Identifiers and Description

Gene Model Identifier

Contig15388.0.g29

Standard Name

ULP1a

Aliases

Contig15388_0_g29

Description

Ulp1 protease family, C-terminal catalytic domain

Genome Browser

Genome Browser (Micronucleus)

Micronuclear Genome Browser

Gene Ontology Annotations

Molecular Function

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

Biological Process

• proteolysis (IEA) | GO:0006508

Domains

• ( pfam02902 ) Ulp1 protease family, C-terminal catalytic domain

Gene Expression Profile

Homologs

No Data fetched for Homologs

General Information

No Data fetched for General Information

Associated Literature

No Data fetched for Associated Literature

Sequences

>Contig15388.0.g29(coding)
ATGAAAAATTGCAAAAAGAAGAGTGCTAAGTCCTCATAGATTACATCTTCAAAAAATAAA
AAGAAAGATAATTCAGCAGCAACATCGAAACAGAAAGATCTTCATCACATGCCAAGAAAT
ACTAGAAGTCATAAAGCTCCACAAAACTCTAAAGTGAAGCCATAGTAAACTGTAATTTAA
GCTTCTTAAATAAGCTCAAAATCAAAAGACATCAAGAAAGCTAGCAAAACAAAAATAATT
ATGTCTAAGAATAAACAAGTGAGCATGACTGCTAACACAAGCCCAATAAAGTAATTCAAA
GGCAAAATTGGAAGTTATGAACTCAGAGGTAGGAGTAAGGAAAAAGAAAAATCAAAGAAT
TTACCAACTTTAATGAGTCCTGTGAAAAAAAGGAATGATCCTAAACTCAACAGTCGTACA
AATTCACCAACAAGAATGCAAAGTAAAGATGTAGGGAAGACAAATTAAAGCGAATGCAAG
GATGTTGCTTAAAAAATGGCAATTCCTCGTTAAAATCAAGATACAGAAAGAAAAATTATT
CAGTCAAGAGTTCAGGCAGATAGATATTCAAGAACTCTTAGAATTTAATCTGAAAGAATC
TCCAATTCTAGAGACTCTTAGTCAGCTTCGCCAGTGAAAAATTTGAGGTCAAGGTAAAAC
GGATAAGCAAAGTACATTTCTAAAGAGTAATCCTCATCTCAAATTCTACTTATAAGACCT
GAATTTCTTAGAAATACCAGGTCTTTGTCACCAGTTTTAAAGTTAAAGAATAAACTTGAA
GGCATTAATCAAATCAAGTTCTAATCTCCAATAAAGACAGTGGTTTAAAGTCTATAGAAA
GTCAACTTAAGAAGTAGGAAAGTTGAGAACTCCACTGAAATCAAAGCTTAGACTGATTCA
TAGTAAAATTTGACATAAGATAAGAAGAATTTTAAAATAAATCCCAAGCCAGCAGATAAA
TCCCAAGCTCCGATAAAAAAAGAAATAATTGCTAAAGTCCCTTAATAAGAAGAATTTAAG
AAGCCTTTAACCAGGAACTAGATGCAAGAGAGAATAGTAAGTCCAAAATTCAAAAAACCC
ATTGATAAAGATGTTGTAATGAAAGAGACAGATCAAGATTAGAAACGCTAACTTAGAAGT
GGGCTTTAGCTCTAATAAGCTTAATTATCTAATAATTAATAATAATTGGACAATAAAAAG
CTCAATTAAGGATTACAAGCATCACAAACAAATATCCAATAAGTCGTTTAAGATTAGAAA
ATTATGAACAAATCCCTTTAAAGCAAAGATATAAAGAAAACAAAGAATCCGAAACAACTT
TAGTCAAAAAGAAGAGAAGAATTGAAAGTTGAGAAATCCTATGATTAAAGTGAAGTTGGA
TCAAGCAAGAATTTATAGGAGACAAGACACTATCTCAGAATTCGTAAATAATAAGATTTA
AGCGTGATATAAAAGATCAATAATGTCATAAAATCTAAAGGTAAAGCATTAAAGACTAGT
AAGTCAAAGATAACGAGTTAACTTTCAGCAAAGCAACAAAAAATTACTAAGAATTCTTCT
TCTTCTAAGTCTAAGAAGAAGCTTAAGCATTAAAAAGCAGAACCTTAAGTAACTGATTGG
TACGAAACTCCTCTACAATAAAGATTGATAGAGTAAAAGATTAAACCAAGACTTTTAGTT
TGTGATACCAATTTCGAAGACACCATAATGACCGAAGTCCTAATTGAGGATTAGGAAAAT
