTAAATGTCACAGTTGAAAAGTCTACGCAGTAAAGTCAGTTCAAATACA
CAGCCTAATTTCATTTAACAGTTTTCTACCTTAAATCCTGGAAGTAATGACCCTTCTAAA
GAATTTTCAGGATAATCATAAAGCAAGGATATTGAAGATACGAAAACAAAAAAAAAATAA
TACATAAATATCTAAGATGCAGTTGAATCTTCTTCTACTCACTCAAAATTGTCTAACATA
TCTTCTTAAAAAAAGCAAGTTAATCACATAATTTTTAGCACAAAAGATCTAAATGCAATG
AAAATCATTAATATTTTTGGTTTCCTGAGTATATCAGTAATTATATTTGTTACACTCTTT
TAGTATTATCAAATAATAACTACATTTTAAGACTTTGAATCAGATTGTAATATATCTGAT
GTGCCTACAAGGTATGTTTCTAATATGGCATATATAGTTTATGGAAAGAGTTTTCAATTT
CTGCTTTAAAACAATTTCTTCACCTTAACTGATATTTAAGTTTAACAAGAATTATCTAAT
ATAAAGTAAGTGTATAATAACACATTCACTTAATAGCTGTCTATGCTAATTTCTTTAAGT
ATCCCATAGCCAACAAACCAATTAGTATTTTATCTGATCGATGGCTAATATATTGCTAAT
TTATCTTCTCTTTATGGAACGGATAGCAGTCTTGTTGGAGTTAACAGCAATGATTTAAAT
AATTACAAAACATATAATTATGCTACTAATGTATTTTATGGTTGCATTTTAACCTTCTAA
TACTTTTTTCGCTTTGTTTATGGGTCAGGTAATCCAAGATCTACTTATATTGCATTATCA
AATCAAGACAGATTGTAAGTAGAGCTACTAAATTTATTTAATTAATCAGAACAGGATCAG
CTAGATTCAATAACTGTAAATCGTGATTTAGTTACAAAGCTAATGGTTTTGATTTTAATT
ATATGTCCTTTATGTGTATCAATTGTCTTACCTCTTTATGCATACATATAAACCAAAAGA
CAGGAGATTTTAATGCTGTTTGGAACATTCAGTATATAGCGTCTAGATTAGTGCATGCAA
GATACCAAATTCACCACTTTCTACTTATTTGATATTAGCTCTAATTAGGCCGCAAGTTAA
AAATAAAATGTTTAAAGGTAGTTGCTAAATAGTAAAGAGACATAAAAAAAATAAACACTA
AGTTCATCAACTCCCTTACCAAAAATATCATTAGTCCTTGTTTTCTTAAGTATAGTAATA
ATTCTCTTCACATTACCTTATCCTATAGCAAATTAATAAATATCTTTCAGATTTATAGAT
TAAGACAGTTTAACACTTTAGCTTAAGCTCGAATTATCATAGCTTCGTATGAATATTCTA
GAATCAGTAAGCAGTGCCTATTACTCTTTCTATTTAAAGATTCATCCAGAATTATAGAAA
TAATATAATATAACCTATTATATGACAAAACTTTAAAACTCAACCTCAAATATTGGATAA
ACGCAGCTACAAATTTAATCTTTATTTAATTAAATCTCCTTATAAAACATGTTTTAGCAA
GATTTTTATAATAATTTCATTCCTAGCTACTTTGAAAAAAGCTTATGTGGCAGTTATGTT
TAATCTTCATATGTTGTATAACTTACTGATTTAAATCAATAAATATGTGACTAGCTTCAT
AATGGAATTTTGAATTAAGGAGCTTTCTTTATTTTAAAAACAACTATCTAAATATTAAAT
GATTACTATGAAATGGCTTAGATATAATCTATATCAGATTTTTAGAATGCATATTAATAA
TATGAATAATCTTTTTCAACTATGGACTTTAATTAAATGTTTAATATATTAGCTGATACA
TTAGATGCTATGACAGATGGTATTGACAAATAAATGACTAGTTATTTTGATTATATAAAA
GTAATATCTATTATTTTGATGGTCTATCAATTTTTGGTTGTTGGAGTAATTTTGATTATA
AGTTGGATTTTCTTCTATATTTCTCTTGGAAGGTAGCTCAATGAAACCAAACAGCTTTTA
TCTGTAATAGACATTTATTCTATAGTTAACAATCCCTATATACATAACTTCTTAATATAA
AATTTAAGGAGCTGA

