Identifiers and Description

Gene Model Identifier

TTHERM_00014920

Standard Name

KIN8 (KINesin)

Aliases

PreTt11898 | 1.m00946

Description

KIN8 kinesin motor catalytic domain protein; Kinesin-like protein; contains a C-terminal motor domain

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

Molecular Function

• ATP binding (IEA) | GO:0005524
• microtubule motor activity (IEA) | GO:0003777

Biological Process

• microtubule-based movement (IEA) | GO:0007018

Domains

• ( PF00225 ) Kinesin motor domain
• ( PF00836 ) Stathmin family
• ( PF01166 ) TSC-22/dip/bun family
• ( PF02671 ) Paired amphipathic helix repeat
• ( PF03985 ) Paf1
• ( PF04508 ) Viral A-type inclusion protein repeat
• ( PF05911 ) Filament-like plant protein, long coiled-coil
• ( PF07412 ) Geminin
• ( PF08043 ) Xin repeat
• ( PF08581 ) Tup N-terminal
• ( TIGR00864 ) polycystin cation channel protein
• ( TIGR01396 ) flagellar basal-body rod protein FlgB
• ( TIGR01612 ) rhoptry protein

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

Source	Identifier	Score
Tetrahymena borealis	EI9_02660.1	9.997093137033517e-262
	Description: kinesin motor domain-containing protein (1596 aa)
Oxytricha	Contig11028.0.g32	1.0002646133906571e-103
	Description: Kinesin motor domain
DictyBase	DDB_G0267396	1.0001267035975107e-72
	Description: kif2 on chromosome: 1 position 351991 to 354465
WormBase	WBGene00002230	3.0012565309061457e-65
	Description: locus:klp-20 status:Confirmed UniProt:Q965T6 protein_id:CCD73793.1
Tetrahymena borealis	EI9_20858.1	3.0012565309061457e-65
	Description: hypothetical protein (354 aa)
SGD	YPR141C	4.997966074691795e-65
	Description: KAR3 Minus-end-directed microtubule motor that functions in mitosis and meiosis, localizes to the spindle pole body and localization is dependent on functional Cik1p, required for nuclear fusion during mating; potential Cdc28p substrate
Stentor Coeruleus	SteCoe_21012	1.6889118802245324e-48
	Description: None

General Information

No Data fetched for General Information

Associated Literature

1. Ref:17821280: Harrison JA, Fowler EH (1945) AN ANTIGEN-ANTIBODY REACTION WITH TETRAHYMENA WHICH RESULTS IN DYSTOMY. Science (New York, N.Y.) 102(2638):65-6