TTGGAAGAATGCCAAATTCAGCCAATAAAGTAAGGAAATAAATAATTCAGAAGTCATGAA
AAGCAACGCCGCACATTTAACAAATCAACCAAGTATGACAGTAATAACTAAAGTCCTAGA
ATCACAGATGACTCAGTGCAAATTCTCGAAGGCATTCATCATAAAGAGTTGGCCAGAAAT
CCACAGTAAAATTGGAACCAAAATTTAGATTAACACGAAGTTATGATGATAGATTTGGTT
CAAGAGAGCAATTAGTAATAGCAGTTAGATGGTTAAATTATCACAGTAGACTCCTAAACT
TAATCATTAAATATGGGAATTCAAGTTTTATAGTAAAACTAGCTTGTATTCGACTAGTCC
TCAAGCTAAGTTGACATCGATAATGTGTTTAATTTGCATTCAATAAATCTAATTGGTTAA
AAAGGTAGGTTTCAAGACGATGAATCTAGAGAAGTTTAAGATCCCAGGAAATTTACTCCG
CAGCGAGATAATTAGAGAAGCTTTGAAGAATGTAAAAGTATCGAAAACAGAGATCTTATC
TCAAGTTAAGATGGTGATTAATTAATGAGCAGTGACTCTGACGATGAGTTTGAAAATGAA
GATTAATTTAATGATGTTCATAAAAAAAATTCCAAGTACAACTCAGAAATTAAAAAGAAC
ATATCTTAGAGTTTTCTGTAACAATTGCATTAGCAAAGATTCAGAAATAACAACAGCCAT
ATTTAAATCAATAATCTAAAGTTGCCAGACATGACTCCTATTAACGAGTAAGCAGATATT
TGGAGACTTAGAAAAAATGACTCATTTTTAAATGACAATCTCATTGCCTTCTTCCTCGAA
TTGTTTTATAAGCACTTGCTAGACCAATAAGATCAAAGTGGCGATAATGATAATTTAAAC
TCGATTTTTTAACCTGATGAAATTAAGCTTTGCGACACATTTTTCCTATCTACTTTCTTG
AATATCTTCACTCCATCAACAAACACCTCACAAGTTAAGCCTGATAACAAGTAAATTCCT
AGGTCACAACCTCTCGATAGAAACCCAGAAAACCTGATTTAAACTCTTCAAATGAATACT
CAACTAACTGAGCAAGAGCTAGAAGCCAGAAGTTACAAGGAAGCAGAGAATAAATTTGAA
AGATTTGCAAAGCGCCGTATTTCAAATATCGAAAAAGTCAAGCATATGATTGTGCCAGTC
CACAGGCAAGAAGATTAGCATTGGGCTGTTGCCTTCCTCTGCAATCTCGACAAAAAGTAC
GATGAGGCTAACCTTGCTATTGAAAATCCATGCATAATCTATTGCGATTCGATGTTAGAC
ATCAGCAAAGAAATCTAGCAATCCTTGAACTTCCTCTTACTCTCAATTTACAAAAAGAAG
CATGATAAACTGCCTTTGAAATTAGTTGACCAAGTATCTATGGCAACCTAAAATTCCCCC
TTCACATTTCAAGAACAGTTAACTTAACAAAACTAAAGTTGTCTTTAATCCCCAAATTTA
TTATCCAGTCCACATTCCTTGGAGAGATTTTAATTTAGTTACTTCAGTTCAAGAGTTAAC
CTACCAATGCAAGAAAACGGATTTGACTGTGGATTGTACCTGATTAAAAATACTGAGATG
TTTTTGAGAAAGCCAGAAGCATTTCTAGATGTAAATCTCATACTAGAAAATTAAGAATTC
AATTCAGAGAGTTAGATCAATCAAGATGAAGAGGCAAAGTTTGATGAAGATTAAGAAGAT
AAATAAACTATAACTCCTTCAGCCATATTATATGTAGAACACCAGGACCTTGAGACAAAA
TTCATAAAACTGAACAAATACTTCAAAGAAGCCTATACGATTCATATACTGCAAAATTAA
TAGAAATCTAACGACAGTTCAATGAAGTCAAGCAAGCAAGTATCACCCAATAATTCTAAT
CGAACTGATAAAAGTAAAGAGTCAAAAGATGATGAGAAAGCTTAATTATAGGCAAACTTC
AAACTCAATCAGAAAAAGTTCAAGAATTTCTTCTCCAGTCTTTCAAGTGACAAATAAACA
ATGATTGCAGATCTCTTCCATTCTAAAAACCAGAGTATGAAAAACATTCTACATTTCATG
GGCTTTCTTAAAATAGAAATAGATAAAATATTCTCTTTGAATCCAAAACTTCTTCGTTTG
TGCCAAAAACACCAGTAACTTTAGAATTAGGATTTGAGAACGAATTGGGACATGTCTTTT
TTTTTGCCAGCAAACTTACAAGATTCAAGCGAAAAAGGGAAGCCTAAATTGTAAAATTAC
ATATACAATAATACTCAAATCAGTAAGATGCGATAACACTTGCTAGAAATGATCGATGAT
TTGAAACAAATATAGAGCGCTGATGGTCTTACTATTGATGATAAAATTCAAGAAATCATT
CAAAGTTATCTAAAAAATCAAGAACTTTATCAATGA

