Identifiers and Description

Gene Model Identifier

TTHERM_00128320

Standard Name

CTH5 (cathepsin 5)

Aliases

PreTt09396 | 9.m00417 | 3699.m00125

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

• ( PF03823 ) Neurokinin B
• ( 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: 83.1%

TetraMine Data

TTHERM_00128320

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_09152.1	9.997093137033517e-262	eukaryotic aspartyl protease ( 387 aa)
DictyBase	DDB_G0279411	6.000414531663983e-92	ctsD on chromosome: 3 position 2104523 to 2105867
WormBase	WBGene00000217	3.0001382455732556e-90	locus:asp-4 status:Confirmed UniProt:Q21966 protein_id :CAA90633.1
Oxytricha	Contig19103.0.g52	6.999281070199524e-80	Eukaryotic aspartyl protease
SGD	YPL154C	3.0013199058937152e-77	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_31827	3.392270193026015e-47

General Information

No Data fetched for General Information

Associated Literature

No Data fetched for Associated Literature

Sequences

>TTHERM_00128320(coding)
ATGAAATACTTAGTTGTTTTGGCTTTAGTCCTCGCTTTGTCTTCTGCTTTGATCACTGTA
CCAATCAGAAAGCCTCAAGAAAACACTCTCTAAAAATTATTGAGAGTTAACTCTTTGAAG
GGTAACATCCAAGCTTTACTCAACAAGCTTTTCCCCTCCAACATGGTTTCCTCATGGCCC
GAAGTTAAGATTAACAACTATATGGATGCTTAATACTTTGGTGAAGTCTCCATTGGTACC
CCCGCTTAAACTTTCACTGTTATTTTCGATACTGGTTCTTCCAACCTTTGGGTTCCCTCT
TCTGAATGTGGTCTCTTGTCCGTTGCTTGCCAATTACACAAGAAGTACAACGCCAAGAAG
TCCAAAACCTACTAAAAGAATGGTACCGAATTCTCCATCAAATACGGTTCTGGTAGCGTT
GCTGGTCACTGGTCTGAAGATACTGTCTCCCTTGCTGGTCTTGAAGCCACTGGTGTTCTC
TTCGGTGAAGCCACTACATTGAACGGTGTCTCCTTCCTTGCTTCCAAGTTCGACGGTATT
TTGGGTATGGCCTTCTCTGCTATCTCCATCGACCACATCCCCCCTGTCTTCTAAGTCCTC
ATGACTGAAGGAAAGGTTTCTGATGGTTCTTTCTCTTTCTTCTTAACCGACAAGGCTGGT
GAAGAAGGTTCCGCTTTGGTTTTGGGTGGTGTTGATCCCTAATTCGCTGCTTCTGACTTC
AAGTACTACCCCGTCACCCTTGAAGCCTGGTGGGTTATTGCTGTTTCCAAGGTTACTTTG
GGCAACAAGACTTACTAACTTACCAACTCCATCGTCGACACTGGTACCTCCGTCTTAGTT
GGTCCCAAGGCTATCGTTTCTGACATGGTCAAGAGTCTCCCCAACAAGGGTGCTCAAGCT
GTTGACTGCTCTACCATCAGCAAGTTCCCCAACTTGACCTTCACTATTGGTGGTGATGAC
TACGTCTTAGCCCCCACTGACTACATCCTCTAGGTTACCGCCTAAGGTCAAACTGAATGT
GTTTTGGGTATCCAAGGTATGGACTTACCTTCCCCCATTGACAACGCCTTCATTTTGGGT
GACTCTTTCATTCACAAGTTCTACACTCACTTCGATATGGCCAACAAGAGAGTCGGTTTT
GCTCTTGCCAAGCACGACTGA

>TTHERM_00128320(protein)
MKYLVVLALVLALSSALITVPIRKPQENTLQKLLRVNSLKGNIQALLNKLFPSNMVSSWP
EVKINNYMDAQYFGEVSIGTPAQTFTVIFDTGSSNLWVPSSECGLLSVACQLHKKYNAKK
SKTYQKNGTEFSIKYGSGSVAGHWSEDTVSLAGLEATGVLFGEATTLNGVSFLASKFDGI
LGMAFSAISIDHIPPVFQVLMTEGKVSDGSFSFFLTDKAGEEGSALVLGGVDPQFAASDF
KYYPVTLEAWWVIAVSKVTLGNKTYQLTNSIVDTGTSVLVGPKAIVSDMVKSLPNKGAQA
VDCSTISKFPNLTFTIGGDDYVLAPTDYILQVTAQGQTECVLGIQGMDLPSPIDNAFILG
DSFIHKFYTHFDMANKRVGFALAKHD