>TTHERM_00309880(gene)
AAGAAAAAGAAAAATTTAATTTATTAAATTAACAAATAAATAATTTCCAAAACAAAAATT
AACAGCATTAATTTAGAAATTATTAAATAGTTTATTAGAAAGGTAGGTACGTAGGTAGAA
TCAATAATACATTAGACAAAAAAATGAAACAAAATTAGAAGCTATAAAAATTAAATATCT
ACTTAATAGACAATAGACTTTTAAGGTTATTGTATAATTTTTATATTGAAAAGCTACATG
ACCTTTAGTCATCCTACTAGCGATCTTACAAGCTTTGCATTTTACTCAACTTAATAAAAG
CATGCTATATACTAATGATGCTTTTTAATAATTCTTCACTATAAGACATTAATAGCTCTG
GATCAGGATTCGAATTTTATACTTTCCTTGATGCAGAAGCTTATTTAGATAGAATTTAAG
GCAGTTTAATTTACTTATAAGTAACAGTTCTAAGTATAAATTCTGTTCTGATGATTTATA
TATTCATTAAATTCTTATAGTTTGCAGCAAATTCTATTAATAATATGAAGCTTAGTCATC
TAGAAGGGGCAAATATAAATACAGGAGAGATATAGGTGAAATAAGATATTTACCATGAGA
TTATTTTCTCTTTTATTTTTCAAACATATGAATATATTATTATTATTCCTGCAATTTATA
TATCGTGCATTCTAAGAAATGCTATATCTATCCCTGCTTTGGTATTAGCTATTCTAAATG
GATTAATAATTAAGGATTCAGATTATAATTACTTAATTTCAAGTAAAGATTTCCTTTCTA
AAAGGTATATATGGTCTGATAAGATACTATATCTATTATAGTGTCTCTTGTTATCAATTT
ATGCTTTAGAAAAAGGAATTTTTGGTTTATGGATGATAATACTATATGTATTTTTAGAGC
TTGCTTTTATAATATATAAAAGACCATACTTCTCAAAGCATATGGAAGGAATAATTATGT
GGATTAAAATTTTTATCTTAATGCTTTATATTTCGTGCATCAGCTTAAGATCAAATATTG
ACTAAGGTCCCAGCTTATTTTTTGTTTTACTAGCTCTATCAGTTCCTATTTCACTTAAAA
TTACAAGGATAATAATTAATTAATAGTTAACTATGATAGAAAATGAATTAGAGAGGTTAA
TGAATAGTACTACTTTATCATAAGAAGATAATAATAGTAAACATATTGATTAAATAATTA
GAATGATCATATATCCAGAGAGAGTTTTTCTTAGTAATCAATAAAATTTCCTATTTAATT
TAATTATCCCTCATGTTCATAAGAGTGATGCATAAATCAAAAGAGATATTTTCAAAGCAA
ATTTACTTCGCACATTTTAAGTAAAATTATTTAGAGAAATAGACTATGAACTGAATGAGT
TAAAAAAACTATAAGCTGGATAAAATATTGGTGAGAGAGGTAAGACAAAAAAGCTTGGGA
GATCTTAAAATTAATCTGGTAATGAAAGTAATTACGATCAAGATGAAATGGCATAAAACT
AGCTGGATGCTTATAATGAAGCAAAGCAAGAAATTCTTGCATAACAATATGCATTAAATG
AAAAATAGATACATGGTAAAATTTATATTGAAAAAGCATAGGTGTATGGAGATGATAAAG
TCATGGAGGAGAATCTGTAATCGTATTTTCATAGAGTAATTCAAAATACTAAAGATAAAC
