Identifiers and Description

Gene Model Identifier

TTHERM_00724730

Standard Name

MRNO45 (Membrane Occupation and Recognition Nexus protein other)

Aliases

PreTt21838 | 117.m00090

Description

Protein with predicted MORN domains localized throughout the protein and/or associated with other domains having a predicted function

Genome Browser (Macronucleus)

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Genome Browser (Micronucleus)

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Gene Ontology Annotations

No Data fetched for Gene Ontology Annotations

Domains

  • ( PF02493 ) MORN repeat
  • ( PF07661 ) MORN repeat variant
  • ( PF04508 ) Viral A-type inclusion protein repeat

Gene Expression Profile

  • Tetrahymena Functional Genomics Database:

Change in Gene Expression

TMHMM

TMHMM

Signal Peptide

Signal Peptide Present?: No
Presense Probability: 10%

TetraMine Data

TTHERM_00724730

WebApollo

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Tetrahymena Stock Center

No Data fetched for StockID

Homologs (v.2006 protein sequences)

SourceIdentifierScoreDescription
Tetrahymena borealisEI9_04564.19.997093137033517e-262hypothetical protein (807 aa)
OxytrichaContig524.1.g1184.0002634815779907e-110MORN repeat
Stentor CoeruleusSteCoe_223885.900090541597061e-29
DictyBaseDDB_G03494882.000769134519826e-18DDB_G0349488 on chromosome: 2
position 6912714 to 6914186
WormBaseWBGene000021790.000000000500206551404915locus:jph-1 status:Confirmed
UniProt:Q22667 protein_id
:CAA99924.2

General Information

No Data fetched for General Information

Associated Literature

No Data fetched for Associated Literature

Sequences 

>TTHERM_00724730(coding)
ATGGCTGATTAATATAATTTATCAGCACAGGAGTCATAAAAATAATTAAATGGAGATGAT
ATAGCTTCAACTTAATCATAAGTTGTAAATGATTCTCATTAAAAATAGGTTGAATCTCCT
GTAAAATCACCCAAATTAGAGGCATAATAAATAGAATAATCTAAAACACCAAAAAGTGAC
AGTCATAGCAAGAAAAGGCCACCAAGCGGCTAAAAGAGAATATCAATACATAAAAAAATC
GATGACAGTAGTTCAAAAATATAGCAATCTCCTTAGTAAAACACAGCGATGCAATAGGAA
TTGGAAAATGGAAGTTAGCTCAATAGCATAAGCTCGAGCAATTAGATTGCAGGAAGCCCA
AATACAAGTAAATCTCCTTTAAAAAAGAGGAGTGAATCAATTTAACGTTAAAGAAATGGG
AGTGAAATTAAAAACGAAAGCATGAAAGACTCTCAAATTTCTAAAAAAGACTCTTCTTAA
ATTAGGCACATATAAGATAATTTGGAAATGATTAATAATTTGAATGAAAAGTTAAGAAAA
CTAGGAGAAATGGATGGAGACTAAACTAATCCTCAAAGTTCTTATTAAGATTACCTTCAA
ATGCGTATTAATAAAGCAGAAAAAATAAGATAAGATCTTACTTAACCAATGGATCCTTAA
TAGCTATTAGAATATTTTTAAAATCACAAGGTACATTCTACTGAAATATTAAATATGGAG
GAGCTAAATAAGAGTTAATATCTCAGATTAAAGCGCTATAAATAATGTATTTATTATGGT
GAAGTATAAAATAGTTCTAGAACAGGCAAAGGGTTGATGATGTATTTTTCTGGAAGACTT
TATGAAGGGGATTGGTAGAATGATGCTAAATTTGGAAGAGGATTTGAGCTTTATCCTAAT
GGAAATGCATATGAAGGTTATTTTGTAAATGGAAAGCCTGAAGGCTTTGGCACTTATATT
TGGTATAATGGAGAAATTTATGATGGAGAGTGGGTGAATGGTATGAAGCATGGCAGTGGC
TAATGGATGGGAGTCAGAGGTGATAGTTATACAGGAGAATGGAAATTCGGTAAGGCAGAT
GGAAAAGGTGTGCACAAGTGGATAAATGGCGATGTTTATGAAGGAGATTTCAAATGCTGT
CTTAAGCATGGTAAGGGCTAGGAAAGATTCTCAAATGGAGATATTTATATTGGGTAATAT
GCTAATGGTCGTCCAGAAGGATATGGTGAGTATTTTTGGAAAGATGGAGCTCACTACAAA
GGCTATTTCAAAAATGGACTCAGACATGGATAGGGTATTTGGAGAAAAAAGAAAGACGCC
AAAATAACTGACACATACGAAGGTGAGTATATAAACGATAAAAGATGTGGTTATGGTGTG
TTTACATGGGCATCAGGAAATATTTACAAAGGTGAGTATTTTGAAGATTTAAGACATGGA
TATGGAGAAATGTATTGGACAGACACTTCATATTATAAAGGCGAATGGGAGAGAGGTATT
CAATGTGGTGAAGGTGAACTCTATATTCCTGGCGAAGGTATTAAAAAGGGAACTTTTGTA
AATAATATATTTAAATAAAATGGCCCTGGATCAAATGGATAAAGTTAGTACAGATCTTTC
AAAAGTATTTCAGAAGAAAATTCTACACCTAGAGGAATTTACCAAGGTTCTATGACTAAG
AGATAATTTAATCCTCATACACCTGTTCTCACTGAAGAAAGCAAAACTGTTCCTACATCA
AACCCTCATGGTAGTGGGTCTAATATTGGCTACCATTCATAACAGACACCTCCATCTGTT
TCAGATTTTTCAACGAAGCTACCCCATATAAAGAGTCATAATAACTCATTTGATATCTAA
AGCATGAGAAGTTATCCTGGAAAAAAAGATTAAGGACATTAAGCAGATTTGAATTATTAA
ACTGCATATGATTTAGGCTATGATGAAACTGATTAGTAACAAAGCAGTAATGGATTAAGC
TCACAAAAAAGAAGCATTAGTGTACAGTAAAAGAGAGATACTGAATCTAGATCTACTTAA
ACTCACCCAAATAGTTAAAATACAATATCGTCAGAAAGAGTTCGACTAAGAAGAGGAAAA
AGTGGAAGTAACGCTACTTTGCTTCCACCTTTAAATGAGTCAGTCTCACCAAATATAAAA
AGATCAAATAAGAAAAATAGAGAAATTCTTTTGAAAAAACACGAACTAATATTATGGAAA
GGAATGCGTCCTAAATTAAATCTTAAACCAAGAGAATTGAGGGATTATTCTGATCAAAAA
ACAGTTGAAATAATAAGAAGTTACTTGCATCCACCAGTTTGGAAACCATCTGGTGTTGCA
CATTGCTTAGATTCATCCTCTCCTAACAGATCACCTTCTCCAAATGGATCAGTACATTAA
TAGTCCATCCAAAAAAGATATTCTCGTATCCTTTGA


