Identifiers and Description

Gene Model Identifier

TTHERM_00136470

Standard Name

MTSA3 (MethylTransferase targeting position N-Six of Adenine (MTSA) 3)

Aliases

PreTt24372 | 10.m00421 | 3698.m00140 | MTA3

Description

MT-A70 family protein

Genome Browser (Macronucleus)

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Genome Browser (Micronucleus)

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Gene Ontology Annotations

Molecular Function

Biological Process

  • nucleobase-containing compound metabolic process (IEA) | GO:0006139

Domains

Gene Expression Profile

  • Tetrahymena Functional Genomics Database:

Change in Gene Expression

TMHMM

TMHMM

Signal Peptide

Signal Peptide Present?: No
Presense Probability: 10.5%

TetraMine Data

TTHERM_00136470

WebApollo

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Tetrahymena Stock Center

No Data fetched for StockID

Homologs (v.2006 protein sequences)

SourceIdentifierScoreDescription
Tetrahymena borealisEI9_05814.19.997093137033517e-262MT-A70 family protein (503 aa)
OxytrichaContig17486.0.g1009.9981864321491e-40MT-A70
Stentor CoeruleusSteCoe_234977.781132241133797e-20
SGDYGL192W3.998609120989657e-17IME4 Probable mRNA N6-adenosin
e methyltransferase required f
or entry into meiosis; transcr
ibed in diploid cells; haploid
s repress IME4 transcription v
ia production of antisense IME
4 transcripts; antisense trans
cription is repressed in diplo
ids

General Information

No Data fetched for General Information

Associated Literature

No Data fetched for Associated Literature

Sequences

>TTHERM_00136470(coding)
ATGAAAAGGGATTAACAAGAATCTGAAGAAGAGAGCGAGGAAAGTGGGGATGACTCTGAT
TCTGTCGAGGTTTAGAGGGCAACAAATGTTAGGGCTAAATCATATCATGATTCAAATAAT
GTTATTTTAGGAAAAAGATAAAGGAGAGAATCAACCAAACATGCCAAAGATGACTTGATA
GGATTTAAGGAGAAAAAAAAGAAGCGCGGTAGAAAAGCTAAAAAGAAAAAACCTTTGCCA
ATAAAAAAGAAGGGTCGCAAGAAAAAGAAAGTCTCAAAAAAAAGTTAAAAAAATGGATAG
TTGAGGGGAAATGGTGAAAAAAGAGAAAAAAAAGAGAAAGGAGAGAAAGTTATTAAAGAA
AGATCTAAGGTAAAGGTAGAGGATGAAGATGATGAGTTTAGACATCAAAATCCTAACTTG
ATTCATCTCTCAAAGCTAAATAAAATATTTGTTTTGCACAGCAGTGAAATAAGAGCAAAC
AAAAAAGACAAAAAAAAGCTATTTCAAAATACCTTACTAGCTAAAACACCAGAAGAAAAA
AGAACCTCACAATCTATCATCGAATGTGATTTAAGATACTTTGATTTTACTTATTTGACA
AACATATTTGACTCGTTTGATGTTGTAATGATTGCTCCACCATTTGATGCAATATCGATT
TAAGAAGTATTTGAACTAAAAGTGGAGTTGATCTCTAAGCAAGGATTTCTTTTTTTCTGG
GCAAAAGATGTTCCAACAGCTACTTCATATGAAATAATGTCTAAATGGGGATATGATGTT
ATTGATCAAATTATTTGGGTGAAAATCGATAAAAATGAAGGGAAAATGATTTTAGAAGAC
AAGCCAGACAAATATTTTTATAATTCAAATGAAATGTGCTTAATAGGTGTCAAAAAGCAC
CCTTCCTCAAAGGGAGTTGAGTATCAATCAAAGGTATCAAACAATATCATAGTTTCTCAT
CAACCATAGAATTAATCTTGTCCAGATTAAATATACGATATTATTGATTTGATGATGCCA
GGAAGCAAAAAAATAGAACTTTTTACTAAACAGAAAGTAATCAGAGGAGGCTGGTTTGGG
TTAGAGCATAAGTTTTAACCAGAGATAAACTAAAGTAAAAATTTAAATCAACAAATCAAT
ACTAAAGAATCAGATAAAGCAGCTCATTTTGATCATACTAAAGTCTAAGATATTCAAGCT
ATAAAAAATAATTAAATTCCTATTTTCAATTAGTAGCAATGCCTTAAATGTGAGATGAAA
CCAATCGTTGGGCTGTATTTTTCTTGTGAAACATGCAAGATAGATACTCAGAACTCTTTC
TCTATATGCTAAGATTGCTTCTTTAATACATCTCCAAAAGAATTATTTATTGGAAATCAT
AACGAAAACCATAAATTAGAAATTGTTCACGAAATACCTCAATAAACTTATAAATAAAAA
CTTAAATGCACGAATATATCTTGTTAGAAAGATTTATCATACTCTTTAGTACACAAATGC
TTAACCTGTTTTGAATTGTACTTATGTGAAAAGTGCTATGCAAACCAAAATAAAGTTAAG
CTTCCAAATACCCTCAAGGATTCACATTAATACTACCATGATTTTTTTATGATTAAATGA


