Identifiers and Description

Gene Model Identifier

TTHERM_00145740

Standard Name

MYST2

Aliases

PreTt26782 | 11.m00479 | 3702.m00201

Description

MOZ/SAS family protein

Genome Browser (Macronucleus)

GBrowse

Genome Browser (Micronucleus)

GBrowse

Gene Ontology Annotations

Cellular Component

Molecular Function

  • transferase activity, transferring acyl groups other than amino-acyl groups (IEA) | GO:0016747

Biological Process

Domains

Gene Expression Profile

  • Tetrahymena Functional Genomics Database:

Change in Gene Expression

TMHMM

TMHMM

Signal Peptide

Signal Peptide Present?: No
Presense Probability: 9.7%

TetraMine Data

TTHERM_00145740

WebApollo

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Tetrahymena Stock Center

No Data fetched for StockID

Homologs (v.2006 protein sequences)

SourceIdentifierScoreDescription
Tetrahymena borealisEI9_04698.29.997093137033517e-262MOZ/SAS family protein (453 aa
)
OxytrichaContig14180.0.g371.9994050701445255e-104MOZ/SAS family
DictyBaseDDB_G02750177.999776857243347e-93DDB_G0275017 on chromosome: 2
position 5183368 to 5185287
WormBaseWBGene000070292.0000012618802033e-84locus:mys-1 Histone acetyltr
ansferase Tip60 homolog stat
us:Confirmed UniProt:Q9TYU5
protein_id:CCD70078.1
SGDYOR244W1.000296925633081e-74ESA1 Catalytic subunit of the
histone acetyltransferase comp
lex (NuA4) that acetylates fou
r conserved internal lysines o
f histone H4 N-terminal tail;
required for cell cycle progre
ssion and transcriptional sile
ncing at the rDNA locus
Stentor CoeruleusSteCoe_158266.813556821545298e-46

General Information

No Data fetched for General Information

Associated Literature

No Data fetched for Associated Literature

Sequences

>TTHERM_00145740(coding)
ATGTTTGCAAAAAAGGGTAAAGCAAAAAATGGAAAAATAGGATCAGAATTTGTAGATGGT
GAAAAAAAGGATTTAGCAGAAACTTTTGAAGGAAGTTTGACAAATAAATATTATATCTAT
GTGACTTTAAAAGATAGCAGTCAAAGAAAAGCTAAGATTTTATCATGCAGATTATCAAAA
AGTTATAATGGTGGCAAAAAAACTGATTCATCTTATGACTATTATGTCCATTTTATTGAT
TTAGATAGAAGAAATGATTGTTGGGTTACCCGTAGATAAATTTAGCCTACAACTGAATTA
TATTCAGAATAAAAGCATCATGGTAAGGGAGCTGCTATCAAAAAAATAGAAACAGAAGAG
AATCATGAACATGAAGGTTGCAATGAAGAAGATATAGAGAGACATAGGGAAGCTACTAAA
ATAAAAACAATAGAAAAAATAAAAATAGGAAAGTTGTCTTGTGATACTTGGTATTACTCT
CCTTACCCTAAAGGATTTCACAATATAGAATATTTGTATATTTGTGAGTTTTGTTTAAAT
TTCTTTTTGACATAGTCCGAAATGGATAGACATTCTAAGAGATGCTTACATAAGCATCCT
CCTGGAGAAGAGATTTATAGAGATGAAGATAATAAAGTATCTATGTTTGAGGTTGATGGC
AAAAAAAATAAAGTTTATGGAGAAAATTTGGCTTATTTGGCTAAACTCTTTTTAGATCAT
AAAACTTTATGGAGAGATATGGAGCCTTTTATATTCTATGTTTTATGTGAAAATGATGAA
GAAGGTAGCCATATTGTTGGATACTTTTCTAAATAACGTACACCTGAAGGATAAAATCTT
TCTTGCATCCTTGTTTTACCTTGTCATTAGAGAAAGGGTTATGGAAAATTCTTAATAAGT
TTTTCCTATTAGTTATCTATAATCGAAGGAAAGCTTGGAACACCTGAGAGACCACTTTCA
GATCTTGGAAAAGCAAGCTACTTAAGTTGGTGGACATAACGTATCATAGAATATATAAAT
TAGATGGTAGAAAATGATAAAGATTTTAGTTTAAAAAGCTTATCTTAAACTACAGGTATT
ATAGAGAAGGATATTCTTTGGACACTAGAACAAAAGAAATTGATAAAATATTATTAAGGA
GATATAATTATATGCACAGATCAAAAAAAGCTGCAATAGATATATGATGAATGCGGAAAA
AGAGAATTCAAAATACATTCCTAAGATATACATTGGGTTCCGCACAAACCTAAATGGATT
GCTGTTGAAGAACCTGTATATCCTAAATACAATCCTACTCTTCACTTTTGTTACTAAGAT
TAATACAAACCGAAATGA