Sequences

>TTHERM_00014920(coding)
ATGAATTTAAATTTAAATTTTCTGGGAAACGATATGGCTGACAATTAGATTCCCACTATT
CCAATTTAACAGCAATAGCAAAATTAATAGCACTCAAATCATATGTTCAATTAGCTTTCA
CACCCAAGCAATTAAAATTTTCATGAGTAATATTAAAACTACAGTCCAGGCAATCATCAG
TCTTTTAATATAATTGATTCAGAGGATCCTATGCCAATGGACTAATTTTTATCGCAGCAA
CACAACTCGAGCAGCTCATAAATTAGTTAGTCTGAGAGTAGTGAACATGAATTATCAACT
GATAGTCTTATTTAAAGTTTATAGGAAGGATTGATGTTAGCCTCTAAATCTGCAGTGGAT
TATTCTATGAATTATTCCAATAGTTTAGGTGGAAGAACACATTCCTTGACATAAAAAAAT
AATTGCCTCACTACAAAGACCTTTAACAAGCAGTTGCAGAGCCATCAAGTAACGAATGAA
GACGAAATTACTTATTTAAATAAGAGAAGCTAATATGTTTTAGATTAATTAGCTGAAATA
GCTGAAGAGTAAGAGAATACTTTTCAAAATTTATAAGAAAGGAACTTGTAGTATTTAAAG
CAGATAGCATTTGAAAAAATAGAATTGTATAAAGTAGAGTTTAGTAAGGTATTATAAGAA
TGTGAATAGTATCGTTAAGAGTCTCAGGATATCAAAGAGAAATTTGATGAGCATTTGCTA
TCATGCGAAGGTGCTTAGCCAAATAGAGAGGAAGAGTTTAATGTATTAATGTCAAATTTA
TAAAAAAAGGAAGAGGAGATTGAATTTGTGAAAAAGCATATCGAAGTTAAATATTCGTTA
GATTTTATCATAGAAAATGTAGAAAAGGAATTTATTAGAAAATAATTTAGTGAGGAAATA
TAAAGGCTAGAGGAAATTAATTTAGAATTAGAGAACAAATGTGAAATATTTTTGGAGGAA
AAAAAGCTCTCGGAAAATAAATTTAATTAGGAATTGACTGTTTTAAAGCTGAAAATAGAG
GATTTAGAGAAAATAAACTAGAAAAAATCTGAAGAAAATGTTTAAATTTTAAGTGAATTC
GATAATTGTAAATAAGAACTTATCAAAGCTGAGTCTGAGATAGAAAGGATAAAATAAACA
TCTTTAGAATTGAATTCTAAAATATCTAGTTTGGAAAGTACAAATAGCTTGCTAAATGCC
CAAATTGAAAAAATAGCTAAATAGCTTAAGGAAAAGGAATCAATTATAACACAATTTGAT
AAGGATCGTCTCGATTAAACGAATTTGTTATAAAAATTATAAGAGGAATTAGCTTTGAAA
AATGACACTTTGGAGAGATTCCAGGTAAAATCTGATGATCTAAATCAAAATAATAAAAAT
TAATCTCAGTATTTAAATGGAGAACACAATCAACATAAAACAGATACAATTAAATATGAA
GAAGAAGTAAATAAGCTTAAACTTGAGTTAGAAGATAAAAACAATTAAATCAAAAAGCTA
AAGCAAACTATTTTGATAAAAGATAGAATGCAAAAGTAAACTCTTAATGGATCACTAACT
GGTTCAGGCATTAAGAAATCTCAAACTCCTACTCTTCTTAATCACCAAACTTCTGTTAAT
GATCAAAGTCTGCTATCAACTATAAACAACAACCACAATCAATCATTTTAACATTAAGAC
ACACAAAAGATTTCATCAAAGGAAATTTAAGAGTAATGCCTAAATAGTGTATAAAAAAAT
TAAACAGACAAAGAATTATGCAGTGACGAAATGTCAAAGAGAAAAGCATTAAAAAAGATA
GTTGGAGACGAAAGTATTTAAGATTAAAGCAAACACCAATACTTAATGCAAGAATAAAAT
AAGACTGGATAAGAGCAATTTGAAAATGAAAAAATCACTACCTAAGTAAGTTAAAGAGGA
AACAATCATGAGGTTACCTAGATAAGCAATATAGATGGAAACACTCAAGACGTAAATGAT
ATTTCAGATATGATCATATGCAATACAAATCATTAAAGACTACAAAAAAAGAAGCACAAA
AGCATAGATAGCACTTAGAGAGAAAGTTTAGGGAAAAAATTATTAATAAATCACTCATTT
AAGAATGGATTCTTAACTTAAAAGCAAAGCATAATTAATGATGGACAATGCAATCAAAGC
CTTAATATAAACGACACTATTGTAAATAATGGATCTATGATGCTCTCTATGCAATAATCC
AATATCATGCAATAAGAAGAAGTCAATTAGTCTCAATAGCAAATGGATACCCAAATAACA
TCCAAGGCCAGAAGAGCCCAAAGTATGAACTCAGAGTCCTTCAGCTAAATGTTTAACCAA
GATGAAAATACTTTCAAAGAATTGAAGGTCAATTTGAGAAAAAAGAGAGAAAAACAAGAA
