Identifiers and Description

Gene Model Identifier

TTHERM_00348200

Standard Name

ULP1 (Ubiquitin-Like Protease 1)

Aliases

PreTt05232 | 36.m00196 | 3703.m00029

Description

Ulp1 protease family, C-terminal catalytic domain containing protein; involved in de-SUMOylation

Genome Browser (Macronucleus)

Genome Browser (Micronucleus)

Gene Ontology Annotations

Molecular Function

• cysteine-type peptidase activity (IEA) | GO:0008234

Biological Process

• proteolysis (IEA) | GO:0006508

Domains

• ( TIGR00166 ) ribosomal protein S6
• ( PF02902 ) Ulp1 protease family, C-terminal catalytic

Gene Expression Profile

• Tetrahymena Functional Genomics Database:

Change in Gene Expression

TMHMM

TMHMM

Signal Peptide

Signal Peptide Present?: No
Presense Probability: 11.5%

TetraMine Data

TTHERM_00348200

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_09737.1	9.997093137033517e-262	Ulp1 protease family, C-termin al catalytic domain-containing protein (526 aa)
DictyBase	DDB_G0292290	9.997019043202629e-21	DDB_G0292290 on chromosome: 6 position 1396696 to 1399005
SGD	YPL020C	0.0000000000009003435339752751	ULP1 Protease that specificall y cleaves Smt3p protein conjug ates; required for cell cycle progression; associates with n ucleoporins and may interact w ith septin rings during teloph ase; sequestered to the nucleo lus under stress conditions
WormBase	WBGene00006736	0.00000000002000577768187062	locus:ulp-1 Sentrin-specific protease status:Confirmed UniProt:Q09353 protein_id:C CD72868.1
Oxytricha	Contig1491.1.g75	0.000050024383570459175	Ulp1 protease family, C-termin al catalytic domain

General Information

No Data fetched for General Information

Associated Literature

1. Ref:SUPR000211
2. Ref:SUPR000153

Sequences

>TTHERM_00348200(coding)
ATGAAATCAAAGTTTTTAGACACTCTTTTTGATAATATTCTAAATTGGTTAGGACCTAAA
AAAAGAAAGCGAGACGATATTTCTATTGGCGAATATGACGGAGAGTATCCAAGGATTCCT
GATCCTTCCAAAAAAGTATTTAAGTCAAGCGATCAATTTAGTTCTTCCAACGATTAGAAA
CTAGCCAATAATAATAATAACAGCAGTAGTGCAAATTAGTCGAGCGATGATGTGCCTTAA
ATCATCCATTCAGTTATTCCTATAAAAAATAATACATCACCTAGAAAGGAAGCATAGTAT
TAACAGATTAATAAGAAAGACATAATAGACCATAATAAAGAAAACTCGAATACGAAAGTA
AAGTTGCAAAACTAACCTAACCCTAAAGTAATTGTGCTCAATGAATGCAATGGGAATTCA
AAAAAAAACGAATTTTAGCTAAATGGAAAGAAGGAAGCATAACTCTAGGAGTTTATTGTG
ATAGAAGAGGATGGAATTGAGTAGGCAAAGTAAAATCATAATTAAGATAAATAATTGTAG
CTAGCTAGAAGACCGTCTTCAGCGCAGTATTAAATTGAATAAGATAGAAAGTAAAGAGAG
AATTTAGATTTGGAAATAATCCAACTCCCAAAAGAATTTATGGAATTCAAAGAAATAACC
GATGAATGGATTTCGAATGACTTTGGTTTGCTCGAATAAAAAATGGCTAAGCTTGACTTA
TAGACATAATAAATAAAATAGAAAACAGAAGAAGGAAGAAAAAAGAATGGCAATAATAAT
TAAGTAGATTCAGACATTATATTTATAAAATAATACCATAAGAAATCAAAAGTTGGAGAA
TTATTAGAGGAATTTAACTAAATTTATGACTTAAAGACTAAAAAGATGAAAAAACTTTTT
TGGAGATTTGAAGAAAAGCAACTTAAAGAAGTTTAGGATGTATTTGAAAGAAGCTTCAAT
TTGAATTAGGATGTAGTAACTCATTAACACATCTTAGAAAGACTTACTTTTAGCAATTTA
TAGACTCTCAGGTAGCCTAATTGGCTTAATGATGAAGTTATCAATGCTTATATAAGATTA
ATAGTGTAATCAACAAATGCAGTCATATTAAATACCTTTTTCTATCCTGAGTTGGTAAAA
AACAGTGCTTGGAATAAAATCAAAAGAATAGCAACTAAAAATAAAGTGACCTATAAATCA
GGAAACTTTTTTGTACCTATGAATATTAATGGAACTCATTGGTCATTTGTTGAAGTAAAT
AATGAAACAAATAAAATCATCTACTATGATTCTCTCGCTACTGATGACAGAGATTATTTT
AATTATACAAAATACTTTGTAGATTTGATGTAAAACTTATAAAAAGACGATGGAATTGCA
TAAGAAAATATTAAAAAATACGAGCTAATAAATGGCGAAACAGGATTCTAATAAAACGGA
TATGATTGTGGAGTATTTATGCTAAAAGGTATACATTACAGATCTTCTGGTATAAATGGC
TTAAGGTTATGGATTGAATAAACAGATACCCAATACTACAGATATTTAATAGCATTTTAG
TTAATTTAAGGAAAAGTAGAGATTTGCTAAAACTGA

