Identifiers and Description

Gene Model Identifier

TTHERM_00633530

Standard Name

PUP1 (20S proteasome core beta subunit 2)

Aliases

PreTt28022 | 90.m00186

Description

PUP1 proteasome subunit beta type protein

Genome Browser (Macronucleus)

Genome Browser (Micronucleus)

Gene Ontology Annotations

Cellular Component

• proteasome core complex (IEA) | GO:0005839

Molecular Function

• threonine-type endopeptidase activity (IEA) | GO:0004298

Biological Process

• proteolysis involved in cellular protein catabolic process (IEA) | GO:0051603

Domains

• ( PF00227 ) peptidase, T1 family

Gene Expression Profile

• Tetrahymena Functional Genomics Database:

Change in Gene Expression

TMHMM

TMHMM

Signal Peptide

Signal Peptide Present?: No
Presense Probability: 11.1%

TetraMine Data

TTHERM_00633530

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_15827.1	4.0006013729588566e-158	proteasome A-type and B-type f amily protein (323 aa)
Oxytricha	Contig17526.0.g72	2.9993408039826107e-81	Proteasome subunit
DictyBase	DDB_G0283679	4.000010081770683e-74	psmB7 on chromosome: 4 positio n 967091 to 968259
SGD	YOR157C	7.999439018944131e-69	PUP1 Beta 2 subunit of the 20S proteasome; endopeptidase wit h trypsin-like activity that c leaves after basic residues; s ynthesized as a proprotein bef ore being proteolytically proc essed for assembly into 20S pa rticle; human homolog is subun it Z
WormBase	WBGene00003948	1.9992362000979228e-56	locus:pbs-2 Proteasome subun it beta type status:Confirme d UniProt:O62102 protein_i d:CAB16855.1
Stentor Coeruleus	SteCoe_28688	8.194012623990515e-40

General Information

No Data fetched for General Information

Associated Literature

No Data fetched for Associated Literature

Sequences

>TTHERM_00633530(coding)
ATGAGTTACTTGAATGCCATTAAAGAAAACTAGGGAGGATTCAATTTCGATTTATGTTTG
AGAAATAATGAATTAGTTTCCAAGCAAATCGTTTCCAGCCCTCATTTCACTAAGACTGGT
ACTACAATTGTAGGTTTAGTTTATAAGGATGGTGTTGTTTTGGGTGCTGATACCAGAGCT
ACTGCTGGCACTATTGTAGCTGAAAAAAGTTGCAGCAAAATTCATTATATTGCTCCTAAT
ATGTATTGCTGTGGTGCAGATACCTAATGGGTTACTGATAGACTCTCTTCTGAATTAGAA
TTAATGAGACTCAACACCAATAGATAATCTAGAATTGCTGGTGCTATTGCTCGTCTTAGA
GAACATTTATATCAATATTAAGGTCACGTCGGTGCTCACTTGATTTTAGGTGGTTTTGAT
TGCCAAGGTCCTCAATTAGTATCCGTTGCTGCTCATGGTTCTTTCTCTTATCTTCCTTAT
GCTACCATGGGTTCAGGATGTTTGGCTGCTATTGCCACTTTAGAATCTAGATATAGAGAC
GATTTAACTGAATAAGAAGCTATCGATTTAGTTACTGCTTCAATTGAATCTGGTATTGTT
CACGATTTAGGTTCTGGTTCCAACGTTGATGTATGTGTTATTAAAAGAGATCCTAAGGTA
GATGTTAAAGTAGATTACTTAAGACTTCATAAGACGTATATTTATTTATTTTATATTTTC
AAGCAAGTTTAAATAAATAAATGTATATAAAAAAAGCGATAACAACCAAAGACTTAACAA
GCCATTCCCTTACAAAGCTATTCCTAACAACCACCCCTTCCATAGATAATTCAATGTTCC
CATCGAAAAAATTCCCGTTAATGTCGATCCTTCTAAAAACGAAATGGAAGTAGAATGAGA
AAAATAATAATGCGAGCAAATTCGTTTTTGGCATTACTTTTTTATAAAATATACTTAAAA
AATAAAATAAAATATAATTAAATGTAATTTAAAACATATATTTTTAACGACTTCATACAC
GTATTTTTACCAAAATTTAAAAATTTATTGAAGATAAATTAAAATATTTGCATATCTATT
TTTATAATTTTTTTAAATAAATAATTCGTTAATAATTTACAATAAAATCATTCGTTAATA
AAGTACAATAAAATCGAACATGAAATATTTTTATTGGATTTATGA

