Identifiers and Description

Gene Model Identifier

TTHERM_00405550

Standard Name

TGT2 (tRNA-guanine transglycosylase 2)

Aliases

PreTt12802 | 43.m00320 | 3713.m00142

Description

TGT2 tRNA-guanine family transglycosylase; tRNA-guanine transglycosylases- various specificities family protein

Genome Browser (Macronucleus)

Genome Browser (Micronucleus)

Gene Ontology Annotations

Molecular Function

• queuine tRNA-ribosyltransferase activity (IEA) | GO:0008479

Biological Process

• tRNA modification (IEA) | GO:0006400
• queuosine biosynthetic process (IEA) | GO:0008616

Domains

• ( PF01702 ) Queuine tRNA-ribosyltransferase
• ( TIGR00071 ) tRNA pseudouridine synthase A
• ( TIGR00430 ) queuine tRNA-ribosyltransferase
• ( TIGR00449 ) tRNA-guanine transglycosylases, various specificities

Gene Expression Profile

• Tetrahymena Functional Genomics Database:

Change in Gene Expression

TMHMM

TMHMM

Signal Peptide

Signal Peptide Present?: No
Presense Probability: 10.7%

TetraMine Data

TTHERM_00405550

WebApollo

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Tetrahymena Stock Center

No Data fetched for StockID

Homologs (v.2006 protein sequences)

Source	Identifier	Score	Description
Tetrahymena borealis	EI9_13947.1	9.997093137033517e-262	tRNA-guanine transglycosylase (404 aa)
DictyBase	DDB_G0283445	9.997975313387782e-28	DDB_G0283445 on chromosome: 4 position 707432 to 708938
WormBase	WBGene00006567	0.0000000000000030004923591262316	locus:tgt-2 Queuine tRNA-rib osyltransferase subunit tgt-2 status:Confirmed UniProt:Q 9NEU3 protein_id:CAC51046.1
Oxytricha	Contig21753.0.0.g22	0.00000000000003999587784428659	Queuine tRNA-ribosyltransferas e

General Information

No Data fetched for General Information

Associated Literature

No Data fetched for Associated Literature

Sequences

>TTHERM_00405550(coding)
ATGGCATACAAACCAAAAGTTTTAAAATCCCTAAAAAGTCCTGGGTTTTTTATGAACACA
AGAAAAGGAACTTTATACCAACTTACTAATCATAATTCAGAACCTTTAAATTTGAATCAC
TTGATTGTGTCTCAAAGTGACTTTATGCATTGCGAAAAGCTATTTGAAGTGTTAAAAGAA
CAAAATTAGTCTTTCAAGAGCTATATAGGTTTCTCAAAAGAAGAAGAGCCTAAGAAATTT
ATATATTTATCTCCTATCGATTACTATAAGCCTTAATAAACAATGGAAGCCACTTCAAAA
TCAGATACTATTAAACTTTATACTACAAGAGGAGGTTATTTCGAAGTTTCTGATGAATAG
TATTACAAAATTTCAAAAATGATTAACCCTGATATTATTGTCTCCCTTACTGAAATTCCT
ACAGGAAAAGGCAAAAAATCTCATAAAAGATCAGTTGAAAAAACAATCGGCTTCTTAGAC
AAAGCTATTTCTATTTTCAGACCCAAGTCTAATGGAAACAGCGATGAAAATGAAAATCAC
ACAGATAAGTCCACTTTGATATTTGGATCAATTGAAGGAGGACAATTTGACGAGTAAAGA
AAAGAATGTGTTTAAAAGACTCTTGAAAGAGATATTGATGGAGTGGTTCTTCATGGTACT
GAAAGTGCTGAAACTATTGAAGAAAAAGCTAGATAGATTGCTTTGACTATGGAATATTTA
GGTGAACATAAAGAGAGTTTATATACAGTATATTCATCTAAGGGAACTATCTAAGATATC
CTCTTGGGTGTTTCTCATGGTATAGATTATTTTGAAGTCGATTATCCCAATTAATTAGCA
CATTCTCACCAAGCTCTCAACTTAGATTTTGATAATAAAAACTATGCAGAAACCTAGTCT
CTCTCAAACGAAGAAATTTTAAATGCATTAAAAGTAAAGCAACCCAAAATTTTCAACATG
ACTGAATACGAAAAGTATAAAGAAAGTTTAATTGGATTCACTGATGGATGTTAATGCTAT
TCTTGTTAAAATCACACACAAGCTTATGTTGCTCACCTTATTAAATGCAAAGAATTAACA
GGAACTATCCTCATTACCATTCATAACATCCATCAATATAACATTCTATTTTAACAATTG
CAGGAAGCTGCTGAAAACTAGAAGTTATCTAACTACATTTCTTGGTTCATTAAAACTAAT
CTTATTTGA

