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Identifiers and Description
Gene Model Identifier
TTHERM_00133460Standard Name
MRNO46 (Membrane Occupation and Recognition Nexus protein other)Aliases
PreTt24269 | 10.m00318 | 3698.m00040Description
Protein with predicted MORN domains localized throughout the protein and/or associated with other domains having a predicted functionGenome Browser (Macronucleus)
Genome Browser (Micronucleus)
Gene Ontology Annotations
No Data fetched for Gene Ontology Annotations
Domains
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_00133460
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_05708.1 9.997093137033517e-262 hypothetical protein (954 aa)
Oxytricha Contig6341.0.g26 2.9992439173235726e-110 MORN repeat
Stentor Coeruleus SteCoe_22388 1.9792598779469045e-32 DictyBase DDB_G0349488 2.0004286606204839e-16 DDB_G0349488 on chromosome: 2
position 6912714 to 6914186
WormBase WBGene00002179 0.00000000019994075865167896 locus: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_00133460(coding)
ATGAAAGAAACATCTCACAATTTTGAAGATAGTTCTTAAAATCCACCTGAAAAAGAAGCA
GCCAATAAAAATACTTAATAATACAATAGAAATAACTCCTACTAAAAAGTTAGCGATCCT
CCATAAGATAAATAGTTAAATCTAAAGGAAATTCAGCAAGCCAAGGAATTTTAAAAAAAC
GACATAGGAAGTGGAGAACCTTCAACTAGAATTTAAACTTAATCATAGCATCCGATGAGT
AGCGGGAGCAATAAAAATAATTAAAATGGATCTATTTAGCAAGATTTAAATAGTACTAAT
ATTTAAAGTTCTAATTAGTAAAGTCCTCAAATGAACAGCATTAACTATAAACCAGGAAAA
AATTAAACTCCACAATCAAGCAATAATAAAGAAAATATAATATCTGGATAAAATTCAATA
GATATGCAGATAAGCAACGTAGATGATTAATATATATCTTAAAGGTAACAGCCTTAGCAA
ATGGGTTATTCTTCAAGAATAAGAAATTAAAAAAGTGATAGTTTTATAGACGAATCTAAT
TTGAATCGCTCTCATCATAATATGATTGTGGCAATTGATAATTAAGGAACCACGGGATTT
GGAACATAAAGCTAAATATTTGAAGGAAATTTTAATACACAATAATAAGCTGTTTTTTAA
CGTATATTGTATCTTAAGGAATAGATATAGGCTCTTTAAGACCATGATAGTCTTCTTGAA
TTTTTCAAAGCATATACAGTTCATAACCCTGATATTATTACTATAGATGAAATTTTAAAG
TCTGAACATGTTAAATTGAAAAGATACAAATAGTCAGTTTATTTTGGAGATATGATTAAT
AATTAAAGGTGTGGAAAAGGTATTATGATATATTTCAATGGAAGAGCCTATGAGGGAGAA
TGGTAAAATGATTATAAATTTGGAAGAGGTTTTGAGCTTTACCCAAATGGGAACAGATAC
GAAGGATACTTTGTGAATGGAAAAAGTGAAGGTATGGGTACATATGTATGGGCAAATAAT
GAAATATATGACGGATAATGGCTTGGAGGTATGAAGCATGGATCGGGAATGTGGAGAGGT
CCAAAGGGAGATTCCTATATTGGAGAATGGAAATTCGGAAAATCTGATGGATATGGTGTT
