Identifiers and Description

Gene Model Identifier

TTHERM_00471440

Standard Name

MRNO47 (Membrane Occupation and Recognition Nexus protein other)

Aliases

PreTt22554 | 56.m00258 | 3686.m00101

Description

MORN motif protein

Genome Browser (Macronucleus)

Genome Browser (Micronucleus)

Gene Ontology Annotations

No Data fetched for Gene Ontology Annotations

Domains

• ( PF02493 ) MORN repeat

Gene Expression Profile

• Tetrahymena Functional Genomics Database:

Change in Gene Expression

TMHMM

TMHMM

Signal Peptide

Signal Peptide Present?: No
Presense Probability: 10.1%

TetraMine Data

TTHERM_00471440

WebApollo

Fullscreen View

Tetrahymena Stock Center

No Data fetched for StockID

Homologs (v.2006 protein sequences)

Source	Identifier	Score	Description
Tetrahymena borealis	EI9_11296.1	9.997093137033517e-262	hypothetical protein (431 aa)
Oxytricha	Contig6341.0.g26	3.00039543526891e-44	MORN repeat
Stentor Coeruleus	SteCoe_21310	5.900090541597061e-29
DictyBase	DDB_G0349488	1.999598840915195e-17	DDB_G0349488 on chromosome: 2 position 6912714 to 6914186
WormBase	WBGene00002179	0.0000000000010000211161514907	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_00471440(coding)
ATGTAGAATCTTCATACAGTTTAAAGCGAGCCTGATGAAGCAAATAACGCTTAAATGCTA
AGTGAACATTAAGAAAAACTCATTTAGGAAAAGGAAGATATTATTTTTTCTTTTAGGAAA
GAGTATCTTGTTGATAACAATGATTAGTATTAGATTGGCATAGCATCTAAAATCTATTAA
GATGGATCTAAATATGAGGGACTTATAAAGGATAATAAAAGAAATGGTAAAGGAATATTT
TACTACTCAAATGGTGATGTCTATGCTGGTTGTTGGTAGAATGATAAATTTCATGGTAGA
GGATTTTACATATTTCAAAACGGAGAGAGATATGAAGGTGATTTACTCAATGGTTTAAAG
CATGGAAGTGGGAAATATATATACTTAAATATGAACATTTTTGAAGGAATGTGGATTAAA
GATAAAAAACATGGAAAAGGAATGATAAATTATCAACTTACAGGAGAGTCTTACGATGGA
GAATGGAAGAATAATGAAAGATCAGGAAATGGAACCTATAAATATTCCACTGGAGATACA
TTTTCAGGGGAATGGGTTAAGGGTAAAAAAGAAGGATTTGGAGAAATGCTATACGCTAAC
GGCTCTAAATACACTGGAGAGTGGCAAAGAGATAAAATAAATGGCAAAGGAGTAATGCTT
TACGGCTCTAATGAAAAATATGATGGAGAATGGTTTAATGGAAATAAACATGGATAAGGT
GTGTATACTTTTAGTGACGGAGGTAGGTATGTAGGAACCTTTTCTAATGGTCTCCCTGAT
GGAAAAGGAGTCAGAGTATTTTTTAATAATGATAGATATGAAGGTGAGTATAGAGAAGGA
AAATAAAATGGAAACGGAATACTCTACTATGAAAATGGTGATACATATAATGGAAATTGG
GTTAAAGACAGCCAAGAAGGTTAAGGAAAAATGAATTATTCAAATGGAGATTTTTATGAA
GGATAGTGGGTAAATAATAAAAGAGAAGGGAAAGGAAAGTACTATTACTATTCATCCTAA
GAAACATATGAAGGAGATTGGGTGGATAATATAAGATAAGGTTATGGGATATATACATGG
AGCAATGGCGATAAATATAAAGGAGAGTGGAGAAATAATTAAATGAATGGGAATGGAGAA
GTAATATTTTCATAAGAATAAAAAGTAGAAAAAGGAGTATTCTAAAATGGATTGCTTGTA
TGA