GAGTTAAAGCTTATTCTTGAAAATTTCAAAAAAGAATTTAAACAAACTAACCAAAGAGAT
CCTGTTGGCAAAGACTGGTAACCATACAGCAGCGTACTGACTGAATATAAAAATTTAAAA
AATGAAATCTTAGAAATCAGATAAAAGTTGATAGATATCAAGGATAAAAAAGATTCAAAC
ATGAGCATTAGTCACTTGGCTGATTATTCTATGATTAAGAACACTGATGATTCTAGATGT
GCTGATAATTCAATGATAAATAATCTTTCAATAATAAGAGCTACTGCTCCTCATTAAAAG
CTCATTTAATACAAATAAAAACAAATCCTCAATTAAAGTCACATGAGCCAAAACTCATTC
TACATAGATTAAAATTAAACTTCATTAAATTCCATTTCCGTTTAGCTTGGTGATTACCAA
GGATTCGTCTCTACAGCAGCTTCCCATTCATCTAAATAAGCTGAGGGTGAGTTCAACAAA
GGTCTGCGTTTGTAAGTTTCTAATCTAGAAGAAGCAAATAAGCTACTCAAAGACCAAGTA
TTTAAGTCACTTGAATATGAAAAGGAATTAAGAAATAAAGGCGAAACAATTGAGCAACTT
TAAAATGAAATAAAAGATATTACAAAGAAGAAAGATGAAGAAATTAAAGAATTGAAGGAC
ACTGTTGATATACTCACTAATAAGCTTGATGAAGAAACTAAAGAGAGAAAAATTTTGCAT
AACATAGTAGAAGATATGAAGGGTAAAATTAGAGTTTTTTGTAGAGTAAGACCTCCCAAT
GAGAATGAAGTCCAGATGAACTCTCAAAATGTCGTTGAAGTTTTAGACGCTATGAACTGC
AAACTCTAAGCAAAAAATGGTCCTAAGAAATTTTAATTCGATTCTTGTTTTGGATTCAGC
TCACGCTAGGATGATATTTTCAATGATGCTAAAAAGTTGATTCAAAGTGCTGTTGATGGT
TATAATGTTTGTATTTTCGCTTACGGACAAACAGGTTCAGGTAAATCCTTTACTATGTAA
GGAACTAGAGAAATGCCAGGTATTACACCTAGATCAGTAAACGAACTGTTTAATCTCTTG
AAACCAATCTAAAAGACTTGCAAAGTAACCATCTCTGCATATATTATGGAATTATATATG
GACAATCTGATTGATTTACTAGCTCCACCTAATTCTATAATGCAAAAAAAACTAGAAATA
AAAGAAGATTACATAACTAATACTACATATGTCCAAAACGCAACAATAGCTGAAGTTACC
AAGAAAGAAGAATTAGAATAAATTATTTAGAAAGGAATTCTCAATAGAAAAATCAGCAAG
ACAGATATGAATGTTGAATCTTCCAGATCACATTTGATTATCACAATATTAATTAACATA
TTCAATCCTTAAACAGAAACTACAACTCATGGTAAAATTAGTCTGATTGATTTGGCAGGC
AGTGAAAGAATTCTGAAATCTGGAGCTAATCCTCATCAAGTTAAAGAAGCTAATTCGATT
AATAAAAGTTTAACTGCCTTAGGAGACGTCATTTCAGCTTTAACAAACTAGCAGTAAAAC
GGAGGAGAAAGACATATCCCTTACAGAAATAACAAGCTTACATATTTAATGAAAGATTCT
CTTGGAGGAAATGCAAAAACTTTGATGATTGTTAATGTAAGTCCAAGCGAATACAATTTA
GAAGAAACAAACAGTAGCTTGTAATATGCCAGTAGAGTAAAGACTATTGTAAATGAAACA
AGCAAAAATATAGAAACAAAGGACTACACAAGACTTAAAGAAAAATTTTAATAAATCCTA
TAAGAAAATGAGAAACTCCAAGAGCTCATTTCTGATTAAAATAGAAATCCTAACCAACAA
TCAAGCCAACCAAATCTCTCAGTTATTTAATAAGTTCCACAATAACAAATTCAACCTAAT
AAATAAACATAAATTTACTCTTTCGGTTAGTAAAAGCCTTCATTAGCAGAAGACTAAATC
TCAAGTTAATTAAATTAATAGCAAATTCCAATTATATCCTAATAGTAGTAAAAGCTAGCG
CCTATTTAGCCACATTAACAATAAGCACAAAAACCAAGCTTATTGGCAAGTGGTAGAAAT
TCTAACAACTCCTCACAAAATCAACAATAAATAAATTAAATTCTTTACAACTAGTAACAG
CAGTAGTAATAACAATAACAAATTTCTTCTTAACATAAAAGAAGTAATTCTCCTTTGATT
GTTAATTAGAATCAATAGGGCTAATAATAAAATGTATTTTCTGCTCCTCATATCCAATTG
ACTTCATAGTAATTATATGGTAGTATGAAAAGTTCTTCAGTAACTCCACTTTAAAACAAC
ATTAATATTAATAATATCTAGAAAGTAAATTAACAGCAATAATAATTATAAAACTAGCTA
AATAGAATTAATTGA