>TTHERM_00633530(protein)
MSYLNAIKENQGGFNFDLCLRNNELVSKQIVSSPHFTKTGTTIVGLVYKDGVVLGADTRA
TAGTIVAEKSCSKIHYIAPNMYCCGADTQWVTDRLSSELELMRLNTNRQSRIAGAIARLR
EHLYQYQGHVGAHLILGGFDCQGPQLVSVAAHGSFSYLPYATMGSGCLAAIATLESRYRD
DLTEQEAIDLVTASIESGIVHDLGSGSNVDVCVIKRDPKVDVKVDYLRLHKTYIYLFYIF
KQVQINKCIQKKRQQPKTQQAIPLQSYSQQPPLPQIIQCSHRKNSRQCRSFQKRNGSRMR
KIIMRANSFLALLFYKIYLKNKIKYNQMQFKTYIFNDFIHVFLPKFKNLLKINQNICISI
FIIFLNKQFVNNLQQNHSLIKYNKIEHEIFLLDL

>TTHERM_00633530(gene)
ATGAGTTACTTGAATGCCATTAAAGAAAACTAGGGAGGATTCAATTTCGATTTATGTTTG
AGGTAATTTAGCAATTCTGTTTAATGTTTGCATCATTTAGTTAGTTATTCTTGATGATTC
ATAAAGCTAACTAACTTTGCACTTGATCAATTAACATTCATTTTTAAAACTAGAAATAAT
GAATTAGTTTCCAAGCAAATCGTTTCCAGCCCTCATTTCACTAAGACTGGTACTACAATT
GTAGGTTTAGTTTATAAGGTATATTGATTGATTGATCAGTTAATTTATTTATCAATTTGG
CACAACCATTCTTAAACATCTTTACTTTTACAAGCCTTAGCTGACTTCTTTTAATAATTA
TAACAATAAAGGATGGTGTTGTTTTGGGTGCTGATACCAGAGCTACTGCTGGCACTATTG
TAGCTGAAAAAAGTTGCAGCAAAATTCATTATATTGCTCCTAATATGTATTGCTGTGGTG
CAGGTAAAATTAAAAATTTCTTTAATATATTAAGGAGATTAAGATTTTTTAAACTTAAAA
ATAAATAGGAACTGCTGCTGGTAATAATTAATTAATTAATTCTTTGATCATTTGTTTAAA
AAGAAAGAAAAAAATGGATTATATCATAATTTAACATGAAGATATTTGCAAGAAATGACT
TGCTTTCAAAGCTATTTTAGATTTTTTCATTATACAATTCTGCAATTACAATAAGAATAA
AAGATCAAAGGCTTTTTTGTCAAAAAAAAATAATTAATGATTTTCTTTTTACAAAACAGA
TACCTAATGGGTTACTGATAGACTCTCTTCTGAATTAGAATTAATGAGACTCAACACCAA
TAGATAATCTAGAATTGCTGGTGCTATTGCTCGTCTTAGAGAACATTTATATCAGTAAAA
TAATCAAATTCACTATATACTATTATTAATTTATAGTTCTATATTGATTTTTATTTGAAT
TTATTTGAAGATATGCTTAAAATAATTAACAAATAGATATTAAGGTCACGTCGGTGCTCA
CTTGATTTTAGGTGGTTTTGATTGCCAAGGTCCTCAATTAGTATCCGTTGCTGCTCATGG
TTCTTTCTCTTATCTTCCTTATGCTACCATGGGTTCAGGATGTTTGGCTGCTATTGCCAC
TTTAGAATCTAGATATAGAGACGATTTAACTGTAATTTTTACAACTTATATATATATAAT
TATCAAACAAAAACATGTTTTTCAATCATTTTCGAAGAGGAAAATATTTAAATAATATAT
ATTTAAAAAAAATAGGAATAAGAAGCTATCGATTTAGTTACTGCTTCAATTGAATCTGGT
ATTGTTCACGATTTAGGGTAAATAAAATAATATAAAAGAAAGAATAGGTTTTAAAACATA
TACTAATTTAAAATAGTTCTGGTTCCAACGTTGATGTATGTGTTATTAAAAGAGATCCTA
AGGTAGATGTTAAAGTAGATTACTTAAGACTTCATAAGACGTATATTTATTTATTTTATA
TTTTCAAGCAAGTTTAAATAAATAAATGTATATAAAAAAAGCGATAACAACCAAAGACTT
AACAAGCCATTCCCTTACAAAGCTATTCCTAACAACCACCGTAACTATTTTTTACTTAAT
TACTTCATGAAGAGATCTAAACAATATTTAATTAAAAAATAGCCTTCCATAGATAATTCA
ATGTTCCCATCGAAAAAATTCCCGTTAATGTCGATCCTTCTAAAAACGAAATGGAAGTAG
AATGAGAAAAATAATAATGCGAGCAAATTCGTTTTTGGCATTACTTTTTTATAAAATATA
CTTAAAAAATAAAATAAAATATAATTAAATGTAATTTAAAACATATATTTTTAACGACTT
CATACACGTATTTTTACCAAAATTTAAAAATTTATTGAAGATAAATTAAAATATTTGCAT
ATCTATTTTTATAATTTTTTTAAATAAATAATTCGTTAATAATTTACAATAAAATCATTC
GTTAATAAAGTACAATAAAATCGAACATGAAATATTTTTATTGGATTTATGA