>TTHERM_00128320(gene)
ATGAAATACTTAGTTGTTTTGGCTTTAGTCCTCGCTTTGTCTTCTGCTTTGATCACTGTA
CCAATCAGAAAGCCTCAAGAAAACACTCTCTAAAAATTATTGAGAGTTAACTCTTTGAAG
GGTAACATCCAAGCTTTACTCAACAAGCTTTTCCCCTCCAACATGGTTTCCTCATGGCCC
GAAGTTAAGATTAACAACTATATGGATGCTTAATACTTTGGTGAAGTCTCCATTGGTACC
CCCGCTTAAACTTTCACTGTTATTTTCGATACTGGTTCTTCCAACCTTTGGGTTCCCTCT
TCTGAATGTGGTCTCTTGTCCGTTGCTTGCCAATTACACAAGAAGTACAACGCCAAGAAG
TCCAAAACCTACTAAAAGAATGGTACCGAATTCTCCATCAAATACGGTTCTGGTAGCGTT
GCTGGTCACTGGTCTGAAGATACTGTCTCCCTTGCTGGTAAGAAATCTTTCTCTCTTTTT
TTCGCATGCATTCTATTTTTAATCCTCTGCTCTCAATTATCAACATTCCTAACAATAAAT
ATCCTTCAAAGACCAATTAAAATAATCTGATTCACTCTTGTTTGAAAGTCTCTTTATAAC
TTAATTAAGTAGAAATCAAATAAAAGAATTTGATGATCTGAAATTTTAAACGATTATTAA
ATCTCTTTCCAGATTTAAAATGACTTCATTCAAAATAAGACTTTAATAGAAATAATCAAA
GGAAAATCATCAGAAAATAAAGAAAGATACATTAAAATTGAATTTTAATTGTTTGTAAAA
AAAATAAATAAAGATAATCAAAGACTCAAAAACAAACAAACAAACAAACAAACAAAGATA
AACTAATTCCAATTCAATCAATTTAAATAGAGCTAATTATTTAGCATGCATTGCTTAAAG
GCTCGGCTTTTATTTATTATATTTTCAAAAAGCAACCAGTAAAAATAGAGAGGATTAATT
TAGAATATTCATTTTTTGTGTACTAATCTAATTAAATTTTAATAATTAAATAGGTCTTGA
AGCCACTGGTGTTCTCTTCGGTGAAGCCACTACATTGAACGGTGTCTCCTTCCTTGCTTC
CAAGTTCGACGGTATTTTGGGTATGGCCTTCTCTGCTATCTCCATCGACCACATCCCCCC
TGTCTTCTAAGTCCTCATGACTGAAGGAAAGGTTTCTGATGGTTCTTTCTCTTTCTTCTT
AACCGACAAGGCTGGTGAAGAAGGTTCCGCTTTGGTTTTGGGTGGTGTTGATCCCTAATT
CGCTGCTTCTGACTTCAAGTACTACCCCGTCACCCTTGAAGCCTGGTGGGTTATTGCTGT
TTCCAAGGTTACTTTGGGCAACAAGACTTACTAACTTACCAACTCCATCGTCGACACTGG
TACCTCCGTCTTAGTTGGTCCCAAGGCTATCGTTTCTGACATGGTCAAGAGTCTCCCCAA
CAAGGGTGCTCAAGCTGTTGACTGCTCTACCATCAGCAAGTTCCCCAACTTGACCTTCAC
TATTGGTGGTGATGACTACGTCTTAGCCCCCACTGACTACATCCTCTAGGTTACCGCCTA
AGGTCAAACTGAATGTGTTTTGGGTATCCAAGGTATGGACTTACCTTCCCCCATTGACAA
CGCCTTCATTTTGGGTGACTCTTTCATTCACAAGTTCTACACTCACTTCGATATGGCCAA
CAAGAGAGTCGGTTTTGCTCTTGCCAAGCACGACTGA