>TTHERM_00145740(protein)
MFAKKGKAKNGKIGSEFVDGEKKDLAETFEGSLTNKYYIYVTLKDSSQRKAKILSCRLSK
SYNGGKKTDSSYDYYVHFIDLDRRNDCWVTRRQIQPTTELYSEQKHHGKGAAIKKIETEE
NHEHEGCNEEDIERHREATKIKTIEKIKIGKLSCDTWYYSPYPKGFHNIEYLYICEFCLN
FFLTQSEMDRHSKRCLHKHPPGEEIYRDEDNKVSMFEVDGKKNKVYGENLAYLAKLFLDH
KTLWRDMEPFIFYVLCENDEEGSHIVGYFSKQRTPEGQNLSCILVLPCHQRKGYGKFLIS
FSYQLSIIEGKLGTPERPLSDLGKASYLSWWTQRIIEYINQMVENDKDFSLKSLSQTTGI
IEKDILWTLEQKKLIKYYQGDIIICTDQKKLQQIYDECGKREFKIHSQDIHWVPHKPKWI
AVEEPVYPKYNPTLHFCYQDQYKPK


>TTHERM_00145740(gene)
ATGTTTGCAAAAAAGGGTAAAGCAAAAAATGGAAAAATAGGATCAGAATTTGTAGATGGT
GAAAAAAAGGATTTAGCAGAAACTTTTGAAGGAAGTTTGACAAATAAATATTATATCTAT
GTGACTTTAAAAGATAGCAGTCAAAGAAAAGCTAAGATTTTATCATGCAGATTATCAAAA
AGTATTTTGACAATTACAATTACATAAATAATCGAATTGCATTTTATCTAAATAAGGAAG
AGCTTTCACTTAAATTTTTTATATAAAGGTTATAATGGTGGCAAAAAAACTGATTCATCT
TATGACTATTATGTCCATTTTATTGATTTAGATAGAAGAAATGATTGTTGGGTTACCCGT
AGATAAATTTAGCCTGTAAAAATTCATTCTTAATATTTATAAATTTTCTTTGATCTTGCT
TTTTTTTGATATTTCTGAATCGCTTATTATCCTTCTCGTTCTAATATGTTTAAAAGAGCA
TTTAATGCTTTAAATTATTTAGCACTGTTATCTTTCTATTAAATACACACAAAAAAATTC
TTTCTAAGCATATTAGGGCATCAATAACTTCATACAAAAAAATATAAAATTCATTTTAAA
GCGAGATAGAGAGTAATTAATTAGTGTATTTTTTAAGTGATCATATTCAAGAAAATTTTA
ATTTCAATAAAAAAAGGGATAACAAGTCCCTTCCCTCCTAAATAATAAAAATAAGTTTAG
ATGATAAAATAGGAATATTAATTTAAAAAAAAAACCCAAATTAAAATTACACATTAGATA
AAATCTTATCTTATTTTTAAATAGACAACTGAATTATATTCAGAATAAAAGCATCATGGT
AAGGGAGCTGCTATCAAAAAAATAGAAACAGAAGAGAATCATGAACATGAAGGTATATTA
TAGATTTTTATAGATTTAAATTATAAGTTTATAATTTTTTTTAAAAATTGCTCAATTTTA
AATTCTAGTAGACCTTACCAAATTTTAAATTAAAAATTTTAAACAGAATTTAAAAGAAAA
ATTAATTAAAAGTTTTAAAAAGACTAAATCACTTTATATTTATATTGCTTTTACCCTATA
AAGCAAGCAAAACCTGTTTATTATTAAAATATTTTATAACAATTTATTTAATAAATACAT
AGGTTGCAATGAAGAAGATATAGAGAGACATAGGGAAGCTACTAAAATAAAAACAATAGA
AAAAATAAAAATAGGAAAGTTGTCTTGTGATACTTGGTATTACTCTCCTTACCCTAAAGG
