Identifiers and Description

Gene Model Identifier

TTHERM_00456820

Standard Name

RRM26 (RNA Recognition Motif-containing protein 26)

Aliases

PreTt20312 | 53.m00214 | 3712.m00074

Description

RRM26 RNA recognition motif protein

Genome Browser (Macronucleus)

Full Screen View

No Genome Browser Data Present

Genome Browser (Micronucleus)

Full Screen View

No Genome Browser Data Present

External Links

• Uniprot
• Alphafold

Gene Ontology Annotations

No Data fetched for Gene Ontology Annotations

Domains

• ( PF00076 ) RNA recognition motif
• ( TIGR01628 ) polyadenylate binding protein, human types
• ( TIGR01649 ) hnRNP-L/PTB/hephaestus splicing factor family

Gene Expression Profile

Vegetative Cell Cycle (Zhang et al., 2023)

GeneMania

No results were calculated for this gene in GeneMania.

Tetrahymena Stock Center

No Data fetched for Tetrahymena Stock Center

Homologs

Source	Identifier	Score
Tetrahymena borealis	EI9_13774.1	9.997093137033517e-262
	Description: hypothetical protein (862 aa)
WormBase	WBGene00013353	9.997093137033517e-262
	Description: status:Partially_confirmed UniProt:Q9GRY3 protein_id:CAC14416.3
WormBase	WBGene00004207	0.00000000002000577768187062
	Description: locus:ptb-1 status:Confirmed UniProt:Q8T3E6 protein_id:CAD30435.1
Tetrahymena borealis	EI9_18292.1	0.00000000002000577768187062
	Description: hypothetical protein (472 aa)
SGD	YER165W	0.00006000996057121373
	Description: PAB1 Poly(A) binding protein, part of the 3-end RNA-processing complex, mediates interactions between the 5 cap structure and the 3 mRNA poly(A) tail, involved in control of poly(A) tail length, interacts with translation factor eIF-4G

General Information

No Data fetched for General Information

Associated Literature

No Data fetched for Associated Literature

Sequences

>TTHERM_00456820(coding)
ATGGCTAATAATTCCTCTTCTAAATTTGTTTATGTAGAAAGTGATATTGTAACTCCTGAC
TATAGTGGCAGAAGAAGCTAAAAGACTACAATATCCGATGTTTCAGTAAAAAAGAGAGTT
TTACTCGTTTGCGTTTACAATAAAAAGGGCACTCTCATAACTCATGATATTATTTATAGG
CTTTTCATGAAATACGGAGAGATATATAAAATCCTTATTTTTGATAAATGTAAAAATTGG
AAAATTTTTGTAGAAATGGCCACCCTTGAATAAGCAGAGAAAGCTAGAGATGGTCTTAAC
AACTATTAATTATTTGACGATGGCTCAAAGATGACAGTTTATTATGCTAAAGTTGATCAA
ATTGTATTTTAAAATAATAATTCTGGCGGAGTTGACTATCGTGAGTTAAAACAAAGAAAA
GTTAATTAAATAAGTAACTTTTAATCAAACGGAGTCATAAATTCTGCCTCTAATTTGTCA
AAGTAAGTATTAGGAGGTAGTCCCAACTTTAATCCTCTCTCTGCAGATTAGTTAGCCAAA
AAAGCCATTAATTTGAATGGTTCTTAGAGAAATTCTATTTTAAATGGTCTTGGTGATAAC
CATAATTCTATAGAAAAACACCGTAATAACTCGTTTGACTATAGTGAGCTATATAGAAAA
TTTGAAAGTGTACCAAATACAAGAGTATCACCTTAACATGGCAGCATTATAGGAGGAAAA
AAGAATTCTCTATTTTAGAATATATAGCCAATATAGATTACCCAAGAAAACAAAAACGTT
TAAGTAGAGGTTATGAACGACCCTAATATGCAAAACTCAAACAATGATCTTTCAAATTAT
GAGTTTGATGATGCAAACATGAATTAAATCTAGTAAAATATCTAAAAGATAGATATAAGC
AATAGCTAGGATTAATTAGATATAGGTAGTTCAAGAATTGATAACAACAGTCCCTAAAGT
GAAAAAGATGTTGATAAGTAAAACTAAAATGGTCCCTTAAATTTTAAGAGTAGCAATGAC
TACAAATCTGGCAGCAATACCGCAGTTGTAAGTAGCAATAATTTTAACAATGAATGTGGA
AGTAATCATCTCATCCTACCTTTTGGAAATCAACCTAATTAAAATTATACAAACAATAAC
GAGATAGGCAGCTTTTCTTCTACAAGTAACAACAACCCTGAAAATCTAATTGGAAACACT
TAACTTGGCTTATTCAACAAAGGTTATAAGTTGGAAGACGAAGATGATTACGAAGCCTAA
GAGGATGATTAAAAATCAGATGGAGAATAAATCCATCCAGATAGGATCAAAAATGGCGAA
GGGATCGAAAATGTTGGAGGAACGATCTCAAATGATATAGATCCTAGTAGATATATAAAT
CCTTTATATATACTAGAAAATAAAAAATCTAGAGTAATCTATGTCCGTGGTTTAGAGAAA
AAGAATCTAACTACTAAAAAGATATATAATCTCTTCAGTAATTTTGGTAATATTGAATTA
ATTCTATATTTTACTGAAAAGAAGTATTGTTTGATTCAATTCGAAACCCAAGAAGATGCA
ACAATTGCAAAAGAGCATTTGGATAACTTGAAGGTGGAATCTAATTAAATGAGAATTTTT
TACTCAAACTATGAGACTATCAAAGAAAATCAAGAGGGTGAAAAGTAATGCGAAGTATGG
AAAGGTGAGAAAAGCAGCTTCCGCTTCCGTTATGGCAAACAAATATCAATTAATCCTGTT
ACCAACACACTCCATGTGTCCAACTTGAAGTAGGATACCTGTAAGCAAGAAGTTATCAAT
GAAAAGTTTTCTTTATATGGGTAAATAGAAGGCTTCCATCCAATTCAAAATTAAAATAAA
TATATGTGTCATGTTAAATTCTCCACCTCAGAAGAAGCTATAAATGCTCTTTGTAATCTT
CATGAAGAAGAGATTCTTGGTCGTAAGATGCACATTTCTTTCACAAGAGCTAGAATTTCT
CCTTAATAAACACCTGATGGACCTCTTGCATCTAATAATAGTAATAACAATAATATCAGC
AACAATAACAATAATATCAATAACATCAATTATTCTAACTATAGAAGAAACTCTAACTAA
AATAATATCAATATGAATAATCCTAATGGAAACTAAAATTTAAATTCTTCCCCTTAAATT
TTGAAAAATGGTAATCTTCGAAAAAACTCTATTTAAATGAACAATCTTCAAAAGAACATT
ACTAACAATGATCCTATTAATGATGTAAAGCAAACTTTAAAAATCTTAAATGATGATGAG
GACTATAAAAATAACCATTAGCAAGTAGTCTACCCCTACTAAGCCCATTCTGTTTTATTG
CAATAACCACAATATTATTAATAACCGATCACATACATTCAAACTGCTCCTATTGTTTTC
TAAGGTTTAAATCAAATGCATCCAAACTAATAAAATTAATTAGGTTATTACGCTTCATAT
CCTCATTAACAATAACATATGAACAATCCTATTAATATGCAAAGTAAAAACTTTACTTTA
TTTAAGTGA

