Identifiers and Description

Gene Model Identifier

TTHERM_00431310

Standard Name

MRNO31 (Membrane Occupation and Recognition Nexus protein other)

Aliases

PreTt26472 | 48.m00235 | 3831.m01574

Description

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

Genome Browser (Macronucleus)

Genome Browser (Micronucleus)

Gene Ontology Annotations

No Data fetched for Gene Ontology Annotations

Domains

No Data fetched for Domains

Gene Expression Profile

• Tetrahymena Functional Genomics Database:

Change in Gene Expression

TMHMM

TMHMM

Signal Peptide

Signal Peptide Present?: No
Presense Probability: 9.9%

TetraMine Data

TTHERM_00431310

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_04161.1	8.999968595758151e-173	hypothetical protein (555 aa)
Oxytricha	Contig20231.0.g38	0.00000000000059990805086298	MORN repeat
DictyBase	DDB_G0349488	0.000004000864880866421	DDB_G0349488 on chromosome: 2 position 6912714 to 6914186

General Information

No Data fetched for General Information

Associated Literature

No Data fetched for Associated Literature

Sequences

>TTHERM_00431310(coding)
ATGTTAAATCCTGCAACTCAATCAAACCACATAAAAACAAGTAGCGATATTCTTTAGGAA
TTTAATTAGAAGCACTATGGAAGCTAAGAATTTAGACCATCAGTAGTTCAAATCAACCAC
TAAACTAAAAGTGCAGTGACACATAGTAATCACAATTTAAGTAATCATGATGCAATAAAT
TAATCAAACTAGTATTTTACTCCTTAGCCTTCCTCTCAAATTCAATAACAAAACAATATA
GCAAAAAGCAATGTCTATAATGATACTTACTAAAGCAATAACGGTATTCAACAAAGCAAT
TACAAAGCTTACGTTTAGGATAATTAGTCAAAGATTCAAAAACCCAATCAATTGCAACAA
TAATAAGCTCAATAATTTAGCTAAAATAACTAAGTTTCTAACAACATATTCCTTAGTGGC
ATATAACAAAACTAAAATCCTCCACGCAGTGATAATTTATATTCAATTAGCAGTAGAATT
GAAGAACATTAAAGATTATCTTAGAAAAAAGCTAGCAACAAATTGTATGATTCGTTTATT
GGAAAAGAAAAAGACTTAGAATCTTCATTCACAAACGGCAACGAAAATAGTAAGAAAGCT
AATTAGTTCAATGATAATTTAGGAAAAGATTTTAAGCAGATGACTTCAAGAGAAATTGGA
TAAAGTTTGTTACAATAAGAATAAAAAAGATACTTTAGTCCTGCCTCTCCTGAGTAGTTG
TAAAATATAATTACTTTAAAGAGAAATAGAGGAGTCTACAAAGGACAAGTTAAGTAAATT
AAAGGCGAAAATGTTTTAGAAGGTATTGGCCAAATGGAAATGTTTAACGGAGATATATAT
ATGGGCTATTTCTGGAGAAACTATATGCATGGTGATGGCTACCTCTTAAAACAAAATGGT
GATTTCTATAACGGAAAATTCTAGAACGATAAAATCCAAGGATTTGGTAGATATTATTAT
ATTAATGGTGATCTCTATGAAGGAAATTTCTATTATGGTGTAAGACAATCAGAAAATGCA
AAATTCTACTCAGCAGCTGAAGATGCCTGGTATGAAATCCCTTTCGATCAAGATAGAAAG
CATGGAAAAGGATAAAGAAAAGATAATTAAGGCGTCGTTTTAAACGTTGAATTCTTTTAA
GATGTGCTATAAACTGGTGACAATGTGAATATAAGTCAAGTAAACTTGAATGATTATTTT
GTAAGTAAAATCAAAGAAGAAGTTTTGTATGAAAATTAACCAGTAAAAGAAGAAGTAGTT
AAACGCACAAAGAAAGAATAAAAGCCCAAAGATATTCACTATTAAGCTATGCAAGAATTA
GAAGGATTCATTAAAGAGGGATTGCCAATCTATTCATTTGAGCAATAACTCTCGAATCCT
ATTTAAGGCTAAGCAATTTACAAATTTTAAGATGGCTCTTATTACGCAGGAAATTGGTTA
AATGGTGTCTTCCACGGATTTGGTCATTACTATGATTCAAAAGTTGGTTTGTATAAAGGT
GATTTTATTTAAGGATTAAAGAATGGCTTTGCTGATATGTTTTACTTCAATGGTGATGAA
TATCATGGAATGTGGGTGCAAGATTTAAAGCATGATGAAAAGGCATAATATTTTAAATTT
AGTAAACAACAAGCATATGAAGCATATTTTAGCCAAGGAAACTTGATTAAGATAATAAAA
CCTGTCTAATAGCAATTATTCTGA

