Identifiers and Description

Gene Model Identifier

TTHERM_01128620

Standard Name

CTH11 (CaTHepsin 11)

Aliases

PreTt30041 | 247.m00037 | 3817.m00183

Description

CTH11 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

No Data fetched for Domains

Gene Expression Profile

• Tetrahymena Functional Genomics Database:

Change in Gene Expression

TMHMM

TMHMM

Signal Peptide

Signal Peptide Present?: Yes
Presense Probability: 76.8%

TetraMine Data

TTHERM_01128620

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_20791.1	2.0005106264580874e-134	eukaryotic aspartyl protease ( 433 aa)
WormBase	WBGene00000217	4.998021988471165e-24	locus:asp-4 status:Confirmed UniProt:Q21966 protein_id :CAA90633.1
Oxytricha	Contig17270.0.g42	2.000620012690291e-23	Eukaryotic aspartyl protease
SGD	YPL154C	3.9983110956465888e-22	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
DictyBase	DDB_G0279411	1.000116773704384e-19	ctsD on chromosome: 3 position 2104523 to 2105867
Stentor Coeruleus	SteCoe_21726	0.00000000000009357622968840175

General Information

No Data fetched for General Information

Associated Literature

No Data fetched for Associated Literature

Sequences

>TTHERM_01128620(coding)
ATGAATAAAATCGGATCTTTGATTTTTGTTTTAGTAGCATTAAACCTTGCTACTTCTCAA
GTTATAAAAATTCCTATTGAGAAGAGAATTCCTGAGACTGAAACCAACGGTAGCTTCTTA
GACGATGATTAATAAGTTGCTGTTGCTTAGTTAATTAATCATGACCAATATATGTATTCA
GGTAATATTGAGGTTGGAAATTCAAAATAAACATACACTGTTGACTTTGACTCTGGCTCT
AATCTTTTATGGTTAACCAGTAAGAACTGCCCTTCCTGTGTCAAAGACGGATATAAGCAC
AGTTATGACTGTACTCCAGAAGATGGTTGCACTTTAACAACTACTCCTGCTTAAGTTACA
TATGGAGATGGATCAGGTGTTAAGGGACATATTGCTAAGGTTCCAGTTAGTATTGCAGGA
ATTGCTCCAGTTACTGAAGCTCTCCTTCTTGTTGAACAATCAATCAGAAATGGAAATTTA
CAAGCCGATGGTTTGATGGGTCTCGGTGTCTACGATGAAAATAACACTGGTAATGTTGCT
TTTGTTAATTAACTTTTTAAACAAGGATTAATTACTAAGAGTTAGTTCAGTTTCTATCTT
GGTTTTGGTAAAACTGAGTCTGAACTTACTATTGGAGGTGTTGATGAAAGTAAACTTGCT
AACCCCTCAGAAATTTACTATCATCCTCTTGTCCTTAATGGTAGAACTGATGATAGCTAG
AGATGGAGAGTAGCTTTTAAATCTATCTCTTTCGGAAACAAATAAATCCCAATGACTTCA
TAAAATACTGGTATTGTTGATTCTGGTACTAGTTTAGCTTACATTAGAAATGACATTTAC
AAAGAATGGATTAACTATCTCAAAACAATCACTAAACTTAACCCTATTTTTTAAGGATTA
TCTGTTTTCTATTCAGTTAAATGTGGTACTACTTTACCTGATTTAACTTTCACTCTTACC
GATGTTAACGGTGTTGATAGAAACTACTCACTTCCATCCTCTTTCTATATCCTTAATTAA
AGTGGAACTTGCATTCTTGGAATTCAAGGTAACTCAGTTACAGGCGATTTACAATTCTTG
TTGGGTGATGTTTTCATGAGAAGATTCGTTTCTGTATTTGATTATACTAGCCTCTCTATG
GGTCTTTCTGTATCAGTTGCAAACCCTGCTTCTGCTGTTGTAACCAAAAATCATAGAAAT
GGTCATTTAGCTCTTTTAGCTATAGGTTTAGTTGCTTTAGCTGGTCTTATTTTCTTAACA
TTAAGAGCTTTAAGAAAGTGA