>TTHERM_00456820(gene)
ATGGCTAATAATTCCTCTTCTAAATTTGTTTATGTAGAAAGTGATATTGTAACTCCTGAC
TATAGTGGCAGAAGAAGCTAAAAGACTACAATATCCGATGTTTCAGTAAAAAAGAGAGTT
TTACTCGTTTGCGTTTACAATAAAAAGGGCACTCTCATAACTCATGATATTATTTATAGG
CTTTTCATGAAATACGGAGAGATATATAAAATCCTTATTTTTGATAAATGTAAAAATTGG
AAAATTTTTGTAGAAATGGCCACCCTTGAATAAGCAGAGAAAGCTAGAGATGGTCTTAAC
AACTATTAATTATTTGACGATGGCTCAAAGATGACAGTTTATTATGCTAAAGTTGATCAA
ATTGTATTTTAAAATAATAATTCTGGCGGAGTTGACTATCGTGAGTTAAAACAAAGAAAA
GTTAATTAAATAAGTAACTTTTAATCAAACGGAGTCATAAATTCTGCCTCTAATTTGTCA
AAGTAAGTATTAGGAGGTAGTCCCAACTTTAATCCTCTCTCTGCAGATTAGTTAGCCAAA
AAAGCCATTAATTTGAATGGTTCTTAGAGAAATTCTATTTTAAATGGTCTTGGTGATAAC
CATAATTCTATAGAAAAACACCGTAATAACTCGTTTGACTATAGTGAGCTATATAGAAAA
TTTGAAAGTGTACCAAATACAAGAGTATCACCTTAACATGGCAGCATTATAGGAGGAAAA
AAGAATTCTCTATTTTAGAATATATAGCCAATATAGATTACCCAAGAAAACAAAAACGTT
TAAGTAGAGGTTATGAACGACCCTAATATGCAAAACTCAAACAATGATCTTTCAAATTAT
GAGTTTGATGATGCAAACATGAATTAAATCTAGTAAAATATCTAAAAGATAGATATAAGC
AATAGCTAGGATTAATTAGATATAGGTAGTTCAAGAATTGATAACAACAGTCCCTAAAGT
GAAAAAGATGTTGATAAGTAAAACTAAAATGGTCCCTTAAATTTTAAGAGTAGCAATGAC
TACAAATCTGGCAGCAATACCGCAGTTGTAAGTAGCAATAATTTTAACAATGAATGTGGA
AGTAATCATCTCATCCTACCTTTTGGAAATCAACCTAATTAAAATTATACAAACAATAAC
GAGATAGGCAGCTTTTCTTCTACAAGTAACAACAACCCTGAAAATCTAATTGGAAACACT
TAACTTGGCTTATTCAACAAAGGTTATAAGTTGGAAGACGAAGATGATTACGAAGCCTAA
GAGGATGATTAAAAATCAGATGGAGAATAAATCCATCCAGATAGGATCAAAAATGGCGAA
GGGATCGAAAATGTTGGAGGAACGATCTCAAATGATATAGATCCTAGTAGATATATAAAT
CCTTTATATATACTAGAAAATAAAAAATCTAGAGTAATCTATGTCCGTGGTTTAGAGAAA
AAGAATCTAACTACTAAAAAGATATATAATCTCTTCAGTAATTTTGGTAATATTGAATTA
ATTCTATATTTTACTGAAAAGAAGTATTGTTTGATTCAATTCGAAACCCAAGAAGATGCA
ACAATTGCAAAAGAGCATTTGGATAACTTGAAGGTGGAATCTAATTAAATGAGAATTTTT
TACTCAAACTATGAGACTATCAAAGAAAATCAAGAGGGTGAAAAGTAATGCGAAGTATGG
AAAGGTGAGAAAAGCAGCTTCCGCTTCCGTTATGGCAAACAAATATCAATTAATCCTGTT
ACCAACACACTCCATGTGTCCAACTTGAAGTAGGATACCTGTAAGCAAGAAGTTATCAAT
GAAAAGTTTTCTTTATATGGGTAAATAGAAGGCTTCCATCCAATTCAAAATTAAAATAAA
TATATGTGTCATGTTAAATTCTCCACCTCAGAAGAAGCTATAAATGCTCTTTGTAATCTT
CATGAAGAAGAGATTCTTGGTCGTAAGATGCACATTTCTTTCACAAGAGCTAGAATTTCT
CCTTAATAAACACCTGATGGACCTCTTGCATCTAATAATAGTAATAACAATAATATCAGC
AACAATAACAATAATATCAATAACATCAATTATTCTAACTATAGAAGAAACTCTAACTAA
AATAATATCAATATGAATAATCCTAATGGAAACTAAAATTTAAATTCTTCCCCTTAAATT
TTGAAAAATGGTAATCTTCGAAAAAACTCTATTTAAATGAACAATCTTCAAAAGAACATT
ACTAACAATGATCCTATTAATGATGTAAAGCAAACTTTAAAAATCTTAAATGATGATGAG
GACTATAAAAATAACCATTAGCAAGTAGTCTACCCCTACTAAGCCCATTCTGTTTTATTG
CAATAACCACAATATTATTAATAACCGATCACATACATTCAAACTGCTCCTATTGTTTTC
TAAGGTTTAAATCAAATGCATCCAAACTAATAAAATTAATTAGGTTATTACGCTTCATAT
CCTCATTAACAATAACATATGAACAATCCTATTAATATGCAAAGTAAAAACTTTACTTTA
TTTAAGTGA