ATTTCACAATATAGAATATTTGTATATTTGTGAGTTTTGTTTAAATTTCTTTTTGACATA
GTCCGAAATGGATAGACATTCTAAGAGATGCTTACATAAGCATCCTCCTGGAGAAGAGAT
TTATAGAGATGAAGATAATAAAGTATCTATGTTTGAGGTTGATGGCAAAAAAAATAAAGT
TTATGGAGAAAATTTGGCTTATTTGGCTAAACTCTTTTTAGATCATAAAACTTTATGGAG
AGATATGGAGCCTTTTATATTCTATGTTTTATGTGAAAATGATGAAGAAGGTAGCCATAT
TGTTGGATACTTTTCTAAAGTAATTAATTACTGAACATTTATAAATAAATTTTTTTAATT
TATTTTTTATTCACAACTTAGGAAAAAAGCTAAGATGATGGTAAGGTAAGCAATTTTTAT
AATGTTTTATTTAATCACAGCAAACTAATACATTTTTTATAAAGTAACGTACACCTGAAG
GATAAAATCTTTCTTGCATCCTTGTTTTACCTTGTCATTAGAGAAAGGGTTATGGAAAAT
TCTTAATAAGTTTTTCCTATTAGTTATCTATAATCGAAGGAAAGCTTGGAACACCTGAGA
GACCACTTTCAGATCTTGGTTTGATTTTCAATTTGATATTATTTACTATGATTATAAAAA
ATAATCACTGAATTTAAAAATATGCAAAAATTGTTTTCTTAAATTTAAATTAAAAATCCA
AATAGTTTAAAAATGTTTTTTCGTTGTTTATTAAAATATATAGGAAAAGCAAGCTACTTA
AGTTGGTGGACATAACGTATCATAGAATATATAAATTAGATGGTAGAAAATGATAAAGAT
TTTAGTTTAAAAAGCTTATCTTAAACTACAGGTATTATAGAGAAGGATATTCTTTGGACA
CTAGTAATTTTTTAATAAATAAAAATAGAACATTTATTAATTGATTTTCTTTAATATAAT
TTTATTATTAGGAACAAAAGAAATTGATAAAATATTATTAAGGAGATATAATTATATGCA
CAGATCAAAAAAAGCTGCAATAGATATATGATGAATGCGGAAAAAGAGAATTCAAAATAC
ATTCCTAAGATATACATTGGGTTCCGCACAAACCTAAATGGATTGCTGTTGAAGAACCTG
TATATCCTAAATACAATCCTACTCTTCACTTTTGTTACTAAGATTAATACAAGTATGTAA
ATTCAACAAATAATGTTATCAACTTAAAGAAATCTAATCCTAAATCGAACGAAAAATCTT
AGACCGAAATGAATGATTCATGAATTAAATCAAAACTACTTAGAAATAAAGATAAAAAAA
ATAATTTCCTTATTGTAATAAATTACAAAGTAAATAAATAAATAACAATTATATTCCTAA
AACAACTTACTTACTTACTTAAATAAATAAATAAACTATCAAAATATTTATTACTTTGTT
ATAATTTAGAAGTATTTAGAATGAACTACATCTTTAAATAAAAATGAATAACTTTTAATC
CTTCAGATATTTATTTATTGATATAGTTATTCAATTATTTAATTAAATACTTTAGTTACT
TCTAAGAATTCAATAAGCATAAATAGTATTAAAAAAATAAACTCAATAATTATAAATATA
AAATCTTAGATTGCAAATATAAATAAAAAGAATATTCAAATGCTAGATTATCAAAAATAT
TTGTTATTCAATAAATAAACAATCAATGAATTAATGGATGGATTAGAAAAATCATTAATT
AAAATATTTAAGTTTTATACTTTTAAAAAATAAGTTGA