>TTHERM_00014920(gene)
ATGAATTTAAATTTAAATTTTCTGGGAAACGATATGGCTGACAATTAGATTCCCACTATT
CCAATTTAACAGCAATAGCAAAATTAATAGCACTCAAATCATATGTTCAATTAGCTTTCA
CACCCAAGCAATTAAAATTTTCATGAGTAATATTAAAACTACAGTCCAGGCAATCATCAG
TCTTTTAATATAATTGATTCAGAGGATCCTATGCCAATGGACTAATTTTTATCGCAGCAA
CACAACTCGAGCAGCTCATAAATTAGTTAGTCTGAGAGTAGTGAACATGAATTATCAACT
GATAGTCTTATTTAAAGTTTATAGGAAGGATTGATGTTAGCCTCTAAATCTGCAGTGGAT
TATTCTATGAATTATTCCAATAGTTTAGGTGGAAGAACACATTCCTTGACATAAAAAAAT
AATTGCCTCACTACAAAGACCTTTAACAAGCAGGTAATTTGTCAAAAAACTTTAGTATTA
AAAGTAAATTGCAGTGGTAGTTTGATAATTGTTTTTCAATAAGGAAAAAAAGTGTTTTTT
TTTAGAAAACTCAACAAAATAATTGAGAGAGCAAAGAAGCAATTGAATTAAAATGATTTT
GTTTTAAAATTCTTTTATATTTAAAGTTGCAGAGCCATCAAGTAACGAATGAAGACGAAA
TTACTTATTTAAATAAGAGAAGCTAATATGTTTTAGATTAATTAGCTGAAATAGCTGAAG
AGTAAGAGAATACTTTTCAAAATTTATAAGAAAGGAACTTGTAGTATTTAAAGCAGATAG
CATTTGAAAAAATAGAATTGTATAAAGTAGAGTTTAGTAAGGTATTATAAGAATGTGAAT
AGTATCGTTAAGAGTCTCAGGATATCAAAGAGAAATTTGATGAGCATTTGCTATCATGCG
AAGGTGCTTAGCCAAATAGAGAGGAAGAGTTTAATGTATTAATGTCAAATTTATAAAAAA
AGGAAGAGGTAATGATATAAAAATGTTTTAAATTTAAAGCAAGGCGAATTATAAATATGC
AGAAACATAATCTAGCTTATAAACTTACAAAGAAACAACAACTAAATAATAAATATAAAA
CAAGCAAGCAAAAAAAATAAAATTAAACGATCAAAAATTTAAAAGAAATATTGAAATTCA
AAATAATTTTGAATTTAGAGAAGTTTTTCAGATTAAATTTGAATTAATTGATTTTAAACG
GTTTAGGATTAATGAAAAATATTTTATTTTTTAATATTAGGAGATTGAATTTGTGAAAAA
GCATATCGAAGTTAAATATTCGTTAGATTTTATCATAGAAAATGTAGAAAAGGAATTTAT
TAGAAAATAATTTAGTGAGGAAATATAAAGGCTAGAGGAAATTAATTTAGAATTAGAGAA
CAAATGTGAAATATTTTTGGAGGAAAAAAAGCTCTCGGAAAATAAATTTAATTAGGAATT
GACTGTTTTAAAGCTGAAAATAGAGGATTTAGAGAAAATAAACTAGAAAAAATCTGAAGA
AAATGTTTAAATTTTAAGTGAATTCGATAATTGTAAATAAGAACTTATCAAAGCTGAGTC
TGAGATAGAAAGGATAAAATAAACATCTTTAGAATTGAATTCTAAAATATCTAGTTTGGA
AAGTACAAATAGCTTGCTAAATGCCCAAATTGAAAAAATAGCTAAATAGCTTAAGGAAAA
GGAATCAATTATAACACAATTTGATAAGGATCGTCTCGATTAAACGAATTTGTTATAAAA
ATTATAAGAGGAATTAGCTTTGAAAAATGACACTTTGGAGAGATTCCAGGTAAAATCTGA
TGATCTAAATCAAAATAATAAAAATTAATCTCAGTATTTAAATGGAGAACACAATCAACA
