Identifiers and Description

Gene Model Identifier

TTHERM_00443010

Standard Name

SEC63 (translocation protein SEC63)

Aliases

PreTt05701 | 50.m00270 | 3681.m00129

Description

SEC63 DnaJ-SEC63-like protein putative

Genome Browser (Macronucleus)



Genome Browser (Micronucleus)

External Links

Gene Ontology Annotations

No Data fetched for Gene Ontology Annotations

Domains

  • ( PF00226 ) DnaJ domain
  • ( PF02889 ) Sec63 Brl domain
  • ( PF07997 ) Protein of unknown function (DUF1694)
  • ( PF08173 ) Membrane bound YbgT-like protein
  • ( TIGR02349 ) chaperone protein DnaJ
  • ( TIGR03038 ) photosystem II reaction center protein

Gene Expression Profile

Vegetative Cell Cycle (Zhang et al., 2023)

GeneMania

Tetrahymena Stock Center

No Data fetched for Tetrahymena Stock Center

Homologs

Source Identifier Score
Tetrahymena borealis EI9_12640.1 9.997093137033517e-262
Description: DnaJ domain-containing protein (657 aa)
WormBase WBGene00002299 9.997093137033517e-262
Description: locus:let-23 status:Confirmed UniProt:B5BM28 protein_id:CAR31510.1
Oxytricha Contig5723.0.g86 1.0003503620230312e-57
Description: Sec63 Brl domain
WormBase WBGene00001047 1.0000422327488734e-24
Description: locus:dnj-29 status:Confirmed UniProt:Q9U1V9 protein_id:CAA21710.2
Tetrahymena borealis EI9_12326.1 1.0000422327488734e-24
Description: carbonic anhydrase (269 aa)
Stentor Coeruleus SteCoe_25459 2.6102790696677047e-23
Description: None
SGD YOR254C 3.9992896861436003e-19
Description: SEC63 Essential subunit of Sec63 complex (Sec63p, Sec62p, Sec66p and Sec72p); with Sec61 complex, Kar2p/BiP and Lhs1p forms a channel competent for SRP-dependent and post-translational SRP-independent protein targeting and import into the ER
DictyBase DDB_G0286131 7.001446474249442e-19
Description: sec63 on chromosome: 4 position 4064803 to 4067352

General Information

No Data fetched for General Information

Associated Literature

No Data fetched for Associated Literature

Sequences

>TTHERM_00443010(coding)
ATGTCTAGTTTTAAAGATAATTTTACAAGAAATTAAGGAGATTAAAACCTCTAGTATGAT
GATTCAGCATTTTACTTTTTTGCTTTTTCAGTACTATCGTTTGTGTCAGTTATCACTGGT
TTATTCGTATTAAGAAACCTATTTAAGAAAGATTCTTAAATCAAAAGAGTTCATCCAAAA
GATAAATCAGCTGATTAGAAAAAACTAAATTAAGCAGTATAATTCAAGGCTCAAAAATAT
AGCTTAAAATTCTATTTTCTGATACTTTTATTTTTAGCATGTATCTACTTTGCATATCAA
ACATCGAAATTCACTGCCAAAACAGATGATTTGAAGAGATTCGATCCTTATGAGATTTTA
GAAATCCAAAGAGGAGCTTCTTAGGGAGAAATTAAAAAAGCATACAGAAAAATGGTGTTA
TTATATCACCCTGATAAGAATCCTAGTCCCGAAGCCGCTGCTAAATTCTTATTAGTTACT
AAAGCTAATGAGTGTTTAACTGATGAAACAAAGATGAAAGTTTGCGAATAATTTGGTAGT
CCTGATGGTCCTGGTTCATTGCAAGTAGCTATTGCAATGCCTTCATTCTTTTAAAAGAAA
GAAAATCACGTTTTTGTTTTAGCCTTATTTTCCGTTCTTTTTGTCATATTAGTACCTATT
GTTGTTTTAATATGGTTAAACAGATCTCAATCCAAAAACAACCATGGAATGTTAGTTGAA
AACTATATGGTAGCTTTCTAAAAAATGACCCAAAATATGGCAGCATCGAAGCTAATTGAA
ATAATTGGTTATTGTGCCGAATTTAGATTCCCAATAACAAGATAAGAACAAGAATACTTT
ACCAAAAAAACTTAATTTTTAGAAGAGTATCAAACTTCAAAGAATACCATTTCCACTAAG
GGTTAAAAATTGCTTATTTTATATTTTGAAGGAATTGAAATTCCTAAGGAATCTTAGAAG
CACTTTGCTTAATTGATGAGTTAAACTCCTTGCATTTTAGAGAGTGCTGTTGAACATTGC
CTTTAATTAAATGCAATGCTTCCTAAAGGAAATCCAAGATATTTAAGTGTTTAAACTCTT
CTTAATACCATTCACTTCTAATAGCATTTCTTTTAGGGAGTTTGGTCTACTAAGTATGAT
ATGGATCTTATGCAAATTTCATCTGTCCAAAGCGATAAAGTTAGTTTTAAAAAACTCTAT
TAAAAATATAGAAACTTAAAAACTTTGTAAAATACACCTGTTGAGTAAAGAAAATATGAT
ATCTAAGTTAATTTAGATGAGGCTAAAAAATAAAAATTCATAGATGAAGTCAACTAAGAG
GTAGATTCTTTCCCTAATATGAAAATGCAATTCGATGTTTTGCTAGATGAACAAGAAAGC
AGTGGAACCTATAGAGCAACTTCATAAGAAAATAAAACTGTTTCTCTTACTATTGAAGAA
GGTTAAATTTTTAATCTTAAAGTAGGCATCACTCGTGAAAATATTCCTGAAAAAGAAGAG
GGAATGTTTGCAATCTGTCACAAATATCCTTACGTTAAAGACATGTATTTACATGTATTT
GTCACTGACAAAGAAAGAATTTTCTAATACCAGCAATTAACTGGACAAGCTAGATATATT
GAATTCAATGAGAAAATGGCATTACCTCAAGGAGAATTTAGTTTAGAATTACATGTTAAA
CCAGATTGCTATATTGGAATGGATGAAGTTTTTAAATTTAACTTGAAAGTAACTCCTCGT
ACTGAAAAACACCAAAACGAAGATGATATTCATCCTGAAGATATTGAAAAATTCAAAGAA
CCTACATTTGTTTAAAAACTAATGGGTCAATTACAAGAGTAAGAACAAGAAGAAGAAGAG
GATGAAATCCCTGATATCACAAAAGACCTTGGAAAAGCAAATACTAATGATGATTAAGAA
GAAGAAAAAGAAGAATCAGAAAATGAATAGTAAAAGAGTGATGATAAAAAGAAAAACTGA


