Identifiers and Description

Gene Model Identifier

TTHERM_00255630

Standard Name

None

Aliases

PreTt25348 | 22.m00293

Description

DnaJ domain containing protein

Genome Browser (Macronucleus)

GBrowse

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: 10.2%

TetraMine Data

TTHERM_00255630

WebApollo

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Tetrahymena Stock Center

No Data fetched for StockID

Homologs (v.2006 protein sequences)

SourceIdentifierScoreDescription
Tetrahymena borealisEI9_10426.11.9990002532767049e-131hypothetical protein (714 aa)
OxytrichaContig16377.0.g322.9990241513684e-21DnaJ domain
SGDYNL227C2.000769134519826e-18JJJ1 Co-chaperone that stimula
tes the ATPase activity of Ssa
1p, required for a late step o
f ribosome biogenesis; associa
ted with the cytosolic large r
ibosomal subunit; contains a J
-domain; mutation causes defec
ts in fluid-phase endocytosis
DictyBaseDDB_G02865799.00276429344018e-18dnaja5 on chromosome: 4 positi
on 4649529 to 4651430
WormBaseWBGene000010317.003160085026828e-16locus:dnj-13 status:Confirme
d UniProt:Q20774 protein_i
d:CAA91334.1
Stentor CoeruleusSteCoe_264100.00000000000009357622968840175

General Information

No Data fetched for General Information

Associated Literature

No Data fetched for Associated Literature

Sequences

>TTHERM_00255630(coding)
ATGAGTGGAAAAAAATAGTGTTTTTATGAGGTTTTAGGAGTTTAAAAAACTGCTTCCGTT
GATGAAATTAAAAAAGCATACAGAAAGCTTGCTTTGAAATGGCATCCTGATAAAAATTTG
AATAACAAAAAAGAAGCTGAAGAAAAGTTTAAAATCATTTCAGAAGCTTATAGTATCCTT
TCTAGCTAAGAAAAGAGGGATCATTATGATAGATATGGCCATGAAGAACCCCCATAGCCT
GACGAATATTACAGAGGAAATGCAGATGATTATTATGCTGATGATGGAGATGATGGATTC
TTTGAAGCCGAATTCGTTTTTGTAGACCCTTCCAATTCAAGAAGAAAAGGAAAGGGAAAA
AGCAACAGAAATAGAGGAGGATTTTCATACTAACCTTTCACTTTTGCTAATGCTGAACAA
ATATTTAGAGAATTTTTCGGATCTGATTTTGGATTTGGAATGTTTGATGACGATGACGAT
GATGATGACTTTGGTGCATTTGACATGTTTGGATTTGGAGGAATGGGCAAAAAGAAATAA
AAAAAGAATAGCAGAAAATACAATAAAAACGATGAAGATTACAATGACTTTTTTGGAGGT
GGCATGATTAATTCTATAATGAATGATTTTATTTCTGATAGTTTCTTCAGTAGAGTGGGT
TAAAATATGATTTAGTCTTCCTCATATTCATCTAGCTCAAATTACAATGGCGGCAATTCA
AGAGGAGTGCAAAAAAGCATAACAACAACTACACAAATAAGAAATGGATAAAAATATACT
GTCAAGAAAATTGTAACAAGAGATTAATATGGAAATGAAAACGTTTAAATAACAGAAGAG
TAAGATGATTATAAGCAACCAAAGCAATTGTATAGCTAATATGATTAGCATGATAATCGT
AGTACAAACAATAATAGATTAACTCATTAAACACATTCTAATTAGCTAAAAAATCACTAA
AGAGAAGACCGTTTGCAGGATGAGAAGCCGAAATAATAAAAGTAAAATAAATTTTATGAC
ATTGAAGACGAAGAAGAAGAGTCATATTCTTAAGCCTCTTCTTAGAAATACAGCAACAAT
AAACCTTTAAATTATAATAATAATAATAACTATAATAAATAATAAGATTAATTCAGTTAG
AAGTCTTCTTCAAATCAATTTAAGGAAAAGAATTTTTCTAATTAAATGAATAATTAACCA
AGCAAAAAAACTAGTAACAATTATGAATTTGACAAATACTCGAACACCTCAAGCTAAAAA
TCTTATAATTCCAGCTAAAAATCATCATAAACATAAAGTACTAATAAGGAATAATAATTT
AATAGCAACATACCTAGATAAAACACCTAAAAGTAATTTAAAAATTAATACTAGAACGAA
GAGGTATAAAGCAATTACAGTAAATCTAAAACATCAAATAGCTAGTATAATAGCAAGTAA
TCAAATAATAGTCAATAATAACAACAATAATTAAATTCTAAGTATACTTACAAAAATTAT
AAATGA