TAAAACAGATACAATTAAATATGAAGAAGAAGTAAATAAGCTTAAACTTGAGTTAGAAGA
TAAAAACAATTAAATCAAAAAGCTAAAGCAAACTATTTTGATAAAAGATAGAATGCAAAA
GTAAACTCTTAATGGATCACTAACTGGTTCAGGCATTAAGAAATCTCAAACTCCTACTCT
TCTTAATCACCAAACTTCTGTTAATGATCAAAGTCTGCTATCAACTATAAACAACAACCA
CAATCAATCATTTTAACATTAAGACACACAAAAGATTTCATCAAAGGAAATTTAAGAGTA
ATGCCTAAATAGTGTATAAAAAAATTAAACAGACAAAGAATTATGCAGTGACGAAATGTC
AAAGAGAAAAGCATTAAAAAAGATAGTTGGAGACGAAAGTATTTAAGATTAAAGCAAACA
CCAATACTTAATGCAAGAATAAAATAAGACTGGATAAGAGCAATTTGAAAATGAAAAAAT
CACTACCTAAGTAAGTTAAAGAGGAAACAATCATGAGGTTACCTAGATAAGCAATATAGA
TGGAAACACTCAAGACGTAAATGATATTTCAGATATGATCATATGCAATACAAATCATTA
AAGACTACAAAAAAAGAAGCACAAAAGCATAGATAGCACTTAGAGAGAAAGTTTAGGGAA
AAAATTATTAATAAATCACTCATTTAAGAATGGATTCTTAACTTAAAAGCAAAGCATAAT
TAATGATGGACAATGCAATCAAAGCCTTAATATAAACGACACTATTGTAAATAATGGATC
TATGATGCTCTCTATGCAATAATCCAATATCATGCAATAAGAAGAAGTCAATTAGTCTCA
ATAGCAAATGGATACCCAAATAACATCCAAGGCCAGAAGAGCCCAAAGTATGAACTCAGA
GTCCTTCAGCTAAATGTTTAACCAAGATGAAAATACTTTCAAAGAATTGAAGGTCAATTT
GAGAAAAAAGAGAGAAAAACAAGAAGAGTTAAAGCTTATTCTTGAAAATTTCAAAAAAGA
ATTTAAACAAACTAACCAAAGAGATCCTGTTGGCAAAGACTGGTAACCATACAGCAGCGT
ACTGACTGAATATAAAAATTTAAAAAATGAAATCTTAGAAATCAGATAAAAGTTGATAGA
TATCAAGGATAAAAAAGATTCAAACATGAGCATTAGTCACTTGGCTGATTATTCTATGAT
TAAGAACACTGATGATTCTAGATGTGCTGATAATTCAATGATAAATAATCTTTCAATAAT
AAGAGCTACTGCTCCTCATTAAAAGCTCATTTAATACAAATAAAAACAAATCCTCAATTA
AAGTCACATGAGCCAAAACTCATTCTACATAGATTAAAATTAAACTTCATTAAATTCCAT
TTCCGTTTAGCTTGGTGATTACCAAGGATTCGTCTCTACAGCAGCTTCCCATTCATCTAA
ATAAGCTGAGGGTGAGTTCAACAAAGGTCTGCGTTTGTAAGTTTCTAATCTAGAAGAAGC
AAATAAGCTACTCAAAGACCAAGTATTTAAGTCACTTGAATATGAAAAGGTATTTTTGTT
TTATTTATTTTTTGGCTTTATTTTTCTCTAAAAAAGAAAAAAAACATTTGTTTTGTTATT
TTAAATTTAAATTTAATTTTTTAATAAATAGGAATTAAGAAATAAAGGCGAAACAATTGA
GCAACTTTAAAATGAAATAAAAGATATTACAAAGAAGAAAGATGAAGAAATTAAAGAATT
GAAGGACACTGTTGATATACTCACTAATAAGCTTGATGAAGAAACTAAAGAGAGAAAAAT
TTTGCATAACATAGTAGAAGATATGAAGGGTAAAATTAGAGTTTTTTGTAGAGTAAGACC
TCCCAATGAGAATGAAGTCCAGATGAACTCTCAAAATGTCGTTGAAGTTTTAGACGCTAT
