Identifiers and Description

Gene Model Identifier

TTHERM_00011710

Standard Name

CTH2 (CaTHepsin 2)

Aliases

PreTt11777 | 1.m00825

Description

Eukaryotic aspartyl protease family protein

Genome Browser (Macronucleus)

GBrowse

Genome Browser (Micronucleus)

GBrowse

Gene Ontology Annotations

Molecular Function

Biological Process

Domains

  • ( PF00026 ) Eukaryotic aspartyl protease

Gene Expression Profile

  • Tetrahymena Functional Genomics Database:

Change in Gene Expression

TMHMM

TMHMM

Signal Peptide

Signal Peptide Present?: Yes
Presense Probability: 78.7%

TetraMine Data

TTHERM_00011710

WebApollo

Fullscreen View

Tetrahymena Stock Center

No Data fetched for StockID

Homologs (v.2006 protein sequences)

SourceIdentifierScoreDescription
Tetrahymena borealisEI9_02775.19.997093137033517e-262eukaryotic aspartyl protease (
481 aa)
WormBaseWBGene000002173.9998411574835458e-50locus:asp-4 status:Confirmed
UniProt:Q21966 protein_id
:CAA90633.1
DictyBaseDDB_G02794116.001950283815408e-48ctsD on chromosome: 3 position
2104523 to 2105867
SGDYPL154C1.0003292389192957e-45PEP4 Vacuolar aspartyl proteas
e (proteinase A), required for
the posttranslational precurs
or maturation of vacuolar prot
einases; important for protein
turnover after oxidative dama
ge; synthesized as a zymogen,
self-activates
OxytrichaContig18588.0.g1101.000159011384939e-43Eukaryotic aspartyl protease
Stentor CoeruleusSteCoe_117151.603810890548638e-28

General Information

No Data fetched for General Information

Associated Literature

No Data fetched for Associated Literature

Sequences

>TTHERM_00011710(coding)
ATGAGAAAGATAAACAAATTATTGCTTATCATATCGCTACTTTTAATTGCAGGTTTTGCT
GCTAGACTTAAAAGGTCAAGCAAGTCAAAGCAGCAACAACTTATAGCTGATAGCATATAA
TCTTAAAACATGAAGATAACTCTCGAAAGAGATAACACTGTAGAAAAGAAGATTCAAATT
ATTAATTTTATTGAAGAATCTAACTCAATCAGAAAGAATTAGCCTTCATTCAAAAAGAGA
GTGTATGACAAGGATTCCTAAAAAATAATGATTGAAGAAAAGGAAATTACTGCTGACAGA
AAGCAATAATTTGTCTCTATGATACAAACTAATGGAAAAAGTGTAGGACTTTAGAATCAC
GGAAATACCTTTTATACTGGTAAAATATAAGTAGGTAATAGAGATCAATATTATAAGATG
ATATTTGACAGTGGTTCAACCCTTATTTTCTTGAATTCAGTTTAATGCGACAGTATTGGA
TGTATAAGAGGAAACTAATACGATTCTGAAGCATCTCCTACCTTCAAGGATGTTGACTTA
GAAGTAAAAGTTGAATTCGGAAGTGGTATCCTAACTGGTGAAATGGGAATAGATACTTTC
TATTTTGGTGATATGGCTGTTGAAAGAGTTGAATTCATGGAAATCTTAGAACAAGATGGT
GCTGTTTTTGAAAGTGGTGACTTTGATGGTTTGATTGGTTTAGCTTTTCCTTAATTAGGT
GATGGCGCTGACACTGTTGTTGATTACATGAAAGACTAGAATTTGATTCCTAAAAAGATG
TTCAGTTTCTACATGTCAAGAAAAGATGAGAGTGACAACTCTTTTATATCATTTGGATAA
ATTGATCAATAAGTTATAGCTGGAGATATTAAATACCATAAAGTAGAAAGTCCTTTATAT
TGGACTCTTCTAGCTTAAGAAATAAAACTTGGTGGACATAAAACTAGTCTTTGCTCTAGA
GAATATCCTTGTCCACTTGCCATAGATTCTGGAACAAGTATCATTGCTGGTCCATCTGAT
TAAATAGATTTCCTTACTGATCTTATTTTAGACAGAGGTTTTGAATGCAACTAAATCAAA
AAAATGCCAGCCATATCCTTTGTTATTGACGGAGAAGAATATCCTATATTAGCCGAGGAA
TACATTATTAGTTCTAATGGAGCTTTTGCTAATATGTATGAACACAGTGTAGATCCTGCT
GAGTGCTACCCTGCTTTAGTAGCATTAGATGTCGAAGAACCTTAACTTGGTCCTATGTGG
ATCCTTGGTGATATTTTTATGTCTAAGTATTACACTTTATTCAACCGTGAAGATAAAACT
GTAGGTTTTGCAAAGCTTAAAAGTATCGATACAAGGTTATATCAAAAGCCATCTAAAATT
GAAGATGAAGAATTTAATTATAACTTTATGAAAAAGATGAACAAAAGAAAAAAATCTAAA
AAACACCTTTGA


>TTHERM_00011710(protein)
MRKINKLLLIISLLLIAGFAARLKRSSKSKQQQLIADSIQSQNMKITLERDNTVEKKIQI
INFIEESNSIRKNQPSFKKRVYDKDSQKIMIEEKEITADRKQQFVSMIQTNGKSVGLQNH
GNTFYTGKIQVGNRDQYYKMIFDSGSTLIFLNSVQCDSIGCIRGNQYDSEASPTFKDVDL
EVKVEFGSGILTGEMGIDTFYFGDMAVERVEFMEILEQDGAVFESGDFDGLIGLAFPQLG
DGADTVVDYMKDQNLIPKKMFSFYMSRKDESDNSFISFGQIDQQVIAGDIKYHKVESPLY
WTLLAQEIKLGGHKTSLCSREYPCPLAIDSGTSIIAGPSDQIDFLTDLILDRGFECNQIK
KMPAISFVIDGEEYPILAEEYIISSNGAFANMYEHSVDPAECYPALVALDVEEPQLGPMW
ILGDIFMSKYYTLFNREDKTVGFAKLKSIDTRLYQKPSKIEDEEFNYNFMKKMNKRKKSK
KHL