>TTHERM_00136470(protein)
MKRDQQESEEESEESGDDSDSVEVQRATNVRAKSYHDSNNVILGKRQRRESTKHAKDDLI
GFKEKKKKRGRKAKKKKPLPIKKKGRKKKKVSKKSQKNGQLRGNGEKREKKEKGEKVIKE
RSKVKVEDEDDEFRHQNPNLIHLSKLNKIFVLHSSEIRANKKDKKKLFQNTLLAKTPEEK
RTSQSIIECDLRYFDFTYLTNIFDSFDVVMIAPPFDAISIQEVFELKVELISKQGFLFFW
AKDVPTATSYEIMSKWGYDVIDQIIWVKIDKNEGKMILEDKPDKYFYNSNEMCLIGVKKH
PSSKGVEYQSKVSNNIIVSHQPQNQSCPDQIYDIIDLMMPGSKKIELFTKQKVIRGGWFG
LEHKFQPEINQSKNLNQQINTKESDKAAHFDHTKVQDIQAIKNNQIPIFNQQQCLKCEMK
PIVGLYFSCETCKIDTQNSFSICQDCFFNTSPKELFIGNHNENHKLEIVHEIPQQTYKQK
LKCTNISCQKDLSYSLVHKCLTCFELYLCEKCYANQNKVKLPNTLKDSHQYYHDFFMIK