GAACTGCAAACTCTAAGCAAAAAATGGTCCTAAGAAATTTTAATTCGATTCTTGTTTTGG
ATTCAGTAAAAAAATTAAAATTTATTTTTAAACAAGCAATTTCATTTGTTTTTTTTTTAA
AATTTATTTAAAAATTTAATTCAAATGAAATTGAAATAAATTCAATTAAATTTAAATTAA
AGGCTCACGCTAGGATGATATTTTCAATGATGCTAAAAAGTTGATTCAAAGTGCTGTTGA
TGGTTATAATGTTTGTATTTTCGCTTACGGACAAACAGGTTCAGGTAAATCCTTTACTAT
GTAAGGAACTAGAGAAATGCCAGGTATTACACCTAGATCAGTAAACGAACTGTTTAATCT
CTTGAAACCAATCTAAAAGACTTGCAAAGTAACCATCTCTGCATATATTATGGAATTATA
TATGGACAATCTGATTGATTTACTAGCTCCACCTAATTCTATAATGCAAAAAAAACTAGA
AATAAAAGAAGATTACATAACTAATACTACATATGTCCAAAACGCAACAGTATTCTTTCT
TTAAATAATTTAGATGCAAAGTTAACTTTTTTATTTAATAAAAACAGATAGCTGAAGTTA
CCAAGAAAGAAGAATTAGAATAAATTATTTAGAAAGGAATTCTCAATAGAAAAATCAGCA
AGACAGATATGAATGTTGAATCTTCCAGATCACATTTGATTATCACAATATTAATTAACA
TATTCAATCCTTAAACAGAAACTGTAATGATTTATTTTTTTAATATTTAAGCATTTATTA
AAAAATAAAATCATTTTAGACAACTCATGGTAAAATTAGTCTGATTGATTTGGCAGGCAG
TGAAAGAATTCTGAAATCTGGAGCTAATCCTCATCAAGTTAAAGAAGCTAATTCGATTAA
TAAAAGTTTAACTGCCTTAGGAGACGTCATTTCAGCTTTAACAAACTAGCAGTAAAACGG
AGGAGAAAGACATATCCCTTACAGAAATAACAAGCTTACATATTTAATGAAAGATTCTCT
TGGAGGAAATGTAAATAAATAATTACAATTTATTCAAATTTTTTTTCTTAATAAAATGTA
AAATTTTAGGCAAAAACTTTGATGATTGTTAATGTAAGTCCAAGCGAATACAATTTAGAA
GAAACAAACAGTAGCTTGTAATATGCCAGTAGAGTAAAGACTATTGTAAATGAAACAAGC
AAAAATATAGAAACAAAGGACTACACAAGACTTAAAGAAAAATTTTAATAAATCCTATAA
GAAAATGAGAAACTCCAAGAGCTCATTTCTGATTAAAATAGAAATCCTAACCAACAATCA
AGCCAACCAAATCTCTCAGTTATTTAATAAGTTCCACAATAACAAATTCAACCTAATAAA
TAAACATAAATTTACTCTTTCGGTTAGTAAAAGCCTTCATTAGCAGAAGACTAAATCTCA
AGTTAATTAAATTAATAGCAAATTCCAATTATATCCTAATAGTAGTAAAAGCTAGCGCCT
ATTTAGCCACATTAACAATAAGCACAAAAACCAAGCTTATTGGCAAGTGGTAGAAATTCT
AACAACTCCTCACAAAATCAACAATAAATAAATTAAATTCTTTACAACTAGTAACAGCAG
TAGTAATAACAATAACAAATTTCTTCTTAACATAAAAGAAGTAATTCTCCTTTGATTGTT
AATTAGAATCAATAGGGCTAATAATAAAATGTATTTTCTGCTCCTCATATCCAATTGACT
TCATAGTAATTATATGGTAGTATGAAAAGTTCTTCAGTAACTCCACTTTAAAACAACATT
AATATTAATAATATCTAGAAAGTAAATTAACAGCAATAATAATTATAAAACTAGCTAAAT
AGAATTAATTGA