AAGAATTTACAGAGATTGATGTTATACATCTTGTATATATTTTAGAAATTTTAAATAATG
AAAAACTATTTGAATTAAAATTCTTTCAGAATAAGAAAAAAATGTCAATCAAGCATTAAC
AAATAGTCAAATCTTTGTTTTCCGAGTCATACGAAAAGAAAAATATGCATATAAAAGAGT
ATGGAAAAGAGAGTATATTCCATACTGAGCTTTAAGAAGCCTTGAGCTATGACAGTCTTA
TCAACTTATTGCAGTTTTGGATAGACGAAACGATAGAAAAGAAACTTCTTATCCTAAGTG
TTATGCGATAGAGACACATTATACTTGACGAGCTTAGAAAAATGCTAGAAGATGTTCAAT
TTAGGCGCAGCTAAATTATCAAAACAATATCCCATTTAGTATAACTAAATGATAAAAATA
GCAAACTTCATTCTCTTTACATTTGTTATTTAGAAAATCTTTCTTTTACAGATAAAGACA
TCAACCTAAACAAATTTAAAAAGCAGTAATAAATAAACTCAGTCTAAAGAAACTATTTAG
CTAAGCTTGATAAAAGTGATTCATGTGTTGTTTTTGCTAGTGTAGGCAAGTCAAATAAAG
GATTTTTAATAAAGAAAATTACATAAACTTTTGAAAGAATTTTTAATTACAAACCTGTTG
AGATTATAAATGCTTCTATAGAGAAGTTAATGCCTTATCCTTACTAAAAGCCTCATGCTA
AACTGATCAAGGATTTCTTCAGCGATAATATGTAAAATGAAAAAGGAAATGTCCCTCTTG
CTTTTGGTTTAAGTCAAAAAGGATATATTATACCTTTAGAGATAAGCATTAGAATAAATA
ATTTTCAAGGTGATTTTGGACTGTCAGCATATCTATAAGTTTTAGATAAAAACTAATTAG
TCAATGAATATCAACAATAGTATTATAATTATTTATCTAAAGAATACCTAATATACGATG
AAAGCAATTTAAAAGTAATATCCATGACATTTGCCCTTCATAGTCTACTCTTTTACAGAT
TTAAAAGTATTCATTCTATTTACTTAAGAGGCTTTTTCCCCTTTCTCAGAAAAATTTTCT
AAAACCACTCGATGAGGTCATCTAACACAGGAAGAAGCAAGAGCGCTAAATCCTCAAATA
GCTTGCTTTAATCAAGTAGGTACTTAAACTCTAACCGCAGTATTACAAGTTAAAGAAGAA
GAGCATAAAATATGATGAAAGAATTAGATAAAAAAAAAAAAGATGTAAATGGATCTTAAG
CATCTATAAGCAGTGATAAAAAGCACAAATAAAAAAAAATTTAGAAAGAAAAAGAAAGAT
TAAGCAGCTTATACTCAAGAACTTTAACTAAAAATGTAGAAGAAATGGATTTTTTAATGA
TTGTTCAAAAAGGTGAATCTATTTCTGATGATGACAGTCCTTAATACATTGAAAGTAATT
TTTAATTCTTTACTATGTATGTTCAAATTTGTGAAGACAGGATAGGATAAAACAATCAGC
CTATTCGTTACTTAGAAATAACTAAAATATAAGAAGTAAATGCCTTTAATAACTCAGGCT
TTTTGCTGAATGTGTTTGATGATTAAATAAATATGCTAACAAATAAATAATTTTTTACGT
AATAAGTTTAAAATAAAATTATTTAACATTTAGAAAAATTTTACTTTTTCTAATAACTGA
TTTAAAATGGTGAAATTAACATTTCGGACTTAAAAGTTAATGAAAATAAATTAAGTTTAA