>TTHERM_00443010(gene)
ATGTCTAGTTTTAAAGATAATTTTACAAGAAATTAAGGAGATTAAAACCTCTAGTATGAT
GATTCAGCATTTTACTTTTTTGCTTTTTCAGTACTATCGTTTGTGTCAGTTATCACTGGT
TTATTCGTATTAAGAAACCTATTTAAGAAAGATTCTTAAATCAAAAGAGTTCATCCAAAA
GATAAATCAGCTGATTAGAAAAAACTAAATTAAGCAGTATAATTCAAGGCTCAAAAATAT
AGCTTAAAATTCTATTTTCTGGTAAGTAAATTAATTTTAAACTATAATCCTTTTTTTAAA
TCCATCAATTTTCAAAAAATAGATACTTTTATTTTTAGCATGTATCTACTTTGCATATCA
AACATCGAAATTCACTGCCAAAACAGATGATTTGAAGAGATTCGATCCTTATGAGATTTT
AGAAATCCAAAGAGGAGCTTCTTAGGGAGAAATTAAAAAAGCATACAGGTATATTTTATA
AAAATATTTAGTTTATAGATTTAAAAGATTTGGATGCGAATTTCTAATTTAAAATTAACT
ACCTTAATTCACAAATATTAAAATGTTAAAAATTTATTTCAATAAATAGAAAAATGGTGT
TATTATATCACCCTGATAAGAATCCTAGTCCCGAAGCCGCTGCTAAATTCTTATTAGTTA
CTAAAGCTAATGAGTGTTTAACTGATGAAACAAAGATGAAAGTTTGCGAATAATTTGGTA
GTCCTGATGGTCCTGGTTCATTGCAAGTAGCTATTGCAATGCCTTCATTCTTTTAAAAGA
AAGAAAATCACGTTTTTGTTTTAGCCTTATTTTCCGTTCTTTTTGTCATATTAGTACCTA
TTGTTGTTTTAATATGGTTAAACAGATCTCAATCCAAAAACAACCATGGTAAATTATGAT
TCTTAATACATTATTTTTATTGATTTTTGATTAATTTATTAATAAAGGAATGTTAGTTGA
AAACTATATGGTAGCTTTCTAAAAAATGACCCAAAATATGGCAGCATCGAAGCTAATTGA
AATAATTGGTTATTGTGCCGAATTTAGATTCCCAATAACAAGATAAGAACAAGAATACTT
TACCAAAGTAATTTTAAAAATATGAAATTAAGATAATAAAATTGTATTAAATTATAAAGA
AAACTTAATTTTTAGAAGAGTATCAAACTTCAAAGAATACCATTTCCACTAAGGGTTAAA
AATTGCTTATTTTATATTTTGAAGGAATTGAAATTCCTAAGGAATCTTAGAAGCACTTTG
CTTAATTGATGAGTTAAACTCCTTGCATTTTAGAGAGTGCTGTTGAACATTGCCTTTAAT
TAAATGCAATGCTTCCTAAAGGAAATCCAAGATATTTAAGTGTTTAAACTCTTCTTAATA
CCATTCACTTCTAATAGCATTTCTTTTAGGTATGTTAATTAGTTAAAGTATATTTTTAAT
TTACTTACATTTTTATTAAAGGGAGTTTGGTCTACTAAGTATGATATGGATCTTATGCAA
ATTTCATCTGTCCAAAGCGATAAAGTTAGTTTTAAAAAACTCTATTAAAAATATAGAAAC
TTAAAAACTTTGTAAAATACACCTGTTGAGTAAAGAAAATATGATATCTAAGTTAATTTA
GATGAGGCTAAAAAATAAAAATTCATAGATGAAGTCAACTAAGAGGTAGATTCTTTCCCT
AATATGAAAATGCAATTCGATGTTTTGCTAGATGAACAAGAAAGCAGTGGAACCTATAGA
GCAACTTCATAAGAAAATAAAACTGTTTCTCTTACTATTGAAGAAGGTTAAATTTTTAAT
CTTAAAGTAGGCATCACTCGTGAAAATATTCCTGAAAAAGAAGAGGGAATGTTTGCAATC
TGTCACAAATATCCTTACGTTAAAGACATGTATTTACATGTATTTGTCACTGACAAAGAA
AGAATTTTCTAATACCAGCAAGTAAAAATAAATAATAAATAAAAAAAGTAGATTAAAATG
GAAAATATTTATAAAAAAGTTAACTGGACAAGCTAGATATATTGAATTCAATGAGAAAAT
GGCATTACCTCAAGGAGAATTTAGTTTAGAATTACATGTTAAACCAGATTGCTATATTGG
AATGGATGAAGTTTTTAAATTTAACTTGAAAGTAACTCCTCGTACTGAAAAAGTAAATTA
AACATTTTTTGATAGTAAAATTTGTAATATTTATTAAAATTTAAATTAATATCAGCACCA
AAACGAAGATGATATTCATCCTGAAGATATTGAAAAATTCAAAGAACCTACATTTGTTTA
AAAACTAATGGGTCAATTACAAGAGTAAGAACAAGAAGAAGAAGAGGATGAAATCCCTGA
TATCACAAAAGACCTTGGAAAAGCAAATACTAATGATGATTAAGAAGAAGAAAAAGAAGA
ATCAGAAAATGAATAGTAAAAGAGTGATGATAAAAAGAAAAACTGA