CACACATGGGTCAATGGTGACAGGTATGAAGGACAATTCAAAGTTTGTCTAAAACATGGA
GAAGGGTCTGAAAGATTTTCAAATGGAGATCTTTACCAAGGTCAATACGTTAATGGAAGA
CCTGAAGGGTATGGAGAGTATACTTGGGCAAATAATAGCCATTATAAAGGTACTTTTAAA
AATGGACTAAGGCATGGAAAAGGTGTTTGGAGAAGAAACTTGTAAGACATCAATTCTGAT
AAATATGAAGGTGAATATTAAAATGATAAAAAATGTGGATTCGGTGTTTTTAGATGGGCA
TCAGGAAATGAATTTAGAGGAAATTATTTTGATGACTTAAGGCACGGATATGGAGAAATG
TTTTGGACTGATGGAAGCTATTATAAAGGATTTTGGGAAAGAGGTATTCAAAGTGGTGAA
GGAGAGTTATTTATTCCTGGTGAAGGAGTTAAAAGAGGTTTGTTCGTCAATAATATCTTT
AAAGGAAATTGTGTCAGCGATGAAGATGAGTTTGTAAATAAGCAATAACAAAACCTAATT
TAATACAACCAACAGCAACAGTTATTCAGAGAAAGCAGTAAATTTAGGCTGAGCCCAACT
AAACAATAAAATTTATCAAAATCTGTTTTGAGAAATAAAGCCCCTCAAAATGCTTAAAAA
CATAACAGCGTATCACCAAACCATACAAGCCTATCTAAGAGAACACCAAGTAAAAGCTCA
ACAAAAAAGAACTTGCCTGATTCAGTGCAAAAGTCAAATGGTAAAATAGGTATAAAGTAA
ACTCCATCAAGGAAAAGTGCAATGCTGAACAGCACTAATAGCAATAGTAAAAATTTAAAA
TCTTTTCTGTAAGATGAAAATATAATACCTGAATCAAGCAAAAGCAATCAAAACTCTTCA
ATCGAAAATAATCCAATATTTTCTAAAGAAGCTATAAAACAATCGAATTCAAACATTGAA
GGAAATGGTAACGACAATGATTAAAACACTCAATAAAATCAAGATAAATATAAAGAAACA
GCAAATTACTTGAGAAATAGCTATACTGAAGAAGATCAAGCCAATCATATTAGAAATAGC
TCTGATGAATAGCGAAGAACTAAAAGCAGTAATGGAAACAATTTAAATGCTAAAATTAAT
CAATAACCTTATAATAAAATTTACAATAATAACAACTCTAATTCATAAATTAGTAGTAAT
AATTAAGATAAGAGAAGGAGTATATCAGTAAGCGGAAACAGACCAAACTTTTTCATGCCT
AATCTAAGAAATAGCTCAATAACTCCTAACCCAAATAAAAATAACTCTTTTGCTAATAAT
TAACATTCTGTACTACCACAAATAAATGGCTCTGGTGTTAATAATAAAGAAGACTCCATA
GAAAGAAAAAAAAATGGAAGAAAATAAAAATAAATACTATTGAAAAAGCATGAGATTATC
TTATGGAAAAATTTACGTCCTAAACTTAATCTCAGAAAGGGAATGTATAAAGACTATACT
GACCCTATTACTGTATAAAGAATAAGAATGTTGCTTCATCCTCCTGTCTGGAAACCAGCA
GGAATCAGTAATTTAGACTATTCCCCAGAGAGAGAAAAGTCTAGTGATAAATTTAATGAA
GTCAATCATAGTTTATCTCATATTTATACTAACCAAAAAAGATTAAATAGCAACTACTAA
TGA>TTHERM_00133460(protein)
MKETSHNFEDSSQNPPEKEAANKNTQQYNRNNSYQKVSDPPQDKQLNLKEIQQAKEFQKN
DIGSGEPSTRIQTQSQHPMSSGSNKNNQNGSIQQDLNSTNIQSSNQQSPQMNSINYKPGK
NQTPQSSNNKENIISGQNSIDMQISNVDDQYISQRQQPQQMGYSSRIRNQKSDSFIDESN
LNRSHHNMIVAIDNQGTTGFGTQSQIFEGNFNTQQQAVFQRILYLKEQIQALQDHDSLLE
FFKAYTVHNPDIITIDEILKSEHVKLKRYKQSVYFGDMINNQRCGKGIMIYFNGRAYEGE
WQNDYKFGRGFELYPNGNRYEGYFVNGKSEGMGTYVWANNEIYDGQWLGGMKHGSGMWRG
PKGDSYIGEWKFGKSDGYGVHTWVNGDRYEGQFKVCLKHGEGSERFSNGDLYQGQYVNGR
PEGYGEYTWANNSHYKGTFKNGLRHGKGVWRRNLQDINSDKYEGEYQNDKKCGFGVFRWA