>TTHERM_00136470(gene)
AATCAATTAGTTATTTTTTATATAATTTGATATTATCTATCTATCAGTCTTTTAATTTAT
TTATTAATTTTGAATAATATCAGATTTACTTATATATTTTAATCAATCAGACTAATAAAA
TAACAAATTCGTTTGCTAAAATTGAATTTAATATGGTAATATCCAATTTATTTATCGATT
TGACTTAATTATAAACTCTATTCAAAAAGAAAAGGGATTAACAAGAATCTGAAGAAGAGA
GCGAGGAAAGTGGGGATGACTCTGATTCTGTCGAGGTTTAGAGGGCAACAAATGTTAGGG
CTAAATCATATCATGATTCAAATAATGTTATTTTAGGAAAAAGATAAAGGAGAGAATCAA
CCAAACATGCCAAAGGTAAGTTCATCTCTAAATTAACAATTATATAATTTCTTTAATGAC
TTAGAATGACAATCATTTTAATAATTTAAAAAATAAGATGACTTGATAGGATTTAAGGAG
AAAAAAAAGAAGCGCGGTAGAAAAGCTAAAAAGAAAAAACCTTTGCCAATAGTAAATAAT
TTAGATTTAAATATTTAAAAACAAACCTTTCTTAATTTAATTTATGCATATATTATAAAT
ATGATTTTATAAAAACAATGTAAAATACTTTCAAATTTAAATTAAAAATCACACTAAATT
GATAATGATTTTATTAGTAGAAAAAGAAGGGTCGCAAGAAAAAGAAAGTCTCAAAAAAAA
GTTAAAAAAATGGATAGTTGAGGGGAAATGGTGAAAAAAGAGAAAAAAAAGAGAAAGGAG
AGAAAGTTATTAAAGAAAGATCTAAGGTAAAGGTAGAGGATGAAGATGATGAGTTTAGAC
ATCAAAATCCTAACTTGATTCATCTCTCAAAGCTAAATAAAATATTTGTTTTGCACAGCA
GTGAAATAAGAGCAAACAAAAAAGACAAAAAAAAGCTATTTCAAAATACCTTACTAGCTA
AAACACCAGAAGAAAAAAGAACCTCACAATCTATCATCGAATGTGATTTAAGATACTTTG
ATTTTACTTATTTGACAAACATATTTGACTCGTTTGATGGTAATTGAATATTCAATTTAA
CAATATATTTATTTTTAATTTTATTTATTCAAAAAAATTTATTAATTAAAAAATTTTATT
TTATTAAAATAAAATCAAAACTAATTTAATTAATTTTAACGCTTTTAAATTGTTAAAAAT
TTAGTTGTAATGATTGCTCCACCATTTGATGCAATATCGATTTAAGAAGTATTTGAACTA
AAAGTGGAGTTGATCTCTAAGCAAGGATTTCTTTTTTTCTGGGCAAAAGATGTTCCAACA
GCTACTTCATATGAAATAATGTCTAAATGGGGATATGATGTTATTGATCAAATTATTTGG
GTGAAAATCGATAAAGTAATTTAACTAATTACTAACATTTTGTTTTATTTTATTTTATTA
TTAGAATGAAGGGAAAATGATTTTAGAAGACAAGCCAGACAAATATTTTTATAATTCAAA
TGAAATGTGCTTAATAGGTGTCAAAAAGCACCCTTCCTCAAAGGGAGTTGAGTATCAATC
AAAGGTATCAAACAATATCATAGTTTCTCATCAACCATAGAATTAATCTTGTCCAGATTA
AATATACGATATTATTGATTTGATGATGCCAGGAAGCAAAAAAATAGAACTTTTTACTAA
ACAGAAAGTAATCAGAGGAGGCTGGTTTGGGTTAGAGCATAAGTTTTAACCAGAGATAAA
CTAAAGTAAAAATTTAAATCAACAAATCAATACTAAAGAATCAGATAAAGCAGCTCATTT
TGATCATACTAAAGTCTAAGATATTCAAGCTATAAAAAATAATTAAATTCCTATTTTCAA
TTAGTAGCAATGCCTTAAATGTGAGATGAAACCAATCGTTGGGCTGTATTTTTCTTGTGA
AACATGCAAGATAGATACTCAGAACTCTTTCTCTATATGTAATTTTTTCCTAAATTAATA
TTTTTAAAGTTATTTTTTATTTTAATTATAGGCTAAGATTGCTTCTTTAATACATCTCCA
AAAGAATTATTTATTGGAAATCATAACGAAAACCATAAATTAGAAATTGTTCACGAAATA
CCTCAATAAACTTATAAATAAAAAGTAAATAAATTAATTAATTAATATCAATTATATAAA
GAATCAACTCATTTTTAAAAAAAAGCTTAAATGCACGAATATATCTTGTTAGAAAGATTT
ATCATACTCTTTAGTACACAAATGCTTAACCTGTTTTGAATTGTACTTATGTGAAAAGTG
CTATGCAAACCAAAATAAAGTTAAGCTTCCAAATACCCTCAAGGATTCACATTAATACTA
CCATGATTTTTTTATGATTAAATGAAAACACAAACTATTAAGTTTTAGCACTAAATTTTA
AATAGAAAATTAGTTATTTTTATATAAATCTAACTTTATAATAATGTTGTTTCAATTTAT
ATTTTTTTATTCAGTAAATATAAATTATCAAGATATTACAAATCATTCATTT