Identifiers and Description

Gene Model Identifier

TTHERM_00678540

Standard Name

CTH25 (CaTHepsin 25)

Aliases

PreTt07618 | 102.m00138 | 3730.m00065

Description

Eukaryotic aspartyl protease family protein

Genome Browser (Macronucleus)

Genome Browser (Micronucleus)

Gene Ontology Annotations

Molecular Function

• aspartic-type endopeptidase activity (IEA) | GO:0004190

Biological Process

• proteolysis (IEA) | GO:0006508

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: 79.4%

TetraMine Data

TTHERM_00678540

WebApollo

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Tetrahymena Stock Center

No Data fetched for StockID

Homologs (v.2006 protein sequences)

Source	Identifier	Score	Description
Tetrahymena borealis	EI9_16358.1	1.9998298245723724e-130	hypothetical protein (1125 aa)
Oxytricha	Contig3196.0.g105	5.002171138422328e-22	Eukaryotic aspartyl protease
WormBase	WBGene00000216	2.0004286606204839e-16	locus:asp-3 Aspartic proteas e 3 status:Confirmed UniPr ot:P55956 protein_id:CCD7241 5.2
SGD	YPL154C	9.997764199084386e-16	PEP4 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
Stentor Coeruleus	SteCoe_13704	0.000000000005109089028063325
DictyBase	DDB_G0279411	0.0000000029989608248573072	ctsD on chromosome: 3 position 2104523 to 2105867

General Information

No Data fetched for General Information

Associated Literature

No Data fetched for Associated Literature

Sequences

>TTHERM_00678540(coding)
ATGATAATTAAACAAATAGTAACCTTTGCTTTGCTTTTAATACTAAGCAAGGCGGAAATC
ATAAAAATTCAACTCAAAAAATAGACAATAACCTAACTTGATTATTTATAATAAGATTCA
AACATATTATAACATGGCGGTAATAGTAGATATTTACAATAATCATCATAAGGCTCTAAA
TAAAATGTTGATTTAGCTAATTACCTTTAATAATAATATTCGGCAGAAATCACAATCGGA
AAGGGTAAAAAAACTTTATAAGTCCTTGTTGATACTGGCTCAAGTAAGCTCATGCTACCG
AGCAAGAACTGCATCGATAATAAAAATTGCAAGGGCTTCAATGCGTATTATGATTGTTTA
TCCTCAGATGGCTGCAATACCACAAATATAGAGTATACTTAAAACTACTTGACTGGATAA
GTGAATGGTGTCAATGTGAATGCAACAGTAGGAATAGCTAATTTATCTCAAATCTAACAA
TCTGTACTCTTGTTTGATGAATCTAATAAATTTACCAATGAATTCTCTGATGGCTTATTA
GGATTGTCAGTTTATAATAAAGATAACAATGGAAGCAATTCTTTCGTTACTAATCTCTAT
AAAAATGGTGTGATTCAAGAAAATATGTTCTCTTTGTATCTAGGATACAAATTGGATGAC
TCAGAACTTGTTTTGGGAGGTTATAACTCTAAAAAGATAGATCCGTCTTCTAAAATTTAT
AACCATAAGATATTATAAAATTTACAATATGACGATTCGTAGAAATGGGTTATTCCAGTA
TAAAGAATTGAATTAAATACTTTTTCCAAAACACTTTCTTCATAAAATAACCTGGCGATT
ATTGACTCTTCCTATCCTTATCTGGGAGTAGAACAAAGTATGTATTAAGGTATGGTAGAC
TATTTTGTTAAGAAAGGAGCTAAGCTAATAAACAATAAATATCAAATCGAATGCAACAAA
ACTCTTGATGATATATAATTCACTATCACGGATTCTGATTAAGTAGGAAGGATTTATTCT
CTTCCTTTTTCATTTTACACTTCAAACTCATCAAATACATGCACTTTTTTAATTTAATCT
TATAACGGAGCAAGTAATGTAGGTTTTGTGCTTGGAAATGCATTTCTAAGAAGATATGTT
TCAATCTTCTACTACTCAAATTTAACAGTTAGTTTTGGATAATCAACCGCAAACCCAAAT
GATGATTACACAAGTGGCTTACCCACATGGGCTATAGCTGTAATAGCTGCTGCTGCATCT
CTGTTTTCATTAGCAGGAGGATTTGCCTTATATAAAAAATGCAAAGGAAATAAAAATAGA
AGTGGCCTTACTTAAACTATGGTTAGCAATACATCTATTTGA