AAAATTTATAAAGAAGTAGTTATATGAGTCCAAAAAAAGGCAAATACTCAAATAATGAAA
TATATAAATACTATATATCTTATGGATATAGCCAACTTCCTGAAGTAATTAATGAATTTG
AGTATGAAAAAGAAGAATCTACATTAGACAATAAAAGGTTTACTTTTTCCAATTAGCAAG
AGTAAAAAGCTGAATAAGCTAAATTGCATGACAACCCAGATAATATTAATTATGAATAGT
TAGATAAATTTTTCAACAATAGAGAACCAGAAAAAGCACATAGAGGAAATGTCAACAGCC
AATCAAAAGAAAAGTAGCCTAGATTAAGCTAACTTGCAAACATAGCTAAGTATAAATTCA
ATACCTAAGAATATGTCAAAAAGCCAAATTATAAAAGTGAACTTAATGAAGATTAGAAAT
AAAATCACATTTCAATTTTTCAAGGTAGACAAGTTAAGTTAGCGAAGCAGTAATCAGAAG
ATTTGAGTTTTGTGAGTAGTTAGATAGATTTGTAAGAAAGTCCTCGAAAAAAGTAAGATG
GTCAAATTAAACTAAAAAATTTAGATTAAGCTTAAACATCACAAAAACAGTCAGAAAATT
AAGTGAAAAAGATAGAAGCCACTGAAACTATTTCTCCAGTGAAAAATTAAATCAATTTTC
CTTATTCTCCTTCTCAGTCATTAAGTTTTCATTAAGCGAGTAACCAAAAAGGATAAGAGC
TTCTAAGTCCAAGCTAGCAAAACGTTATTCCATAATTTAATATGGATGATATAAATTTTC
AAAATACACCTTTGAACTCCAAAGTACAGCATGCTGTATTTGGTGAGGCTGCAAATCAAA
ATCATAACATATACTAAAACAATCAATATTATTCATTAAATTATGATAATTCTATGCAGT
ATCTAGCAGGTGATAATAGTAAATAAAATAATATTGATTCCTAAGTAATGAGCCCTCAAG
CAGCTGTAGCTACAACTTTTTATTAAGATAATTAGCTGAATAATTATCTTTCTCAAAGCT
AAATACTAACTCCTAGTAACAGCTAAGGAATTATTCCATAACAATATGGGCTATTAGGAC
CTTAATTAGATTAAAATATATTTTAAAATCCAAGTTAAAGTAGCTTAATGAATATAAGCA
ACTTAAATATAACAAATGTTAATAATAATTTTATATATGACAATAAATAAATTTAAAACT
AAAAGAGCTCGAAATTTTTTAGTTCTAAATTAAACTAAATGTCACAGTTGAAAAGTCTAC
GCAGTAAAGTCAGTTCAAATACACAGCCTAATTTCATTTAACAGTTTTCTACCTTAAATC
CTGGAAGTAATGACCCTTCTAAAGAATTTTCAGGATAATCATAAAGCAAGGATATTGAAG
ATACGAAAACAAAAAAAAAATAATACATAAATATCTAAGATGCAGTTGAATCTTCTTCTA
CTCACTCAAAATTGTCTAACATATCTTCTTAAAAAAAGCAAGTTAATCACATAATTTTTA
GCACAAAAGATCTAAATGCAATGAAAATCATTAATATTTTTGGTTTCCTGAGTATATCAG
TAATTATATTTGTTACACTCTTTTAGTATTATCAAATAATAACTACATTTTAAGACTTTG
AATCAGATTGTAATATATCTGATGTGCCTACAAGGTATGTTTCTAATATGGCATATATAG
TTTATGGAAAGAGTTTTCAATTTCTGCTTTAAAACAATTTCTTCACCTTAACTGATATTT