>TTHERM_00255630(protein)
MSGKKQCFYEVLGVQKTASVDEIKKAYRKLALKWHPDKNLNNKKEAEEKFKIISEAYSIL
SSQEKRDHYDRYGHEEPPQPDEYYRGNADDYYADDGDDGFFEAEFVFVDPSNSRRKGKGK
SNRNRGGFSYQPFTFANAEQIFREFFGSDFGFGMFDDDDDDDDFGAFDMFGFGGMGKKKQ
KKNSRKYNKNDEDYNDFFGGGMINSIMNDFISDSFFSRVGQNMIQSSSYSSSSNYNGGNS
RGVQKSITTTTQIRNGQKYTVKKIVTRDQYGNENVQITEEQDDYKQPKQLYSQYDQHDNR
STNNNRLTHQTHSNQLKNHQREDRLQDEKPKQQKQNKFYDIEDEEEESYSQASSQKYSNN
KPLNYNNNNNYNKQQDQFSQKSSSNQFKEKNFSNQMNNQPSKKTSNNYEFDKYSNTSSQK
SYNSSQKSSQTQSTNKEQQFNSNIPRQNTQKQFKNQYQNEEVQSNYSKSKTSNSQYNSKQ
SNNSQQQQQQLNSKYTYKNYK


>TTHERM_00255630(gene)
ATGAGTGGAAAAAAATAGTGTTTTTATGAGGTTTTAGGAGTTTAAAAAACTGCTTCCGTT
GATGAAATTAAAAAAGCATACAGAAAGCTTGCTTTGAAATGGCATCCTGTATTTATTTAT
ACCAGCAATTTATTATTAACTTAATAATTTATCATGTTTTTTTAATTTCTAACAATTAGG
ATAAAAATTTGAATAACAAAAAAGAAGCTGAAGAAAAGTTTAAAATCATTTCAGAAGCTT
ATAGTATCCTTTCTAGCTAAGAAAAGAGGGATCATTATGATAGATATGGCCATGAAGAAC
CCCCATAGCCTGACGAATATTACAGAGGAAATGCAGATGATTATTATGCTGATGATGGAG
ATGATGGATTCTTTGAAGCCGAATTCGTTTTTGTAGACCCTTCCAATTCAAGAAGAAAAG
GAAAGGGAAAAAGCAACAGAAATAGAGGAGGATTTTCATACTAACCTTTCACTTTTGCTA
ATGCTGAACAAATATTTAGAGAATTTTTCGGATCTGATTTGTAAGTTCTTTAAATTATTA
TTTAGATTTTTGTATAAAAACTCAAAAAAATTAGAAAAATATAAAGAAAATCATCATTAT
AATAATTCTTACTTTTTGTATTGCAAATAATTTGAAAAAAGCAAAAAAAATTCAATATTG
TTGTTATAAAAAAAGTAGAAATAGTTAAATTTATTTTTTAAAGTATATTTTACATAAAGA
AATACTCACTTTTGTCAAAATAAAAGAGAAATTATTTAATTTAATTATATTTTTTATTAA
ATAATTTTTTTTCATATACATTAATATTAGTGGATTTGGAATGTTTGATGACGATGACGA
TGATGATGACTTTGGTGCATTTGACATGTTTGGATTTGGAGGAATGGGCAAAAAGAAATA
AAAAAAGAATAGCAGAAAATACAATAAAAACGATGAAGATTACAATGACTTTTTTGGAGG
TGGCATGATTAATTCTATAATGAATGATTTTATTTCTGATAGTTTCTTCAGTAGAGTGGG
TTAAAATATGATTTAGTCTTCCTCATATTCATCTAGCTCAAATTACAATGGCGGCAATTC
AAGAGGAGTGCAAAAAAGCATAACAACAACTACACAAATAAGGTAAATTTATTATTAAAA
AGTATAAAATTTATTTAAAATAAAAATTAATAGAAATGGATAAAAATATACTGTCAAGAA
AATTGTAACAAGAGATTAATATGGAAATGAAAACGTTTAAATAACAGAAGAGTAAGATGA
TTATAAGCAACCAAAGCAATTGTATAGCTAATATGATTAGCATGATAATCGTAGTACAAA
CAATAATAGATTAACTCATTAAACACATTCTAATTAGCTAAAAAATCACTAAAGAGAAGA
CCGTTTGCAGGATGAGAAGCCGAAATAATAAAAGTAAAATAAATTTTATGACATTGAAGA
CGAAGAAGAAGAGTCATATTCTTAAGCCTCTTCTTAGAAATACAGCAACAATAAACCTTT
AAATTATAATAATAATAATAACTATAATAAATAATAAGATTAATTCAGTTAGAAGTCTTC
TTCAAATCAATTTAAGGAAAAGAATTTTTCTAATTAAATGAATAATTAACCAAGCAAAAA
AACTAGTAACAATTATGAATTTGACAAATACTCGAACACCTCAAGCTAAAAATCTTATAA
TTCCAGCTAAAAATCATCATAAACATAAAGTACTAATAAGGAATAATAATTTAATAGCAA
CATACCTAGATAAAACACCTAAAAGTAATTTAAAAATTAATACTAGAACGAAGAGGTATA
AAGCAATTACAGTAAATCTAAAACATCAAATAGCTAGTATAATAGCAAGTAATCAAATAA
TAGTCAATAATAACAACAATAATTAAATTCTAAGTATACTTACAAAAATTATAAATGA