>TTHERM_00724730(protein)
MADQYNLSAQESQKQLNGDDIASTQSQVVNDSHQKQVESPVKSPKLEAQQIEQSKTPKSD
SHSKKRPPSGQKRISIHKKIDDSSSKIQQSPQQNTAMQQELENGSQLNSISSSNQIAGSP
NTSKSPLKKRSESIQRQRNGSEIKNESMKDSQISKKDSSQIRHIQDNLEMINNLNEKLRK
LGEMDGDQTNPQSSYQDYLQMRINKAEKIRQDLTQPMDPQQLLEYFQNHKVHSTEILNME
ELNKSQYLRLKRYKQCIYYGEVQNSSRTGKGLMMYFSGRLYEGDWQNDAKFGRGFELYPN
GNAYEGYFVNGKPEGFGTYIWYNGEIYDGEWVNGMKHGSGQWMGVRGDSYTGEWKFGKAD
GKGVHKWINGDVYEGDFKCCLKHGKGQERFSNGDIYIGQYANGRPEGYGEYFWKDGAHYK
GYFKNGLRHGQGIWRKKKDAKITDTYEGEYINDKRCGYGVFTWASGNIYKGEYFEDLRHG
YGEMYWTDTSYYKGEWERGIQCGEGELYIPGEGIKKGTFVNNIFKQNGPGSNGQSQYRSF
KSISEENSTPRGIYQGSMTKRQFNPHTPVLTEESKTVPTSNPHGSGSNIGYHSQQTPPSV
SDFSTKLPHIKSHNNSFDIQSMRSYPGKKDQGHQADLNYQTAYDLGYDETDQQQSSNGLS
SQKRSISVQQKRDTESRSTQTHPNSQNTISSERVRLRRGKSGSNATLLPPLNESVSPNIK
RSNKKNREILLKKHELILWKGMRPKLNLKPRELRDYSDQKTVEIIRSYLHPPVWKPSGVA
HCLDSSSPNRSPSPNGSVHQQSIQKRYSRIL


