Identifiers and Description

Gene Model Identifier

TTHERM_00353440

Standard Name

RRM12 (RNA Recognition Motif-containing protein 12)

Aliases

PreTt05358 | 36.m00322 | 3703.m00181

Description

RRM12 transmembrane protein putative

Genome Browser (Macronucleus)

Genome Browser (Micronucleus)

Gene Ontology Annotations

No Data fetched for Gene Ontology Annotations

Domains

• ( PF05672 ) E-MAP-115 family
• ( TIGR01622 ) splicing factor, CC1-like family
• ( PF00076 ) RNA recognition motif. (a.k.a. RRM,

Gene Expression Profile

• Tetrahymena Functional Genomics Database:

Change in Gene Expression

TMHMM

TMHMM

Signal Peptide

Signal Peptide Present?: No
Presense Probability: 19.5%

TetraMine Data

TTHERM_00353440

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_09853.1	1.0002124404074584e-26	hypothetical protein (578 aa)

General Information

No Data fetched for General Information

Associated Literature

No Data fetched for Associated Literature

Sequences

>TTHERM_00353440(coding)
ATGAAAATAAATTTTAATTTAATATTTATTTATTCATTTTTATATTCATATTCCAAATTA
TATATAGCCTGTATATTTATTATAAAAACTTCTTTCTTTCTTACTCCAATCTTTTAAATT
ACAGGCACACTTTTAATTAATTTCAAACTATTTAAATAAATTTTAATTACAATAAAAAAT
TCCTTGATTGAAATGGAAAAAAATTAGAATGACCTTTAGGCAATTTATAACTTAGTATCT
AAAAGATACCTGTAGCTCAAGAGAGAAAGTAAAAGCATAAAGTAAGAATATCAGAGTCCT
TTAAATAACTCTGATGAAGATTCAATAAACACCAGGAGTTGCTTAAAGCATAAAATTGAT
TCAAAGAACAAATCATACTTCAGTAGTAAGAAACAATTAGTCTCACAGTAAGAATTCAAA
AACTACTAAGATGAATATAAAAAAGCTTTTATTGGAAGAGAAAAGGCATTTTACATCAAA
TATAAAAATGATTTAAATGCAATTAAATTTTTAAAACACTGCCTATTTAGCCAAATAAAC
TAGTTAGATTTCAGCTAGTGTGTGTAGGGAAATAACTTATGCCTACAAAAAAAGGATTTA
AGAACTAGAATGAAAGAAGTTTATTCATATATAAATCAAAAACAAATTATGGTGTTTCTT
ATTTTAGGACTAGTTATGTTTGGATACAATTTATGGAACTAGTATCAAGAAATCATAATA
GAAAAGAAGACTTTGGATGAGTTTAGGTTAAGGTATGAAAACGAAAGTGAAGCTTTGTAT
TAGATTTTAAAACAAAAACATGCTCTCTATGAAAAAATAAAAAGGCACAAAGATTTTGGG
ATAATTTAATCATTGCTAAATAGATAAATCAAGCTAAAATTTTCTTTTATTTTTGGAGTA
CTTTCTTTACTGCTGAGTCTATTCAAAGCACTATTTTACCACTTTTCTCATAATAAAATA
AGACCTATGCCCTTATTTTAAGGATTAAATATAGAATTGCAAAAGTAGTACTTAAACCAA
GCTAAAATCTCTCAGTAAAATTAAGATAAACCTAAAATAGTTGATCCTCAATAGATTTCA
TAGATATTTTAATAGTAAAAAATGGTAAAAGAGCAAAAGTTCATGGACATTTTCAACTAG
TAAAAAGAATATATTTTAAAAAGATAGCATGAAGAGTTGATAAAAAAAGAAATACTAGAA
TAGAAAAAAAATCAACTACTTCAATAGCTAAATTATTTAAATAAATAAAAGCAGGTCAGT
TAAGAAAAAAAAAGGTAAAATCAAAGAAACACTCTCAGTATGTGTAGCTTTTAAAATAGT
GAAACTGATAATAATGAAAACCATGAATAACTAAGTTTTGTTAGTCAACATTATAATTAT
GATCAATTTCATCAAAGTGAAGATGAAGATTATGATCTTCCATAATTTGGATAAAAAAAA
TCTATTAATCAACTTAATAAATTTCCAAAGAGAAGTAAATTAACTATCTAGCCTAAATAA
TAATTCAATAACTCTATGCACATCAGATCTAAATCTATTGGAAGCGTTTTTTAAATAATC
AATACTAAAAATGAATCTGAGTCATATAAATATTGTGAAAGATTATTTTGA