>TTHERM_00348200(protein)
MKSKFLDTLFDNILNWLGPKKRKRDDISIGEYDGEYPRIPDPSKKVFKSSDQFSSSNDQK
LANNNNNSSSANQSSDDVPQIIHSVIPIKNNTSPRKEAQYQQINKKDIIDHNKENSNTKV
KLQNQPNPKVIVLNECNGNSKKNEFQLNGKKEAQLQEFIVIEEDGIEQAKQNHNQDKQLQ
LARRPSSAQYQIEQDRKQRENLDLEIIQLPKEFMEFKEITDEWISNDFGLLEQKMAKLDL
QTQQIKQKTEEGRKKNGNNNQVDSDIIFIKQYHKKSKVGELLEEFNQIYDLKTKKMKKLF
WRFEEKQLKEVQDVFERSFNLNQDVVTHQHILERLTFSNLQTLRQPNWLNDEVINAYIRL
IVQSTNAVILNTFFYPELVKNSAWNKIKRIATKNKVTYKSGNFFVPMNINGTHWSFVEVN
NETNKIIYYDSLATDDRDYFNYTKYFVDLMQNLQKDDGIAQENIKKYELINGETGFQQNG
YDCGVFMLKGIHYRSSGINGLRLWIEQTDTQYYRYLIAFQLIQGKVEICQN

>TTHERM_00348200(gene)
ATGAAATCAAAGTTTTTAGACACTCTTTTTGATAATATTCTAAATTGGTTAGGACCTAAA
AAAAGAAAGCGGTAAGCAAAAAGCTTTAAAATTCATAAAAATAAAGGATGATACTATAGG
CATTAAAGTAAAATAATGAAGAGTATTCATTCCTTCATTTCAACTGTAAAAATAGCAATG
ATAGTAGGACATAATTTTAAATTATAATATTAATTAGAGACGATATTTCTATTGGCGAAT
ATGACGGAGAGTATCCAAGGATTCCTGATCCTTCCAAAAAAGTATTTAAGTCAAGCGATC
AATTTAGTTCTTCCAACGATTAGAAACTAGCCAATAATAATAATAACAGCAGTAGTGCAA
ATTAGTCGAGCGATGATGTGCCTTAAATCATCCATTCAGTTATTCCTATAAAAAATAATA
CATCACCTAGAAAGGAAGCATAGTATTAACAGATTAATAAGAAAGACATAATAGACCATA
ATAAAGAAAACTCGAATACGAAAGTAAAGTTGCAAAACTAACCTAACCCTAAAGTAATTG
TGCTCAATGAATGCAATGGGAATTCAAAAAAAAACGAATTTTAGCTAAATGGAAAGAAGG
AAGCATAACTCTAGGAGTTTATTGTGATAGAAGAGGATGGAATTGAGTAGGCAAAGTAAA
ATCATAATTAAGGTATCTTTTAATAATCTTAATAATAAAAATATAATAACAATAAATATT
AATAGATAGAAGTAGTTTTTATACTAATAAATAACTAAAAAAAACAAAAAAATAATAATT
TATAATTTGATTTTCTATTATTTATTGATTGAAGTAGTCATTCATATTTTAATTAAAAAA
TTGTAGATAAATAATTGTAGCTAGCTAGAAGACCGTCTTCAGCGCAGTATTAAATTGAAT
AAGATAGAAAGTAAAGAGAGAATTTAGATTTGGAAATAATCCAACTCCCAAAAGAATTTA
TGGAATTCAAAGAAATAACCGATGAATGGATTTCGAATGACTTTGGTTTGCTCGAATAAA
AAATGGCTAAGCTTGACTTATAGACATAATAAATAAAATGTAAATAAGAAATTATTTTGC
AATGATTTTAGTAATGAAAAATAAAATTAAAAGAGAAAACAGAAGAAGGAAGAAAAAAGA
ATGGCAATAATAATTAAGTAGATTCAGACATTATATTTATAAAATAATACCATAAGAAAT
CGTAATTTTTAGCATTTCTATTTTCTTTTTATAGAGCATAATTCATTCATTTATTTTTTA
AATTACAGAAAAGTTGGAGAATTATTAGAGGAATTTAACTAAATTTATGACTTAAAGACT
AAAAAGATGAAAAAACTTTTTTGGAGATTTGAAGAAAAGCAACTTAAAGAAGTTTAGGAT
GTATTTGAAAGAAGCTTCAATTTGAATTAGGATGTAGTAACTCATTAACACATCTTAGAA
AGACTTACTTTTAGCAATTTATAGACTCTCAGGTAGCCTAATTGGCTTAATGATGAAGTT
ATCAATGCTTATATAAGATTAATAGTGTAATCAACAAATGCAGTCATATTAAATACCTTT
TTCTATCCTGAGTTGGTAAAAAACAGTGCTTGGAATAAAATCAAAAGAATAGCAACTAAA
AATAAAGTAAACTATAATAAATACACTATTTTTTGAAAACTTTAATCTATATATAATTAA
AAAGGTGACCTATAAATCAGGAAACTTTTTTGTACCTATGAATATTAATGGAACTCATTG
GTCATTTGTTGAAGTAAATAATGAAACAAATAAAATCATCTACTATGATTCTCTCGCTAC
TGATGACAGAGATTATTTTAATTATACAAAATACTTTGTAGATTTGATGTAAAACTTATA
AAAAGACGATGGAATTGCATAAGAAAATATTAAAAAATACGAGCTAATAAATGGCGAAAC
AGGATTCTAATAAAACGGATATGATTGTGGAGTATTTATGCTAAAAGGTATACATTACAG
ATCTTCTGGTATAAATGGCTTAAGGTTATGGATTGAATAAACAGATACCCAATACTACAG
ATATTTAATAGCATTTTAGTTAATTTAAGGAAAAGTAGAGATTTGCTAAAACTGA