AAGTTTAACAAGAATTATCTAATATAAAGTAAGTGTATAATAACACATTCACTTAATAGC
TGTCTATGCTAATTTCTTTAAGTATCCCATAGCCAACAAACCAATTAGTATTTTATCTGA
TCGATGGCTAATATATTGCTAATTTATCTTCTCTTTATGGAACGGATAGCAGTCTTGTTG
GAGTTAACAGCAATGATTTAAATAATTACAAAACATATAATTATGCTACTAATGTATTTT
ATGGTTGCATTTTAACCTTCTAATACTTTTTTCGCTTTGTTTATGGGTCAGGTAATCCAA
GATCTACTTATATTGCATTATCAAATCAAGACAGATTGTAAGTAGAGCTACTAAATTTAT
TTAATTAATCAGAACAGGATCAGCTAGATTCAATAACTGTAAATCGTGATTTAGTTACAA
AGCTAATGGTTTTGATTTTAATTATATGTCCTTTATGTGTATCAATTGTCTTACCTCTTT
ATGCATACATATAAACCAAAAGACAGGAGATTTTAATGCTGTTTGGAACATTCAGTATAT
AGCGTCTAGATTAGTGCATGCAAGATACCAAATTCACCACTTTCTACTTATTTGATATTA
GCTCTAATTAGGCCGCAAGTTAAAAATAAAATGTTTAAAGGTAGTTGCTAAATAGTAAAG
AGACATAAAAAAAATAAACACTAAGTTCATCAACTCCCTTACCAAAAATATCATTAGTCC
TTGTTTTCTTAAGTATAGTAATAATTCTCTTCACATTACCTTATCCTATAGCAAATTAAT
AAATATCTTTCAGATTTATAGATTAAGACAGTTTAACACTTTAGCTTAAGCTCGAATTAT
CATAGCTTCGTATGAATATTCTAGAATCAGTAAGCAGTGCCTATTACTCTTTCTATTTAA
AGATTCATCCAGAATTATAGAAATAATATAATATAACCTATTATATGACAAAACTTTAAA
ACTCAACCTCAAATATTGGATAAACGCAGCTACAAATTTAATCTTTATTTAATTAAATCT
CCTTATAAAACATGTTTTAGCAAGATTTTTATAATAATTTCATTCCTAGCTACTTTGAAA
AAAGCTTATGTGGCAGTTATGTTTAATCTTCATATGTTGTATAACTTACTGATTTAAATC
AATAAATATGTGACTAGCTTCATAATGGAATTTTGAATTAAGGAGCTTTCTTTATTTTAA
AAACAACTATCTAAATATTAAATGATTACTATGAAATGGCTTAGATATAATCTATATCAG
ATTTTTAGAATGCATATTAATAATATGAATAATCTTTTTCAACTATGGACTTTAATTAAA
TGTTTAATATATTAGCTGATACATTAGATGCTATGACAGATGGTATTGACAAATAAATGA
CTAGTTATTTTGATTATATAAAAGTAATATCTATTATTTTGATGGTCTATCAATTTTTGG
TTGTTGGAGTAATTTTGATTATAAGTTGGATTTTCTTCTATATTTCTCTTGGAAGGTAGC
TCAATGAAACCAAACAGCTTTTATCTGTAATAGACATTTATTCTATAGTTAACAATCCCT
ATATACATAACTTCTTAATATAAAATTTAAGGAGCTGATTAATAATGTTAAATATTCTAT
TTATATTTGTTAGATAATAGAGATTTACTTTTAATTTAGTCAAATTTTTTATGTTTTAAA
TCAAAAGAAATAACAAAA