>TTHERM_00011710(gene)
ATGAGAAAGATAAACAAATTATTGCTTATCATATCGCTACTTTTAATTGCAGGTTTTGCT
GCTAGACTTAAAAGGTCAAGCAAGTCAAAGCAGCAACAACTTATAGCTGATAGCATATAA
TCTTAAAACATGAAGATAACTCTCGAAAGAGATAACACTGTAGAAAAGAAGATTCAAATT
ATTAATTTTATTGAAGAATCTAACTCAATCAGAAAGAATTAGCCTTCATTCAAAAAGAGA
GTGTATGACAAGGATTCCTAAAAAATAATGATTGAAGAAAAGGAAATTACTGCTGACAGA
AAGCAATAATTTGTCTCTATGATACAAACTAATGGAAAAAGTGTAGGACTTTAGAATCAC
GGAAATACCTTTTATACTGGTAAAATATAAGTAGGTAATAGAGATCAATATTATAAGATG
ATATTTGACAGTGGTTCAACCCTTATTTTCTTGAATTCAGTTTAATGCGACAGTATTGGA
TGTATAAGAGGAAACTAATACGATTCTGAAGCATCTCCTACCTTCAAGGATGTTGACTTA
GAAGTAAAAGTTGAATTCGGAAGTGGTAAATAACTATAAAAACTACTAAAAATTCTTTGA
TTGATTTACAAAACGCATATATATATATATATATATATATATATATTTATGCATAGAAAA
AAAACAAGAAAACAAGCAGACAAACAATCAATCAAAAGAAACTTACTTACAAATGAATAT
TCTACAATATCCTTTTAAACTTAAAATTATTTTTCATTATTTCAGGTATCCTAACTGGTG
AAATGGGAATAGATACTTTCTATTTTGGTGATATGGCTGTTGAAAGAGTTGAATTCATGG
AAATCTTAGAACAAGATGGTGCTGTTTTTGAAAGTGTAATTAATTATTTACTTTCATTAT
CTTTTTTTTAATTTTTCTATTACTGAATAACTTTGGAAAGAATATCTACTTATCTATCAA
TCAATACTTATAATTAATTCATTTGCTCATTAATTTTCATAAATATTGCTTAAAAAATAT
TTATGGAGACTGTTGATGAGTTAGTTAGTTATAAATTATTATTAGACGAAATCAATTTAA
GTTCAAATATAAAATTAAACAAAAAAATTTAAAAAAAATAGGGTGACTTTGATGGTTTGA
TTGGTTTAGCTTTTCCTTAATTAGGTGATGGCGCTGACACTGTTGTTGATTACATGAAAG
ACTAGAATTTGATTCCTAAAAAGATGTTCAGTTTCTACATGTCAAGAAAAGATGAGAGTG
ACAACTCTTTTATATCATTTGGATAAATTGATCAATAAGTTATAGCTGGAGATATTAAAT
ACCATAAAGTAGAAAGTCCTTTATATTGGACTCTTCTAGCTTAAGAAATAAAACTTGGTG
GACATAAAACTAGTCTTTGCTCTAGAGAATATCCTTGTCCACTTGCCATAGATTCTGGAA
CAAGTATCATTGCTGGTCCATCTGATTAAATAGATTTCCTTACTGATCTTATTTTAGACA
GAGGTTTTGAATGCAACTAAATCAAAAAAATGCCAGCCATATCGTAAGCATAATAAATTT
TAAATAGATTTATCCATTTATTCATTCATTGATTCCATCCAACACTTATTTTTCAGATCT
AATTAAATTGATCATAAATAAAAACCTCAAATAAAATGAAATATTTTTAATTAAATAATT
TAATTAGAATAAATATTTTTTCATTATTTTTAATTAATCATTTGAAAATTCGAATCTTTT
TGTATAGCAAGTTAAACTTTTTTTCATCCATCATATTTCCTATTAGAACTTTTGTAAGCA
AGCAAGCAATTAATTTCAAAATTCATTGTAAAAATCAAAAAATAAATAAATAAATTCTAA
ATTTAAGTTAACTCAGTTTTGAATACAAAAATAATTAATTAATAAATTTGTTTTTTTTTA
TGTTTATAATTTTTTTTTATAAAATATAAATTTTTTTGTTCATTATTCATAAACTTTTTA
AACAAATTAGCTTTGTTATTGACGGAGAAGAATATCCTATATTAGCCGAGGAATACATTA
TTAGTTCTAATGGAGCTTTTGCTAATATGTATGAACACAGTGTAGATCCTGCTGAGTGCT
ACCCTGCTTTAGTAGCATTAGATGTCGAAGAACCTTAACGTAATTAATAGATTGATTGCT
TAATTAGTGAAATTAATTTATCTTAAATTAAAATATTTAGTTGGTCCTATGTGGATCCTT
GGTGATATTTTTATGTCTAAGTATTACACTTTATTCAACCGTGAAGATAAAACTGTAGGT
TTTGCAAAGCTTAAAAGTATCGATACAAGGTTATATCAAAAGCCATCTAAAATTGAAGAT
GAAGAATTTAATTATAACTTTATGAAAAAGATGAACAAAAGAAAAAAATCTAAAAAACAC
CTTTGA