Identifiers and Description

Gene Model Identifier

TTHERM_00136410

Standard Name

Anqa13

Aliases

PreTt24366 | 10.m00415 | 3698.m00134

Description

Tesmin/TSO1-like CXC domain containing protein. Homolog of Lin54. Tetrahymena contains at least 14 Lin54-like genes (Anqa1-14) (Nabeel-Shah et al. 2021).

Genome Browser (Macronucleus)

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Genome Browser (Micronucleus)

GBrowse

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: 10.6%

TetraMine Data

TTHERM_00136410

WebApollo

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Tetrahymena Stock Center

No Data fetched for StockID

Homologs (v.2006 protein sequences)

SourceIdentifierScoreDescription
Tetrahymena borealisEI9_05807.19.997093137033517e-262tesmin/TSO1-like CXC domain-co
ntaining protein (496 aa)
OxytrichaContig21081.0.g242.000130478826482e-26Tesmin/TSO1-like CXC domain
WormBaseWBGene000030376.002718307283067e-26locus:lin-54 Protein lin-54
status:Partially_confirmed
UniProt:Q95QD7 protein_id:C
AB05229.1
DictyBaseDDB_G02815196.001696815660978e-24lin54 on chromosome: 3 positio
n 4464773 to 4467683
Stentor CoeruleusSteCoe_22580.00000000003775134544279098

General Information

No Data fetched for General Information

Associated Literature

  1. Ref:34086947: Nabeel-Shah S, Garg J, Saettone A, Ashraf K, Lee H, Wahab S, Ahmed N, Fine J, Derynck J, Pu S, Ponce M, Marcon E, Zhang Z, Greenblatt JF, Pearlman RE, Lambert JP, Fillingham J (2021) Functional characterization of RebL1 highlights the evolutionary conservation of oncogenic activities of the RBBP4/7 orthologue in Tetrahymena thermophila. Nucleic acids research ( ):

Sequences

>TTHERM_00136410(coding)
ATGTCAGCCAACGAGAATTAAGATTAAAAAGCCAAGTAGGAATAAGTACCTTAGGGTGAA
GAGAAAGTTAATTCAGATCCTACCAATAATATTAATAATAATAATAATTAGGAAAGTTTA
ACTATTTCAAAGCTTTTCGCTGACTCTCCTGCGGGTAAAAAAAGTGATTTGTTTCATGGA
GGTTAAAGCGGGAATTCAATGGGATTTTACTCTTACGTAAGAGAAAATTTGCATTTAACT
CCATAAAATCTAAACAACTCTATCAATACAAATGATATAAAGCTAAATCGTCCTCCTATG
TTGAGCATTTGGTCTGATAATGACTTCATGAAAAATAAAACTTATAATGTTTTGGATGCT
TTATTATAAAGCGTGGGATAAGATTTTTCTGAATTAACAACAAGAAGCGGCATAAATGGT
GTGAATTAGTTTCACAATCCTTTAGATTAATTTGGATTAACTAACAGCCTTTTAGTAGAT
CCATTAGGATAAAACAACAGTGCTAATTTTGATATATTTAATAGGTTCAAAGATTCTACA
AATTTATTGAATTCTTCAATTATACAACATGAATATTAAAGATAAATTAAGGAAAAGCTA
GAAGAATAATAAAAAATTAATGAAGAAAAACAATTATAGGAAAAACTAAAGCAGGAAAAA
TTAATTGCATAAAAATAAAATGGATCAAACGAAGGAACTGAATGCTAAAACGGTGAAAAT
GATAGCGATAATATTAACGATTCAGAATAAAAAGCTAGAGAAGGATGTCGTTGCAAGAAT
TCAAAGTGTCTAAAACTTTATTGTGAATGCTTCGCAAAAGGAGCTTACTGTCGTGATATT
TGTAAATGTTTGTAGTGCAGCAATACAGAAGAATGTGAAAATGAAATAAAGGAAGCGAGA
AAGGTGACTCTCACTCGTAATCCAGACGCGTTCACTTCTAAACTTGAAGTGGTTGGAACT
ATTGTCTAAGATGAAGATATTGAAGCAAATAGAGGTATGTTAGGTTACAAAAAAGGCTGC
AAGTGTAAAAGAACCTATTGCAAAAAGAAATATTGTGAATGTTACAATGCTGGAGTAAAA
TGTTCATATTTGTGTATATGTGAAAATTGTCACAACTAAGAAGATGACCCTAGTAAAGAA
AAAGATAATGCCGCCGAATAATAAGTCCATAAAAACCCAAACCACGCTGGAGGAGTAGCA
AATACTAACTAAGCTTGCACTTCAAACAACAGTAATAGTACATAAGATGGAAAAGTAACA
TCTGACTAATCTTTAGAATATAATGTTTAGCAATATTCAACTGCTAAAAAGAAAATAAAA
ACTAATTAATACGATGAGCCAGACAACTACGAAAATCATCAATTAAGCACAGATGAAAAA
ATAAACTTCCAGTTCACACCAAATTTTTCTCATAACAATAAAACAATAGATCCAAGTAGT
ATATAGATAAAAGGAATTTAATATACAGATTATAACTATAATTCATGA