>TTHERM_00309880(protein)
MKQNQKLQKLNIYLIDNRLLRLLYNFYIEKLHDLQSSYQRSYKLCILLNLIKACYILMML
FNNSSLQDINSSGSGFEFYTFLDAEAYLDRIQGSLIYLQVTVLSINSVLMIYIFIKFLQF
AANSINNMKLSHLEGANINTGEIQVKQDIYHEIIFSFIFQTYEYIIIIPAIYISCILRNA
ISIPALVLAILNGLIIKDSDYNYLISSKDFLSKRYIWSDKILYLLQCLLLSIYALEKGIF
GLWMIILYVFLELAFIIYKRPYFSKHMEGIIMWIKIFILMLYISCISLRSNIDQGPSLFF
VLLALSVPISLKITRIIINQQLTMIENELERLMNSTTLSQEDNNSKHIDQIIRMIIYPER
VFLSNQQNFLFNLIIPHVHKSDAQIKRDIFKANLLRTFQVKLFREIDYELNELKKLQAGQ
NIGERGKTKKLGRSQNQSGNESNYDQDEMAQNQLDAYNEAKQEILAQQYALNEKQIHGKI
YIEKAQVYGDDKVMEENLQSYFHRVIQNTKDKQEFTEIDVIHLVYILEILNNEKLFELKF
FQNKKKMSIKHQQIVKSLFSESYEKKNMHIKEYGKESIFHTELQEALSYDSLINLLQFWI
DETIEKKLLILSVMRQRHIILDELRKMLEDVQFRRSQIIKTISHLVQLNDKNSKLHSLYI
CYLENLSFTDKDINLNKFKKQQQINSVQRNYLAKLDKSDSCVVFASVGKSNKGFLIKKIT
QTFERIFNYKPVEIINASIEKLMPYPYQKPHAKLIKDFFSDNMQNEKGNVPLAFGLSQKG
YIIPLEISIRINNFQGDFGLSAYLQVLDKNQLVNEYQQQYYNYLSKEYLIYDESNLKVIS
MTFALHSLLFYRFKSIHSIYLRGFFPFLRKIFQNHSMRSSNTGRSKSAKSSNSLLQSSRY
LNSNRSITSQRRRAQNMMKELDKKKKDVNGSQASISSDKKHKQKKIQKEKERLSSLYSRT
LTKNVEEMDFLMIVQKGESISDDDSPQYIESNFQFFTMYVQICEDRIGQNNQPIRYLEIT
KIQEVNAFNNSGFLLNVFDDQINMLTNKQFFTQQVQNKIIQHLEKFYFFQQLIQNGEINI
SDLKVNENKLSLKNLQRSSYMSPKKGKYSNNEIYKYYISYGYSQLPEVINEFEYEKEEST
LDNKRFTFSNQQEQKAEQAKLHDNPDNINYEQLDKFFNNREPEKAHRGNVNSQSKEKQPR
LSQLANIAKYKFNTQEYVKKPNYKSELNEDQKQNHISIFQGRQVKLAKQQSEDLSFVSSQ
IDLQESPRKKQDGQIKLKNLDQAQTSQKQSENQVKKIEATETISPVKNQINFPYSPSQSL
SFHQASNQKGQELLSPSQQNVIPQFNMDDINFQNTPLNSKVQHAVFGEAANQNHNIYQNN
QYYSLNYDNSMQYLAGDNSKQNNIDSQVMSPQAAVATTFYQDNQLNNYLSQSQILTPSNS
QGIIPQQYGLLGPQLDQNIFQNPSQSSLMNISNLNITNVNNNFIYDNKQIQNQKSSKFFS
SKLNQMSQLKSLRSKVSSNTQPNFIQQFSTLNPGSNDPSKEFSGQSQSKDIEDTKTKKKQ
YINIQDAVESSSTHSKLSNISSQKKQVNHIIFSTKDLNAMKIINIFGFLSISVIIFVTLF
QYYQIITTFQDFESDCNISDVPTRYVSNMAYIVYGKSFQFLLQNNFFTLTDIQVQQELSN
IKQVYNNTFTQQLSMLISLSIPQPTNQLVFYLIDGQYIANLSSLYGTDSSLVGVNSNDLN
NYKTYNYATNVFYGCILTFQYFFRFVYGSGNPRSTYIALSNQDRLQVELLNLFNQSEQDQ
LDSITVNRDLVTKLMVLILIICPLCVSIVLPLYAYIQTKRQEILMLFGTFSIQRLDQCMQ
DTKFTTFYLFDISSNQAASQKQNVQRQLLNSKETQKKQTLSSSTPLPKISLVLVFLSIVI
ILFTLPYPIANQQISFRFIDQDSLTLQLKLELSQLRMNILESVSSAYYSFYLKIHPELQK
QYNITYYMTKLQNSTSNIGQTQLQIQSLFNQISLQNMFQQDFYNNFIPSYFEKSLCGSYV
QSSYVVQLTDLNQQICDQLHNGILNQGAFFILKTTIQILNDYYEMAQIQSISDFQNAYQQ
YEQSFSTMDFNQMFNILADTLDAMTDGIDKQMTSYFDYIKVISIILMVYQFLVVGVILII
SWIFFYISLGRQLNETKQLLSVIDIYSIVNNPYIHNFLIQNLRS

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Gene Model Identifier

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Description

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Gene Ontology Annotations

Cellular Component

Molecular Function

Biological Process

Domains

Gene Expression Profile

Vegetative Cell Cycle (Zhang et al., 2023)

GeneMania

Tetrahymena Stock Center

Homologs

General Information

Associated Literature

Sequences

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