>TTHERM_00471440(protein)
MQNLHTVQSEPDEANNAQMLSEHQEKLIQEKEDIIFSFRKEYLVDNNDQYQIGIASKIYQ
DGSKYEGLIKDNKRNGKGIFYYSNGDVYAGCWQNDKFHGRGFYIFQNGERYEGDLLNGLK
HGSGKYIYLNMNIFEGMWIKDKKHGKGMINYQLTGESYDGEWKNNERSGNGTYKYSTGDT
FSGEWVKGKKEGFGEMLYANGSKYTGEWQRDKINGKGVMLYGSNEKYDGEWFNGNKHGQG
VYTFSDGGRYVGTFSNGLPDGKGVRVFFNNDRYEGEYREGKQNGNGILYYENGDTYNGNW
VKDSQEGQGKMNYSNGDFYEGQWVNNKREGKGKYYYYSSQETYEGDWVDNIRQGYGIYTW
SNGDKYKGEWRNNQMNGNGEVIFSQEQKVEKGVFQNGLLV

>TTHERM_00471440(gene)
ATGTAGAATCTTCATACAGTTTAAAGCGAGCCTGATGAAGCAAATAACGCTTAAATGCTA
AGTGAACATTAAGAAAAACTCATTTAGGAAAAGGAAGATATTATTTTTTCTTTTAGGAAA
GAGTATCTTGTTGATAACAATGATTAGTATTAGATTGGCATAGCATCTAAAATCTATTAA
GATGGATCTAAATATGAGGGACTTATAAAGGATAATAAAAGAAATGGTATTAATAGTAAA
ATGTATAATAATTAATAACTATTTTATATAAAGGTAAAGGAATATTTTACTACTCAAATG
GTGATGTCTATGCTGGTAAATTGACTATAGTCTTAAATTTTTAACTCAATTTTTAATCTA
TAAATAAATAGGTTGTTGGTAGAATGATAAATTTCATGGTAGAGGATTTTACATATTTCA
AAACGGAGAGAGATATGAAGTAAATAAATTTATATTTTTAATAGCTATTAATTATTTAAC
TGCTAAAAAAAATACAAGGGTGATTTACTCAATGGTTTAAAGCATGGAAGTGGGAAATAT
ATATACTTAAATATGAACATTTTTGAAGGAATGTGGATTAAAGATAAAAAACATGGAAAA
GGAATGATAAATTATCAACTTACAGGTTCATCTAAATTCAGATATCTAAGAAAAATTAAA
GTCTCTTTTATATTTATTTATAGGAGAGTCTTACGATGGAGAATGGAAGAATAATGAAAG
ATCAGGAAATGGAACCTATAAATATTCCACTGGTATAAAAATTATTATATTTTTTATTGT
TGAAACATGTAAAAACTTACTTCTAACAGATAAATTTGTAAACACTACAAAAAATTAAGA
TATAAAATTTTTATTTACTGATTTGTTAAATGAAGTTTTGAATTTTATTAAAAAATATTT
ATATTATGTTTAATTAAGGAGATACATTTTCAGGGGAATGGGTTAAGGGTAAAAAAGAAG
GATTTGGAGAAATGCTATACGCTAACGGCTCTAAATACACTGGAGAGTGGCAAAGAGATA
AAATAAATGGCAAAGGAGTAATGCTTTACGGCTCTAATGAAAAATATGATGGAGAATGGT
GAATTGACTATTTATTTATTTTTATTAAATTATTTATTAAAAAGTAAATATTTTACAATT
AGGTTTAATGGAAATAAACATGGATAAGGTGTGTATACTTTTAGTGACGGAGGTAGGTAT
GTAGGAACCTTTTCTAATGGTCTCCCTGATGGAAAAGGAGTCAGAGTATTTTTTAATAGT
AAATTATTAGAATATTTACTTTTAAGTTATATAATATCTAAATTTAAGATGATAGATATG
AAGGTGAGTATAGAGAAGGAAAATAAAATGGAAACGGAATACTCTACTATGAAAATGGTG
ATACATATAATGGAAATTGGGTTAAAGACAGCCAAGAAGGTTAAGGAAAAATGAATTATT
CAAATGGAGATTTTTATGAAGGATAGTGGGTAAATAATAAAAGAGGTATGAATTTTTCTT
ATTAGTTCATTTTCAAATATTTTTGTTAAATTTAGAAGGGAAAGGAAAGTACTATTACTA
TTCATCCTAAGAAACATATGAAGGAGATTGGGTGGATAATATAAGATAAGGTTATGGGAT
ATATACATGGAGGTATTTTATTAATATTATTTTTTTTATGTGTGTTTTAAATGGATATTT
TTACCTTTATTTAATGAATTTATAGCAATGGCGATAAATATAAAGGAGAGTGGAGAAATA
ATTAAATGAATGGGAATGGAGAAGTAATATTTTCATAAGAATAAAAAGTAGAAAAAGGAG
TATTCTAAAATGGATTGCTTGTATGA