>TTHERM_00353440(protein)
MKINFNLIFIYSFLYSYSKLYIACIFIIKTSFFLTPIFQITGTLLINFKLFKQILITIKN
SLIEMEKNQNDLQAIYNLVSKRYLQLKRESKSIKQEYQSPLNNSDEDSINTRSCLKHKID
SKNKSYFSSKKQLVSQQEFKNYQDEYKKAFIGREKAFYIKYKNDLNAIKFLKHCLFSQIN
QLDFSQCVQGNNLCLQKKDLRTRMKEVYSYINQKQIMVFLILGLVMFGYNLWNQYQEIII
EKKTLDEFRLRYENESEALYQILKQKHALYEKIKRHKDFGIIQSLLNRQIKLKFSFIFGV
LSLLLSLFKALFYHFSHNKIRPMPLFQGLNIELQKQYLNQAKISQQNQDKPKIVDPQQIS
QIFQQQKMVKEQKFMDIFNQQKEYILKRQHEELIKKEILEQKKNQLLQQLNYLNKQKQVS
QEKKRQNQRNTLSMCSFQNSETDNNENHEQLSFVSQHYNYDQFHQSEDEDYDLPQFGQKK
SINQLNKFPKRSKLTIQPKQQFNNSMHIRSKSIGSVFQIINTKNESESYKYCERLF

>TTHERM_00353440(gene)
ATGAAAATAAATTTTAATTTAATATTTATTTATTCATTTTTATATTCATATTCCAAATTA
TATATAGCCTGTATATTTATTATAAAAACTTCTTTCTTTCTTACTCCAATCTTTTAAATT
ACAGGCACACTTTTAATTAATTTCAAACTATTTAAATAAATTTTAATTACAATAAAAAAT
TCCTTGATTGAAATGGAAAAAAATTAGAATGACCTTTAGGCAATTTATAACTTAGTATCT
AAAAGATACCTGTAGCTCAAGAGAGAAAGTAAAAGCATAAAGTAAGAATATCAGAGTCCT
TTAAATAACTCTGATGAAGATTCAATAAACACCAGGAGTTGCTTAAAGCATAAAATTGAT
TCAAAGAACAAATCATACTTCAGTAGTAAGAAACAATTAGTCTCACAGTAAGAATTCAAA
AACTACTAAGATGAATATAAAAAAGCTTTTATTGGAAGAGAAAAGGCATTTTACATCAAA
TATAAAAATGATTTAAATGCAATTAAATTTTTAAAACACTGCCTATTTAGCCAAATAAAC
TAGTTAGATTTCAGCTAGTGTGTGTAGGGAAATAACTTATGCCTACAAAAAAAGGATTTA
AGAACTAGAATGAAAGAAGTTTATTCATATATAAATCAAAAACAAATTATGGTGTTTCTT
ATTTTAGGACTAGTTATGTTTGGATACAATTTATGGAACTAGTATCAAGAAATCATAATA
GAAAAGAAGACTTTGGATGAGTTTAGGTTAAGGTATGAAAACGAAAGTGAAGCTTTGTAT
TAGATTTTAAAACAAAAACATGCTCTCTATGAAAAAATAAAAAGGCACAAAGATTTTGGG
ATAATTTAATCATTGCTAAATAGATAAATCAAGCTAAAATTTTCTTTTATTTTTGGAGTA
CTTTCTTTACTGCTGAGTCTATTCAAAGCACTATTTTACCACTTTTCTCATAATAAAATA
AGACCTATGCCCTTATTTTAAGGATTAAATATAGAATTGCAAAAGTAGTACTTAAACCAA
GCTAAAATCTCTCAGTAAAATTAAGATAAACCTAAAATAGTTGATCCTCAATAGATTTCA
TAGATATTTTAATAGTAAAAAATGGTAAAAGAGCAAAAGTTCATGGACATTTTCAACTAG
TAAAAAGAATATATTTTAAAAAGATAGCATGAAGAGTTGATAAAAAAAGAAATACTAGAA
TAGAAAAAAAATCAACTACTTCAATAGCTAAATTATTTAAATAAATAAAAGCAGGTCAGT
TAAGAAAAAAAAAGGTAAAATCAAAGAAACACTCTCAGTATGTGTAGCTTTTAAAATAGT
GAAACTGATAATAATGAAAACCATGAATAACTAAGTTTTGTTAGTCAACATTATAATTAT
GATCAATTTCATCAAAGTGAAGATGAAGATTATGATCTTCCATAATTTGGATAAAAAAAA
TCTATTAATCAACTTAATAAATTTCCAAAGAGAAGTAAATTAACTATCTAGCCTAAATAA
TAATTCAATAACTCTATGCACATCAGATCTAAATCTATTGGAAGCGTTTTTTAAATAATC
AATACTAAAAATGAATCTGAGTCATATAAATATTGTGAAAGATTATTTTGA