SGNEFRGNYFDDLRHGYGEMFWTDGSYYKGFWERGIQSGEGELFIPGEGVKRGLFVNNIF
KGNCVSDEDEFVNKQQQNLIQYNQQQQLFRESSKFRLSPTKQQNLSKSVLRNKAPQNAQK
HNSVSPNHTSLSKRTPSKSSTKKNLPDSVQKSNGKIGIKQTPSRKSAMLNSTNSNSKNLK
SFLQDENIIPESSKSNQNSSIENNPIFSKEAIKQSNSNIEGNGNDNDQNTQQNQDKYKET
ANYLRNSYTEEDQANHIRNSSDEQRRTKSSNGNNLNAKINQQPYNKIYNNNNSNSQISSN
NQDKRRSISVSGNRPNFFMPNLRNSSITPNPNKNNSFANNQHSVLPQINGSGVNNKEDSI
ERKKNGRKQKQILLKKHEIILWKNLRPKLNLRKGMYKDYTDPITVQRIRMLLHPPVWKPA
GISNLDYSPEREKSSDKFNEVNHSLSHIYTNQKRLNSNYQ>TTHERM_00133460(gene)
TTTATTAAATATATTACCAATTAAATCATAAATATTAATTCTTATTTATTATATATAATA
TTCATGAAAGAAACATCTCACAATTTTGAAGATAGTTCTTAAAATCCACCTGAAAAAGAA
GCAGCCAATAAAAATACTTAATAATACAATAGAAATAACTCCTACTAAAAAGTTAGCGAT
CCTCCATAAGATAAATAGTAAACTTGTTTAAAATCATTTAAAATTAGCATATTAGTCCAT
TAATTCATCAATATAAATAAAGTTACTAAAATCAATCTCTTTGGTTTAAAACATTCTGCA
AGAAATAAAAACTAGTTATTTAGTTTTAATAAAGAATATTTAGCATTTTTTAAGAAAATT
AATCACTTTTGATTTTTCTTCAACAAATGTTTCTTCCTTTTTTCTTAAATACTTTTTGTT
TATATGATAATGTTATCAGTCTAATTCCAACGACTAATTAATAAATAAATAAAACTAATC
TTTTGTTTATTAGGTTAAATCTAAAGGAAATTCAGCAAGCCAAGGAATTTTAAAAAAACG
ACATAGGAAGTGGAGAACCTTCAACTAGAATTTAAACTTAATCATAGCATCCGATGAGTA
GCGGGAGCAATAAAAATAATTAAAATGGATCTATTTAGCAAGATTTAAATAGTACTAATA
TTTAAAGTTCTAATTAGTAAAGTCCTCAAATGAACAGCATTAACTATAAACCAGGAAAAA
ATTAAACTCCACAATCAAGCAATAATAAAGAAAATATAATATCTGGATAAAATTCAATAG
ATATGCAGATAAGCAACGTAGATGATTAATATATATCTTAAAGGTAACAGCCTTAGCAAA
TGGGTTATTCTTCAAGAATAAGAAATTAAAAAAGTGATAGTTTTATAGACGAATCTAATT
TGAATCGCTCTCATCATAATATGATTGTGGCAATTGATAATTAAGGAACCACGGGATTTG
GAACATAAAGCTAAATATTTGAAGGAAATTTTAATACACAATAATAAGCTGTTTTTTAAC
GTATATTGTATCTTAAGGAATAGATATAGGCTCTTTAAGACCATGATAGTCTTCTTGAAT
TTTTCAAAGCATATACAGTTCATAACCCTGATATTATTACTATAGATGAAATTTTAAAGT
CTGAACATGTTAAATTGAAAAGATACAAATAGTCAGTTTATTTTGGAGATATGATTAATA
ATTAAAGGTGTGGAAAAGGTAAATGAATAAATAAATAAATATATAACTACTATATCCTTC
AACTTAATATAAAATGATGTTATTATTTTATTTTTTGAAATTTAATGAGCTTTCTATAAT
ATTGATTTTAGCTTTTTATTGCTATTCAAAATTAGCAAGATTAGAAATAAAATATTTCAA
GTTATTTTTTACATTTTTTTCATCATTAACTTACTATAAGGATAGCCAACAAATCAATCA
ATGATTTACTTTGATTAGCTTACACTTTTCTATTAGAAAAATTTGATTTTAAATTATATT
AATATTAATTATATTTTTACTTGTAGGTATTATGATATATTTCAATGGAAGAGCCTATGA
GGGAGAATGGTAAAATGATTATAAATTTGGAAGAGGTTTTGAGCTTTACCCAAATGGGAA
CAGATACGAAGGATACTTTGTGAATGGAAAAAGTGAAGGTATGGGTACATATGTATGGGC