>TTHERM_00405550(protein)
MAYKPKVLKSLKSPGFFMNTRKGTLYQLTNHNSEPLNLNHLIVSQSDFMHCEKLFEVLKE
QNQSFKSYIGFSKEEEPKKFIYLSPIDYYKPQQTMEATSKSDTIKLYTTRGGYFEVSDEQ
YYKISKMINPDIIVSLTEIPTGKGKKSHKRSVEKTIGFLDKAISIFRPKSNGNSDENENH
TDKSTLIFGSIEGGQFDEQRKECVQKTLERDIDGVVLHGTESAETIEEKARQIALTMEYL
GEHKESLYTVYSSKGTIQDILLGVSHGIDYFEVDYPNQLAHSHQALNLDFDNKNYAETQS
LSNEEILNALKVKQPKIFNMTEYEKYKESLIGFTDGCQCYSCQNHTQAYVAHLIKCKELT
GTILITIHNIHQYNILFQQLQEAAENQKLSNYISWFIKTNLI

>TTHERM_00405550(gene)
ATGGCATACAAACCAAAAGTTTTAAAATCCCTAAAAAGTCCTGGGTTTTTTATGAACACA
AGAAAAGGAACTTTATACCAACTTACTAATCATAATTCAGAACCTTTAAATTTGAATCAC
TTGATTGTGTCTCAAAGTGACTTTATGCATTGCGAAAAGCTATTTGAAGTGTTAAAAGAA
CAAAATTAGTCTTTCAAGAGCTATATAGGTTTCTCAAAAGAAGAAGAGCCTAAGAAATTT
ATATATTTATCTCCTATCGATTACTATAAGCCTTAATAAACAATGGAAGCCACTTCAAAA
TCAGATACTATTAAACTTTATACTACAAGAGGAGGTTATTTCGAAGTTTCTGATGAATAG
TATTACAAAATTTCAAAAATGATTAACCCTGATATTATTGTCTCCCTTACTGAAATTCCT
ACAGGAAAAGGCAAAAAATCTCATAAAAGATCAGTTGAAAAAACAATCGGCTTCTTAGAC
AAAGCTATTTCTATTTTCAGACCCAAGTCTAATGGAAACAGCGATGAAAATGAAAATCAC
ACAGATAAGGTAGATTGCTTACAATACTAAACTTAACAATTAATTTATTTTTAATTAGAG
CTAAAATTTACTGCTTTATTAAACTGTCTACATGCATACATAATATATAATATCACAAAT
ATCTTTTCTTTCCCAACTCTTTAGACATGTAAACAATCTATAAGATTATCCGCTTAAATT
TTTGTATAAAAATTGGCAATCACAAGATTCATAGATGCAATAAAACTATAACATAATTTT
AGTGGAAATATTCAAAATAGAAAAAAATAATGATTTTCTCTTGAATATTTTAAGTTAAAG
AAAAACAAATAAAAATACACTAAATATTTTTTAGTTAAAATTAATAAAATTTATTATAAA
TAATATAGTAATTTGATAAAAAAATAAATTCTTTTTTCAAATCATTCTTTTTAGAATTAA
TCAACTTTTTTTAATAAAGTCCACTTTGATATTTGGATCAATTGAAGGAGGACAATTTGA
CGAGTAAAGAAAAGAATGTGTTTAAAAGACTCTTGAAAGAGATATTGATGGAGTGGTTCT
TCATGGTACTGAAAGTGCTGAAACTATTGAAGAAAAAGCTAGATAGATTGCTTTGACTAT
GGAATATTTAGGTGAACATAAAGAGAGTTTATATACAGTATATTCATCTAAGGGAACTAT
CTAAGATATCCTCTTGGGTGTTTCTCATGGTATAGATTATTTTGAAGTCGATTATCCCAA
TTAATTAGCACATTCTCACCAAGCTCTCAACTTAGATTTTGATAATAAAAACTATGCAGA
AACCTAGTCTCTCTCAAACGAAGAAATTTTAAATGCATTAAAAGTAAAGCAACCCAAAAT
TTTCAACATGACTGAATACGAAAAGTATAAAGAAAGTTTAATTGGATTCACTGATGGATG
TTAATGCTATTCTTGTTAAAATCACACACAAGCTTATGTTGCTCACCTTATTAAATGCAA
AGAATTAACAGGAACTATCCTCATTACCATTCATAACATCCATCAATATAACATTCTATT
TTAACAATTGCAGGAAGCTGCTGAAAACTAGAAGTTATCTAACTACATTTCTTGGTTCAT
TAAAACTAATCTTATTTGA