>TTHERM_00014920(protein)
MNLNLNFLGNDMADNQIPTIPIQQQQQNQQHSNHMFNQLSHPSNQNFHEQYQNYSPGNHQ
SFNIIDSEDPMPMDQFLSQQHNSSSSQISQSESSEHELSTDSLIQSLQEGLMLASKSAVD
YSMNYSNSLGGRTHSLTQKNNCLTTKTFNKQLQSHQVTNEDEITYLNKRSQYVLDQLAEI
AEEQENTFQNLQERNLQYLKQIAFEKIELYKVEFSKVLQECEQYRQESQDIKEKFDEHLL
SCEGAQPNREEEFNVLMSNLQKKEEEIEFVKKHIEVKYSLDFIIENVEKEFIRKQFSEEI
QRLEEINLELENKCEIFLEEKKLSENKFNQELTVLKLKIEDLEKINQKKSEENVQILSEF
DNCKQELIKAESEIERIKQTSLELNSKISSLESTNSLLNAQIEKIAKQLKEKESIITQFD
KDRLDQTNLLQKLQEELALKNDTLERFQVKSDDLNQNNKNQSQYLNGEHNQHKTDTIKYE
EEVNKLKLELEDKNNQIKKLKQTILIKDRMQKQTLNGSLTGSGIKKSQTPTLLNHQTSVN
DQSLLSTINNNHNQSFQHQDTQKISSKEIQEQCLNSVQKNQTDKELCSDEMSKRKALKKI
VGDESIQDQSKHQYLMQEQNKTGQEQFENEKITTQVSQRGNNHEVTQISNIDGNTQDVND
ISDMIICNTNHQRLQKKKHKSIDSTQRESLGKKLLINHSFKNGFLTQKQSIINDGQCNQS
LNINDTIVNNGSMMLSMQQSNIMQQEEVNQSQQQMDTQITSKARRAQSMNSESFSQMFNQ
DENTFKELKVNLRKKREKQEELKLILENFKKEFKQTNQRDPVGKDWQPYSSVLTEYKNLK
NEILEIRQKLIDIKDKKDSNMSISHLADYSMIKNTDDSRCADNSMINNLSIIRATAPHQK
LIQYKQKQILNQSHMSQNSFYIDQNQTSLNSISVQLGDYQGFVSTAASHSSKQAEGEFNK
GLRLQVSNLEEANKLLKDQVFKSLEYEKELRNKGETIEQLQNEIKDITKKKDEEIKELKD
TVDILTNKLDEETKERKILHNIVEDMKGKIRVFCRVRPPNENEVQMNSQNVVEVLDAMNC
KLQAKNGPKKFQFDSCFGFSSRQDDIFNDAKKLIQSAVDGYNVCIFAYGQTGSGKSFTMQ
GTREMPGITPRSVNELFNLLKPIQKTCKVTISAYIMELYMDNLIDLLAPPNSIMQKKLEI
KEDYITNTTYVQNATIAEVTKKEELEQIIQKGILNRKISKTDMNVESSRSHLIITILINI
FNPQTETTTHGKISLIDLAGSERILKSGANPHQVKEANSINKSLTALGDVISALTNQQQN
GGERHIPYRNNKLTYLMKDSLGGNAKTLMIVNVSPSEYNLEETNSSLQYASRVKTIVNET
SKNIETKDYTRLKEKFQQILQENEKLQELISDQNRNPNQQSSQPNLSVIQQVPQQQIQPN
KQTQIYSFGQQKPSLAEDQISSQLNQQQIPIISQQQQKLAPIQPHQQQAQKPSLLASGRN
SNNSSQNQQQINQILYNQQQQQQQQQQISSQHKRSNSPLIVNQNQQGQQQNVFSAPHIQL
TSQQLYGSMKSSSVTPLQNNININNIQKVNQQQQQLQNQLNRIN