>Contig15388.0.g29(protein)
MKNCKKKSAKSSQITSSKNKKKDNSAATSKQKDLHHMPRNTRSHKAPQNSKVKPQQTVIQ
ASQISSKSKDIKKASKTKIIMSKNKQVSMTANTSPIKQFKGKIGSYELRGRSKEKEKSKN
LPTLMSPVKKRNDPKLNSRTNSPTRMQSKDVGKTNQSECKDVAQKMAIPRQNQDTERKII
QSRVQADRYSRTLRIQSERISNSRDSQSASPVKNLRSRQNGQAKYISKEQSSSQILLIRP
EFLRNTRSLSPVLKLKNKLEGINQIKFQSPIKTVVQSLQKVNLRSRKVENSTEIKAQTDS
QQNLTQDKKNFKINPKPADKSQAPIKKEIIAKVPQQEEFKKPLTRNQMQERIVSPKFKKP
IDKDVVMKETDQDQKRQLRSGLQLQQAQLSNNQQQLDNKKLNQGLQASQTNIQQVVQDQK
IMNKSLQSKDIKKTKNPKQLQSKRREELKVEKSYDQSEVGSSKNLQETRHYLRIRKQQDL
SVIQKINNVIKSKGKALKTSKSKITSQLSAKQQKITKNSSSSKSKKKLKHQKAEPQVTDW
YETPLQQRLIEQKIKPRLLVCDTNFEDTIMTEVLIEDQENLEECQIQPIKQGNKQFRSHE
KQRRTFNKSTKYDSNNQSPRITDDSVQILEGIHHKELARNPQQNWNQNLDQHEVMMIDLV
QESNQQQQLDGQIITVDSQTQSLNMGIQVLQQNQLVFDQSSSQVDIDNVFNLHSINLIGQ
KGRFQDDESREVQDPRKFTPQRDNQRSFEECKSIENRDLISSQDGDQLMSSDSDDEFENE
DQFNDVHKKNSKYNSEIKKNISQSFLQQLHQQRFRNNNSHIQINNLKLPDMTPINEQADI
WRLRKNDSFLNDNLIAFFLELFYKHLLDQQDQSGDNDNLNSIFQPDEIKLCDTFFLSTFL
NIFTPSTNTSQVKPDNKQIPRSQPLDRNPENLIQTLQMNTQLTEQELEARSYKEAENKFE
RFAKRRISNIEKVKHMIVPVHRQEDQHWAVAFLCNLDKKYDEANLAIENPCIIYCDSMLD
ISKEIQQSLNFLLLSIYKKKHDKLPLKLVDQVSMATQNSPFTFQEQLTQQNQSCLQSPNL
LSSPHSLERFQFSYFSSRVNLPMQENGFDCGLYLIKNTEMFLRKPEAFLDVNLILENQEF
NSESQINQDEEAKFDEDQEDKQTITPSAILYVEHQDLETKFIKLNKYFKEAYTIHILQNQ
QKSNDSSMKSSKQVSPNNSNRTDKSKESKDDEKAQLQANFKLNQKKFKNFFSSLSSDKQT
MIADLFHSKNQSMKNILHFMGFLKIEIDKIFSLNPKLLRLCQKHQQLQNQDLRTNWDMSF
FLPANLQDSSEKGKPKLQNYIYNNTQISKMRQHLLEMIDDLKQIQSADGLTIDDKIQEII
QSYLKNQELYQ