>TTHERM_01128620(protein)
MNKIGSLIFVLVALNLATSQVIKIPIEKRIPETETNGSFLDDDQQVAVAQLINHDQYMYS
GNIEVGNSKQTYTVDFDSGSNLLWLTSKNCPSCVKDGYKHSYDCTPEDGCTLTTTPAQVT
YGDGSGVKGHIAKVPVSIAGIAPVTEALLLVEQSIRNGNLQADGLMGLGVYDENNTGNVA
FVNQLFKQGLITKSQFSFYLGFGKTESELTIGGVDESKLANPSEIYYHPLVLNGRTDDSQ
RWRVAFKSISFGNKQIPMTSQNTGIVDSGTSLAYIRNDIYKEWINYLKTITKLNPIFQGL
SVFYSVKCGTTLPDLTFTLTDVNGVDRNYSLPSSFYILNQSGTCILGIQGNSVTGDLQFL
LGDVFMRRFVSVFDYTSLSMGLSVSVANPASAVVTKNHRNGHLALLAIGLVALAGLIFLT
LRALRK

>TTHERM_01128620(gene)
ATGAATAAAATCGGATCTTTGATTTTTGTTTTAGTAGCATTAAACCTTGCTACTTCTCAA
GTTATAAAAATTCCTATTGAGAAGAGAATTCCTGAGACTGAAACCAACGGTAGCTTCTTA
GACGATGATTAATAAGTTGCTGTTGCTTAGTTAATTAATCATGACCAATATATGTATTCA
GGTAATATTGAGGTTGGAAATTCAAAATAAACATACACTGTTGACTTTGACTCTGGCTCT
AATCTTTTATGGTTAACCAGTAAGAACTGCCCTTCCTGTGTCGTAATTTTGTTATTTGAT
TGAAAAAGAATTTTAATTATAATTTTTTATTTAAATAAATAAATAATAGAAAGACGGATA
TAAGCACAGTTATGACTGTACTCCAGAAGATGGTTGCACTTTAACAACTACTCCTGCTTA
AGTTACATATGGAGATGGATCAGGTGTTAAGGGACATATTGCTAAGGTTCCAGTTAGTAT
TGCAGGAATTGCTCCAGTTACTGAAGCTCTCCTTCTTGTTGAACAATCAATCAGAAATGG
AAATTTACAAGTAAAATATTCAAACTTAAAAAACTAATTATTTTTATTTAAGTAAATTGA
TTTTTAATTTTATGTTTCTAATCTATAGGCCGATGGTTTGATGGGTCTCGGTGTCTACGA
TGAAAATAACACTGGTAATGTTGCTTTTGTTAATTAACTTTTTAAACAAGGATTAATTAC
TAAGAGTTAGTTCAGTTTCTATCTTGGTTTTGGTAAAACTGAGTCTGAACTTACTATTGG
AGGTGTTGATGAAAGTAAACTTGCTAACCCCTCAGAAATTTACTATCATCCTCTTGTCCT
TAATGGTAGAACTGATGATAGCTAGAGATGGAGAGTAGCTTTTAAATCTATCTCTTTCGG
AAACAAATAAATCCCAATGACTTCATAAAATACTGGTATTGTTGATTCTGGTACTAGTTT
AGCTTACATTAGAAATGACATTTACAAAGAATGGATTAACTATCTCAAAACAATCACTAA
ACTTAACCCTATTTTTTAAGGATTATCTGTTTTCTATTCAGTTAAATGTGGTACTACTTT
ACCTGATTTAACTTTCACTCTTACCGATGTTAACGGTGTTGATAGAAACTACTCACTTCC
ATCCTCTTTCTATATCCTTAATTAAAGTGGAACTTGCATTCTTGGAATTCAAGGTAACTC
AGTTACAGGCGATTTACAATTCTTGTTGGGTGATGTTTTCATGAGAAGATTCGTTTCTGT
ATTTGATTATACTAGCCTCTCTATGGGTAAATTTCAATTAGCATTTTTCAAAATAAACAT
TTTTTTTCTTCTTAAAATTTAAAACAGGTCTTTCTGTATCAGTTGCAAACCCTGCTTCTG
CTGTTGTAACCAAAAATCATAGAAATGGTCATTTAGCTCTTTTAGCTATAGGTTTAGTTG
CTTTAGCTGGTCTTATTTTCTTAACATTAAGAGCTTTAAGAAAGTGA