>TTHERM_00136410(protein)
MSANENQDQKAKQEQVPQGEEKVNSDPTNNINNNNNQESLTISKLFADSPAGKKSDLFHG
GQSGNSMGFYSYVRENLHLTPQNLNNSINTNDIKLNRPPMLSIWSDNDFMKNKTYNVLDA
LLQSVGQDFSELTTRSGINGVNQFHNPLDQFGLTNSLLVDPLGQNNSANFDIFNRFKDST
NLLNSSIIQHEYQRQIKEKLEEQQKINEEKQLQEKLKQEKLIAQKQNGSNEGTECQNGEN
DSDNINDSEQKAREGCRCKNSKCLKLYCECFAKGAYCRDICKCLQCSNTEECENEIKEAR
KVTLTRNPDAFTSKLEVVGTIVQDEDIEANRGMLGYKKGCKCKRTYCKKKYCECYNAGVK
CSYLCICENCHNQEDDPSKEKDNAAEQQVHKNPNHAGGVANTNQACTSNNSNSTQDGKVT
SDQSLEYNVQQYSTAKKKIKTNQYDEPDNYENHQLSTDEKINFQFTPNFSHNNKTIDPSS
IQIKGIQYTDYNYNS


>TTHERM_00136410(gene)
ATGTCAGCCAACGAGAATTAAGATTAAAAAGCCAAGTAGGAATAAGTACCTTAGGGTGAA
GAGAAAGTTAATTCAGATCCTACCAATAATATTAATAATAATAATAATTAGGAAAGTTTA
ACTATTTCAAAGCTTTTCGCTGACTCTCCTGCGGGTAAAAAAAGTGATTTGTTTCATGGA
GGTTAAAGCGGGAATTCAATGGGATTTTACTCTTACGTAAGAGAAAATTTGCATTTAACT
CCATAAAATCTAAACAACTCTATCAATACAAATGATATAAAGCTAAATCGTCCTCCTATG
TAAATAATTATATTTAACTTAAGGAAAAGTTTGTAGTTAAAATAGAACTAAAAAGTTTTC
AAAATAAACCAATTCGATTAAGAAAACCAAATAAAATTAATTTATTTTTAATGTTGTTAA
TTTATTTTAATAAAGGTTGAGCATTTGGTCTGATAATGACTTCATGAAAAATAAAACTTA
TAATGTTTTGGATGCTTTATTATAAAGCGTGGGATAAGATTTTTCTGAATTAACAACAAG
AAGCGGCATAAATGGTGTGAATTAGTTTCACAATCCTTTAGATTAATTTGGATTAACTAA
CAGCCTTTTAGTAGATCCATTAGGATAAAACAACAGTGCTAATTTTGATATATTTAATAG
GTTCAAAGATTCTACAAATTTATTGAATTCTTCAATTATACAACATGAATATTAAAGATA
AATTAAGGAAAAGCTAGAAGAATAATAAAAAATTAATGAAGAAAAACAATTATAGGAAAA
ACTAAAGCAGGAAAAATTAATTGCATAAAAATAAAATGGATCAAACGAAGGAACTGAATG
CTAAAACGGTGAAAATGATAGCGATAATATTAACGATTCAGAATAAAAAGCTAGAGAAGG
ATGTCGTTGCAAGAATTCAAAGTGTCTAAAACTTTATTGTGAATGCTTCGCAAAAGGAGC
TTACTGTCGTGATATTTGTAAATGTTTGTAGTGCAGCAATACAGAAGAATGTGAAAATGA
AATAAAGGAAGCGAGAAAGGTGACTCTCACTCGTAATCCAGACGCGTTCACTTCTAAACT
TGAAGTGGTTGGAACTATTGTCTAAGATGAAGATATTGAAGCAAATAGAGGTATGTTAGG
TTACAAAAAAGGCTGCAAGTGTAAAAGAACCTATTGCAAAAAGAAATATTGTGAATGTTA
CAATGCTGGAGTAAAATGTTCATATTTGTGTATATGTGAAAATTGTCACAACTAAGAAGA
TGACCCTAGTAAAGAAAAAGATAATGCCGCCGAATAATAAGTCCATAAAAACCCAAACCA
CGCTGGAGGAGTAGCAAATACTAACTAAGCTTGCACTTCAAACAACAGTAATAGTACATA
AGATGGAAAAGTAACATCTGACTAATCTTTAGAATATAATGTTTAGCAATATTCAACTGC
TAAAAAGAAAATAAAAACTAATTAATACGATGAGCCAGACAACTACGAAAATCATCAATT
AAGCACAGATGAAAAAATAAACTTCCAGTTCACACCAAATTTTTCTCATAACAATAAAAC
AATAGATCCAAGTAGTATATAGATAAAAGGAATTTAATATACAGATTATAACTATAATTC
ATGA