>TTHERM_00678540(protein)
MIIKQIVTFALLLILSKAEIIKIQLKKQTITQLDYLQQDSNILQHGGNSRYLQQSSQGSK
QNVDLANYLQQQYSAEITIGKGKKTLQVLVDTGSSKLMLPSKNCIDNKNCKGFNAYYDCL
SSDGCNTTNIEYTQNYLTGQVNGVNVNATVGIANLSQIQQSVLLFDESNKFTNEFSDGLL
GLSVYNKDNNGSNSFVTNLYKNGVIQENMFSLYLGYKLDDSELVLGGYNSKKIDPSSKIY
NHKILQNLQYDDSQKWVIPVQRIELNTFSKTLSSQNNLAIIDSSYPYLGVEQSMYQGMVD
YFVKKGAKLINNKYQIECNKTLDDIQFTITDSDQVGRIYSLPFSFYTSNSSNTCTFLIQS
YNGASNVGFVLGNAFLRRYVSIFYYSNLTVSFGQSTANPNDDYTSGLPTWAIAVIAAAAS
LFSLAGGFALYKKCKGNKNRSGLTQTMVSNTSI

>TTHERM_00678540(gene)
ATGATAATTAAACAAATAGTAACCTTTGCTTTGCTTTTAATACTAAGCAAGGCGGAAATC
ATAAAAATTCAACTCAAAAAATAGACAATAACCTAACTTGATTATTTATAATAAGATTCA
AACATATTATAACATGGCGGTAATAGTAGATATTTACAATAATCATCATAAGGCTCTAAA
TAAAATGTTGATTTAGCTAATTACCTTTAATAATAATATTCGGCAGAAATCACAATCGGA
AAGGGTAAAAAAACTTTATAAGTCCTTGTTGATACTGGCTCAAGTAAGCTCATGCTACCG
AGCAAGAACTGCATCGATAATAAAAATTGCAAGGTAAAATAACAAAATAGAATTTTATTT
AGATGATAATTTTTTATAAACTAAGGGCTTCAATGCGTATTATGATTGTTTATCCTCAGA
TGGCTGCAATACCACAAATATAGAGTATACTTAAAACTACTTGACTGGATAAGTGAATGG
TGTCAATGTGAATGCAACAGTAGGAATAGCTAATTTATCTCAAATCTAACAATCTGTACT
CTTGTTTGATGAATCTAATAAATTTACCAATGAATTCGTATTAACAATTAATTATCTTTC
CTTTAATTAGAAAAAAAAGCATGTTATATAAATTTAATTTAATTTTTAATTTTTTAGTAT
TTGAAGATGCTTTTTCTGATATTTTATGATTATTGAAATTCTTATTTTAATTTTATTTAA
CATAGTCTGATGGCTTATTAGGATTGTCAGTTTATAATAAAGATAACAATGGAAGCAATT
CTTTCGTTACTAATCTCTATAAAAATGGTGTGATTCAAGAAAATATGTTCTCTTTGTATC
TAGGATACAAATTGGATGACTCAGAACTTGTTTTGGGAGGTTATAACTCTAAAAAGATAG
ATCCGTCTTCTAAAATTTATAACCATAAGATATTATAAAATTTACAATATGACGATTCGT
AGAAATGGGTTATTCCAGTATAAAGAATTGAATTAAATACTTTTTCCAAAACACTTTCTT
CATAAAATAACCTGGCGATTATTGACTCTTCCTATCCTTATCTGGGAGTAGAACAAAGTA
TGTATTAAGGTATGGTAGACTATTTTGTTAAGAAAGGAGCTAAGCTAATAAACAATAAAT
ATCAAATCGAATGCAACAAAACTCTTGATGATATATAATTCACTATCACGGATTCTGATT
AAGTAGGAAGGATTTATTCTCTTCCTTTTTCATTTTACACTTCAAACTCATCAAATACAT
GCACTTTTTTAATTTAATCTTATAACGGAGCAAGTAATGTAGGTTTTGTGCTTGGAAATG
CATTTCTAAGAAGATATGTTTCAATCTTCTACTACTCAAATTTAACAGTTAGTAACCTTA
AAAAATTTTAGTCTAATTAACATTAAAAAATTTCATCTTAAATTAATAGGTTTTGGATAA
TCAACCGCAAACCCAAATGATGATTACACAAGTGGCTTACCCACATGGGCTATAGCTGTA
ATAGCTGCTGCTGCATCTCTGTTTTCATTAGCAGGAGGATTTGCCTTATATAAAAAATGC
AAAGGAAATAAAAATAGAAGTGGCCTTACTTAAACTATGGTTAGCAATACATCTATTTGA