>TTHERM_00431310(protein)
MLNPATQSNHIKTSSDILQEFNQKHYGSQEFRPSVVQINHQTKSAVTHSNHNLSNHDAIN
QSNQYFTPQPSSQIQQQNNIAKSNVYNDTYQSNNGIQQSNYKAYVQDNQSKIQKPNQLQQ
QQAQQFSQNNQVSNNIFLSGIQQNQNPPRSDNLYSISSRIEEHQRLSQKKASNKLYDSFI
GKEKDLESSFTNGNENSKKANQFNDNLGKDFKQMTSREIGQSLLQQEQKRYFSPASPEQL
QNIITLKRNRGVYKGQVKQIKGENVLEGIGQMEMFNGDIYMGYFWRNYMHGDGYLLKQNG
DFYNGKFQNDKIQGFGRYYYINGDLYEGNFYYGVRQSENAKFYSAAEDAWYEIPFDQDRK
HGKGQRKDNQGVVLNVEFFQDVLQTGDNVNISQVNLNDYFVSKIKEEVLYENQPVKEEVV
KRTKKEQKPKDIHYQAMQELEGFIKEGLPIYSFEQQLSNPIQGQAIYKFQDGSYYAGNWL
NGVFHGFGHYYDSKVGLYKGDFIQGLKNGFADMFYFNGDEYHGMWVQDLKHDEKAQYFKF
SKQQAYEAYFSQGNLIKIIKPVQQQLF

>TTHERM_00431310(gene)
ATAATAAAAATTAAAAAAAGAGAAAAAAGAAGAAATATTTATCACAAAATTTGGCAAACA
TTATTAATTAATTAAATCATTCATTCATTGATTAATTTATATCATTTGAATAAGATTTTT
ATTTAGCAAATCACTCATTAAAAAAAAAATATTTATATATTAATAAAAATTTAGCTATCA
ATAATGTTAAATCCTGCAACTCAATCAAACCACATAAAAACAAGTAGCGATATTCTTTAG
GAATTTAATTAGAAGCACTATGGAAGCTAAGAATTTAGACCATCAGTAGTTCAAATCAAC
CACTAAACTAAAAGTGCAGTGACACATAGTAATCACAATTTAAGTAATCATGATGCAATA
AATTAATCAAACTAGTATTTTACTCCTTAGCCTTCCTCTCAAATTCAATAACAAAACAAT
ATAGCAAAAAGCAATGTCTATAATGATACTTACTAAAGCAATAACGGTATTCAACAAAGC
AATTACAAAGCTTACGTTTAGGATAATTAGTCAAAGATTCAAAAACCCAATCAATTGCAA
CAATAATAAGCTCAATAATTTAGCTAAAATAACTAAGTTTCTAACAACATATTCCTTAGT
GGCATATAACAAAACTAAAATCCTCCACGCAGTGATAATTTATATTCAATTAGCAGTAGA
ATTGAAGAACATTAAAGATTATCTTAGAAAAAAGCTAGCAACAAATTGTATGATTCGTTT
ATTGGAAAAGAAAAAGACTTAGAATCTTCATTCACAAACGGCAACGAAAATAGTAAGAAA
GCTAATTAGTTCAATGATAATTTAGGAAAAGATTTTAAGCAGATGACTTCAAGAGAAATT
GGATAAAGTTTGTTACAATAAGAATAAAAAAGATACTTTAGTCCTGCCTCTCCTGAGTAG
TTGTAAAATATAATTACTTTAAAGAGAAATAGAGGAGTCTACAAAGGACAAGTTAAGTAA
ATTAAAGGCGAAAATGTTTTAGAAGGTATTGGCCAAATGGAAATGTTTAACGGAGATATA
TATATGGGCTATTTCTGGAGAAACTATATGCATGGTGATGGCTACCTCTTAAAACAAAAT
GGTGATTTCTATAACGGAAAATTCTAGAACGATAAAATCCAAGGATTTGGTAGATATTAT
TATATTAATGGTGATCTCTATGAAGGAAATTTCTATTATGGTGTAAGACAATCAGAAAAT
GCAAAATTCTACTCAGCAGCTGAAGATGCCTGGTATGAAATCCCTTTCGATCAAGATAGA
AAGCATGGAAAAGGATAAAGAAAAGATAATTAAGGCGTCGTTTTAAACGTTGAATTCTTT
TAAGATGTGCTATAAACTGGTGACAATGTGAATGTAATAAATAAATAAATATTTTTATTT
GAAAAAAAAGCTATTTTTATTTACGTTATTTAACTATAAATAAATTAAAGATAAGTCAAG
TAAACTTGAATGATTATTTTGTAAGTAAAATCAAAGAAGAAGTTTTGTAAGAAAATAAAT
TTATTAATTTATTAGTTTGAGTTAGTTAATTCATGATATTCAATTAATAGGTATGAAAAT
TAACCAGTAAAAGAAGAAGTAGTTAAACGCACAAAGAAAGAATAAAAGCCCAAAGATATT
CACTATTAAGCTATGCAAGAATTAGAAGGATTCATTAAAGAGGGATTGCCAATCTATTCA
TTTGAGCAATAACTCTCGAATCCTATTTAAGGCTAAGCAATTTACAAGTAACCTATTACA
AGATTAGCAATTTTCATTAACTCAATCAATCTCTATTTTAAAATAGATTTTAAGATGGCT
CTTATTACGCAGGAAATTGGTTAAATGGTGTCTTCCACGGATTTGGTCATTACTATGATT
CAAAAGTTGGTTTGTATAAAGGTGATTTTATTTAAGGATTAAAGAATGGCTTTGCTGATA
TGTTTTACTTCAATGGTGATGAATATCATGGAATGTGGGTGCAAGATTTAAAGCATGATG
AAAAGGCATAATATTTTAAATTTAGTAAACAACAAGCATATGAAGCATATTTTAGCCAAG
GAAACTTGATTAAGATAATAAAACCTGTCTAATAGCAATTATTCTGA