>TTHERM_00724730(gene)
ATGGCTGATTAATATAATTTATCAGCACAGGAGTCATAAAAATAATTAAATGGAGATGAT
ATAGCTTCAACTTAATCATAAGTTGTAAATGATTCTCATTAAAAATAGGTTGAATCTCCT
GTAAAATCACCCAAATTAGAGTAATATTTTTGAAAAAAATATTTATGATTGTAAAAATAT
GTTTTTTTTACAAAATAAGGGCATAATAAATAGAATAATCTAAAACACCAAAAAGTGACA
GTCATAGCAAGAAAAGGCCACCAAGCGGCTAAAAGAGAATATCAATACATAAAAAAATCG
ATGACAGTAGTTCAAAAAGTATAAAAAATTAAATATTAATTGATAAAAGCAATACAACAA
ATTATTGTTTTAAAATATGAAATTAGCAAGTTTGATTAATCAAAATTAAATTTTTTAAAA
AATTTAGTATAGCAATCTCCTTAGTAAAACACAGCGATGCAATAGGAATTGGAAAATGGA
AGTTAGCTCAATAGCATAAGCTCGAGCAATTAGATTGCAGGAAGCCCAAATACAAGTAAA
TCTCCTTTAAAAAAGAGGAGTGAATCAATTTAACGTTAAAGAAATGGGAGTGAAATTAAA
AACGAAAGCATGAAAGACTCTCAAATTTCTAAAAAAGACTCTTCTTAAATTAGGCACATA
TAAGATAATTTGGAAATGATTAATAATTTGAATGAAAAGTTAAGAAAACTAGGAGAAATG
GATGGAGACTAAACTAATCCTCAAAGTTCTTATTAAGATTACCTTCAAATGCGTATTAAT
AAAGCAGAAAAAATAAGATAAGATCTTACTTAACCAATGGATCCTTAATAGCTATTAGAA
TATTTTTAAAATCACAAGGTACATTCTACTGAAATATTAAATATGGAGGAGCTAAATAAG
AGTTAATATCTCAGATTAAAGCGCTATAAATAATGTATTTATTATGGTGAAGTATAAAAT
AGTTCTAGAACAGGCAAAGGTAAATAAATTGATTTTTTTAAAATATTATAATAATTTTAA
TTTATTTTTTTCATTTTTTTATCATATAGGGTTGATGATGTATTTTTCTGGAAGACTTTA
TGAAGGGGATTGGTAGAATGATGCTAAATTTGGAAGAGGATTTGAGCTTTATCCTAATGG
AAATGCATATGAAGGTTATTTTGTAAATGGAAAGCCTGAAGGCTTTGGCACTTATATTTG
GTATAATGGAGAAATTTATGATGGAGAGTGGGTGAATGGTATGAAGCATGGCAGTGGCTA
ATGGATGGGAGTCAGAGGTGATAGTTATACAGGAGAATGGAAATTCGGTAAGGCAGATGG
AAAAGGTGTGCACAAGTGGATAAATGGTAAAAATTTAAGAAAGTTAATAAAATTGATATT
TATTCATTCATTTTCAAAAAGGCGATGTTTATGAAGGAGATTTCAAATGCTGTCTTAAGC
ATGGTAAGGGCTAGGAAAGATTCTCAAATGGAGATATTTATATTGGGTAATATGCTAATG
GTCGTCCAGAAGGATATGGTGAGTATTTTTGGAAAGATGGAGCTCACTACAAAGGCTATT
TCAAAAATGGACTCAGACATGGATAGGGTAAATAAATAAATAAAATCAAAGAATTTTTTT
TATTCTAATAAATAAATAAATTAGGTATTTGGAGAAAAAAGAAAGACGCCAAAATAACTG
ACACATACGAAGGTGAGTATATAAACGATAAAAGATGTGGTTATGGTGTGTTTACATGGG
CATCAGGAAATATTTACAAAGGTGAGTATTTTGAAGATTTAAGACATGGATATGGAGAAA
TGTATTGGACAGACACTTCATATTATAAAGGGTATATCATTTTTTTTTTTCGGTGACAAT
AATTTATACAATTAAAATTTAAAAGCGAATGGGAGAGAGGTATTCAATGTGGTGAAGGTG
AACTCTATATTCCTGGCGAAGGTATTAAAAAGGGAACTTTTGTAAATAATATATTTAAAT
AAAATGGCCCTGGATCAAATGGATAAAGTTAGTACAGATCTTTCAAAAGTATTTCAGAAG
AAAATTCTACACCTAGAGGAATTTACCAAGGTTCTATGACTAAGAGATAATTTAATCCTC
ATACACCTGTTCTCACTGAAGAAAGCAAAACTGTTCCTACATCAAACCCTCATGGTAGTG
GGTCTAATATTGGCTACCATTCATAACAGACACCTCCATCTGTTTCAGATTTTTCAACGA
AGCTACCCCATATAAAGAGTCATAATAACTCATTTGATATCTAAAGCATGAGAAGTTATC
CTGGAAAAAAAGATTAAGGACATTAAGCAGATTTGAATTATTAAACTGCATATGATTTAG
GCTATGATGAAACTGATTAGTAACAAAGCAGTAATGGATTAAGCTCACAAAAAAGAAGCA
TTAGTGTACAGTAAAAGAGAGATACTGAATCTAGATCTACTTAAACTCACCCAAATAGTT
AAAATACAATATCGTCAGAAAGAGTTCGACTAAGAAGAGGAAAAAGTGGAAGTAACGCTA
CTTTGCTTCCACCTTTAAATGAGTCAGTCTCACCAAATATAAAAAGATCAAATAAGAAAA
ATAGAGAAATTCTTTTGAAAAAACACGAACTAATATTATGGAAAGGAATGCGTCCTAAAT
TAAATCTTAAACCAAGAGAATTGAGGGATTATTCTGATCAAAAAACAGTTGAAATAATAA
GAAGTTACTTGCATCCACCAGTTTGGAAACCATCTGGTGTTGCACATTGCTTAGATTCAT
CCTCTCCTAACAGATCACCTTCTCCAAATGGATCAGTACATTAATAGTCCATCCAAAAAA
GATATTCTCGTATCCTTTGA