>TTHERM_00456820(protein)
MANNSSSKFVYVESDIVTPDYSGRRSQKTTISDVSVKKRVLLVCVYNKKGTLITHDIIYR
LFMKYGEIYKILIFDKCKNWKIFVEMATLEQAEKARDGLNNYQLFDDGSKMTVYYAKVDQ
IVFQNNNSGGVDYRELKQRKVNQISNFQSNGVINSASNLSKQVLGGSPNFNPLSADQLAK
KAINLNGSQRNSILNGLGDNHNSIEKHRNNSFDYSELYRKFESVPNTRVSPQHGSIIGGK
KNSLFQNIQPIQITQENKNVQVEVMNDPNMQNSNNDLSNYEFDDANMNQIQQNIQKIDIS
NSQDQLDIGSSRIDNNSPQSEKDVDKQNQNGPLNFKSSNDYKSGSNTAVVSSNNFNNECG
SNHLILPFGNQPNQNYTNNNEIGSFSSTSNNNPENLIGNTQLGLFNKGYKLEDEDDYEAQ
EDDQKSDGEQIHPDRIKNGEGIENVGGTISNDIDPSRYINPLYILENKKSRVIYVRGLEK
KNLTTKKIYNLFSNFGNIELILYFTEKKYCLIQFETQEDATIAKEHLDNLKVESNQMRIF
YSNYETIKENQEGEKQCEVWKGEKSSFRFRYGKQISINPVTNTLHVSNLKQDTCKQEVIN
EKFSLYGQIEGFHPIQNQNKYMCHVKFSTSEEAINALCNLHEEEILGRKMHISFTRARIS
PQQTPDGPLASNNSNNNNISNNNNNINNINYSNYRRNSNQNNINMNNPNGNQNLNSSPQI
LKNGNLRKNSIQMNNLQKNITNNDPINDVKQTLKILNDDEDYKNNHQQVVYPYQAHSVLL
QQPQYYQQPITYIQTAPIVFQGLNQMHPNQQNQLGYYASYPHQQQHMNNPINMQSKNFTL
FK