>TTHERM_00443010(protein)
MSSFKDNFTRNQGDQNLQYDDSAFYFFAFSVLSFVSVITGLFVLRNLFKKDSQIKRVHPK
DKSADQKKLNQAVQFKAQKYSLKFYFLILLFLACIYFAYQTSKFTAKTDDLKRFDPYEIL
EIQRGASQGEIKKAYRKMVLLYHPDKNPSPEAAAKFLLVTKANECLTDETKMKVCEQFGS
PDGPGSLQVAIAMPSFFQKKENHVFVLALFSVLFVILVPIVVLIWLNRSQSKNNHGMLVE
NYMVAFQKMTQNMAASKLIEIIGYCAEFRFPITRQEQEYFTKKTQFLEEYQTSKNTISTK
GQKLLILYFEGIEIPKESQKHFAQLMSQTPCILESAVEHCLQLNAMLPKGNPRYLSVQTL
LNTIHFQQHFFQGVWSTKYDMDLMQISSVQSDKVSFKKLYQKYRNLKTLQNTPVEQRKYD
IQVNLDEAKKQKFIDEVNQEVDSFPNMKMQFDVLLDEQESSGTYRATSQENKTVSLTIEE
GQIFNLKVGITRENIPEKEEGMFAICHKYPYVKDMYLHVFVTDKERIFQYQQLTGQARYI
EFNEKMALPQGEFSLELHVKPDCYIGMDEVFKFNLKVTPRTEKHQNEDDIHPEDIEKFKE
PTFVQKLMGQLQEQEQEEEEDEIPDITKDLGKANTNDDQEEEKEESENEQQKSDDKKKN