AAATAATGAAATATATGACGGATAATGGCTTGGAGGTATGAAGCATGGATCGGGAATGTG
GAGAGGTCCAAAGGGAGATTCCTATATTGGAGAATGGAAATTCGGAAAATCTGATGGATA
TGGTGTTCACACATGGGTCAATGGTAATTTAAAATTTTCAGGGTAAAATATTTATTTGAA
GATTTCTACTTCGATAATCAGGTGACAGGTATGAAGGACAATTCAAAGTTTGTCTAAAAC
ATGGAGAAGGGTCTGAAAGATTTTCAAATGGAGATCTTTACCAAGGTCAATACGTTAATG
GAAGACCTGAAGGGTATGGAGAGTATACTTGGGCAAATAATAGCCATTATAAAGGTACTT
TTAAAAATGGACTAAGGCATGGAAAAGGTAAATTTAAATTAGATCAAAAAGTATCTATCA
ATCTATCTATATGCTAAATAAATAAATAACTAATTATAAAGGTGTTTGGAGAAGAAACTT
GTAAGACATCAATTCTGATAAATATGAAGGTGAATATTAAAATGATAAAAAATGTGGATT
CGGTGTTTTTAGATGGGCATCAGGAAATGAATTTAGAGGAAATTATTTTGATGACTTAAG
GCACGGATATGGAGAAATGTTTTGGACTGATGGAAGCTATTATAAAGTAAACTAACTTTT
AATTTTTTTAAAATTATTTAATTTTTAAATTAAACTAGGGATTTTGGGAAAGAGGTATTC
AAAGTGGTGAAGGAGAGTTATTTATTCCTGGTGAAGGAGTTAAAAGAGGTTTGTTCGTCA
ATAATATCTTTAAAGGAAATTGTGTCAGCGATGAAGATGAGTTTGTAAATAAGCAATAAC
AAAACCTAATTTAATACAACCAACAGCAACAGTTATTCAGAGAAAGCAGTAAATTTAGGC
TGAGCCCAACTAAACAATAAAATTTATCAAAATCTGTTTTGAGAAATAAAGCCCCTCAAA
ATGCTTAAAAACATAACAGCGTATCACCAAACCATACAAGCCTATCTAAGAGAACACCAA
GTAAAAGCTCAACAAAAAAGAACTTGCCTGATTCAGTGTAAATTTTTAGAACAATTGTCC
AATATATTATTTTCTCTACAAAATTGAATTTTGAATTTATAATAATTTTTAATTTTTAAA
ATAAATGTTATAATAAAAATAGGCAAAAGTCAAATGGTAAAATAGGTATAAAGTAAACTC
CATCAAGGAAAAGTGCAATGCTGAACAGCACTAATAGCAATAGTAAAAATTTAAAATCTT
TTCTGTAAGATGAAAATATAATACCTGAATCAAGCAAAAGCAATCAAAACTCTTCAATCG
AAAATAATCCAATATTTTCTAAAGGTAATTAAAAATAATTTCTAATCTTAACTAAATAGA
AGAATATTATTATTTTAAAACTTAGAAGCTATAAAACAATCGAATTCAAACATTGAAGGA
AATGGTAACGACAATGATTAAAACACTCAATAAAATCAAGATAAATATAAAGAAACAGCA
AATTACTTGAGAAATAGCTATACTGAAGAAGATCAAGCCAATCATATTAGAAATAGCTCT
GATGAATAGCGAAGAACTAAAAGCAGTAATGGAAACAATTTAAATGCTAAAATTAATCAA
TAACCTTATAATAAAATTTACAATAATAACAACTCTAATTCATAAATTAGTAGTAATAAT
TAAGATAAGAGAAGGAGTATATCAGTAAGCGGAAACAGACCAAACTTTTTCATGCCTAAT
CTAAGAAATAGCTCAATAACTCCTAACCCAAATAAAAATAACTCTTTTGCTAATAATTAA
CATTCTGTACTACCACAAATAAATGGCTCTGGTGTTAATAATAAAGAAGACTCCATAGAA
AGAAAAAAAAATGGAAGAAAATAAAAATAAATACTATTGAAAAAGCATGAGATTATCTTA
TGGAAAAATTTACGTCCTAAACTTAATCTCAGAAAGGGAATGTATAAAGACTATACTGAC
CCTATTACTGTATAAAGAATAAGAATGTTGCTTCATCCTCCTGTCTGGAAACCAGCAGGA
ATCAGTAATTTAGACTATTCCCCAGAGAGAGAAAAGTCTAGTGATAAATTTAATGAAGTC
AATCATAGTTTATCTCATATTTATACTAACCAAAAAAGATTAAATAGCAACTACTAATGA
