How to use this page

Gene Card

Enter a TK1151 or OH-1004 gene ID to view sequences, annotations and analyses in the corresponding reference genome.
Flanking length, max 10000 bp

Gene overview

LXL04_001448
Reference: OH-1004 Chr: Chr01 Coordinates: 27075069-27085311 Strand: + Type: protein_coding

cDNA / CDS / Protein Sequences

Available sequence downloads CDS FASTA Protein FASTA cDNA FASTA

2880 bp · LXL04_001448|LXL04_001448|OH1004|cDNA

ATGGGCACGACTTCTTCCAGCAAGAAAACCGCAGTATTTGAATTTCACTTTGACGATTTAGATGAACTTGCCGAGAAGAACTCCAGATGGAACCCTACCGAATCGGCGAAAAATAAACATCGTTCCGGTGATATCCCCATCGACAAGTATAATTTCTTGCAATCAACTGCTGGAAAAAAGGAGCCTAAAGGAAAGAAATTGAGGGATGAAACTATAACTATTGATGAAGTTGATGAAGCAGTGAAAGAAAGGATTGTGCG...

2880 bp · LXL04_001448|LXL04_001448|OH1004|CDS

ATGGGCACGACTTCTTCCAGCAAGAAAACCGCAGTATTTGAATTTCACTTTGACGATTTAGATGAACTTGCCGAGAAGAACTCCAGATGGAACCCTACCGAATCGGCGAAAAATAAACATCGTTCCGGTGATATCCCCATCGACAAGTATAATTTCTTGCAATCAACTGCTGGAAAAAAGGAGCCTAAAGGAAAGAAATTGAGGGATGAAACTATAACTATTGATGAAGTTGATGAAGCAGTGAAAGAAAGGATTGTGCG...

959 aa · LXL04_001448|LXL04_001448|OH1004|PROTEIN

MGTTSSSKKTAVFEFHFDDLDELAEKNSRWNPTESAKNKHRSGDIPIDKYNFLQSTAGKKEPKGKKLRDETITIDEVDEAVKERIVRSDTALQSSSSNYKSKNFAGSKHSDLNTPKPHKAATQRFCLDDNEPVSLISDEDSDNSSTTSSNDLTDTEDLSGEQSLVQESTSHEMESGVVIRPTYINIGKNCYRKAQLTFFGSSIKIDVSEEKEATDSLTFEWKTADLLSIESKWSDPFITADVTLHIKLENPKQANNDQKS...

Flanking Sequence Download

Sequence orientation and download details

Upstream/downstream are capped at 10000 bp per side. Negative-strand genes are reverse-complemented so the final FASTA follows transcriptional 5′→3′ orientation.

Download Gene (CDS) Download Protein

ID Mapping

Input IDLXL04_001448
Source versionOH-1004 / GCA_047496595.1_OSU_TarKok_2.0
SNP / Indel variants and carrier samplesCRA009020 · OH-1004

Expand to load variant records for this gene.

Basic Information and Functional Annotation

Gene IDLXL04_001448
LocationChr01:27075069-27085311 (+)
DescriptionSimilar to ULP2B: Probable ubiquitin-like-specific protease 2B
Arabidopsis / Rice Reference Genes and Papers

Download references for this gene

Arabidopsis

Reference gene IDPossible functionPapers / DOI
At1g09730 Protease that catalyzes two essential functions in the SUMO pathway: processing of full-length SUMOs to their mature forms and deconjugation of SUMO from targeted proteins. No verified direct reference in this release
At4g33620 Protease that catalyzes two essential functions in the SUMO pathway: processing of full-length SUMOs to their mature forms and deconjugation of SUMO from targeted proteins. No verified direct reference in this release
At1g10570 Protease that catalyzes two essential functions in the SUMO pathway: processing of full-length SUMOs to their mature forms and deconjugation of SUMO from targeted proteins.
At1g60220 Protease that catalyzes two essential functions in the SUMO pathway: processing of full-length SUMOs to their mature forms and deconjugation of SUMO from targeted proteins.

Rice

No hit for this species in the current source table.

Functional annotation source
View annotation sources

Functional annotation source: OH1004 · LXL04_001448 · GCA_047496595.1_OSU_TarKok_2.0.

GO annotations (OH1004 source)
GO:0006508 proteolysis Biological Process
GO:0009561 megagametogenesis Biological Process
GO:0009651 response to salt stress Biological Process
GO:0009793 embryo development ending in seed dormancy Biological Process
GO:0010228 vegetative to reproductive phase transition of meristem Biological Process
GO:0016925 protein sumoylation Biological Process
GO:0016926 protein desumoylation Biological Process
GO:0048576 positive regulation of short-day photoperiodism, flowering Biological Process
GO:0048578 positive regulation of long-day photoperiodism, flowering Biological Process
GO:0055046 microgametogenesis Biological Process
GO:2000765 regulation of cytoplasmic translation Biological Process
GO:0005634 nucleus Cellular Component
KEGG gene cross-reference
ath:AT1G09730
ath:AT1G10570
ath:AT1G60220
ath:AT4G33620
spo:2542268
These KEGG gene identifiers are linked through homologous proteins; they do not establish pathway function for this gene.

Gene expression

View expression in different studies, tissues and treatments. Results are presented separately by study and measurement unit.

Data sources and gene correspondence

Expression data come from public transcriptome studies. Reference genomes, sample metadata and measurement units are shown with the results. Ambiguous cross-reference correspondences do not select an expression record automatically; missing values do not mean zero expression.

Subcellular Localization Top 5

Computational predictions or homology annotations below do not replace localization experiments.

Nucleus0.724
Rank 1 · LXL04_001448 · OH-1004
Cytoplasm0.315
Rank 2 · LXL04_001448 · OH-1004
Mitochondrion0.058
Rank 3 · LXL04_001448 · OH-1004
Cell membrane0.046
Rank 4 · LXL04_001448 · OH-1004
Golgi apparatus0.027
Rank 5 · LXL04_001448 · OH-1004

LocPro · Direct prediction · Computational prediction, not experimental localization

Predicted Functional Domains

Domain results are from Pfam-A/HMMER; positions are amino-acid coordinates on the protein sequence.

PF25352.2PH_ULP177-293 aa
PF02902.26Peptidase_C48329-519 aa
Gene IDDomain IDDomain NameStart aaEnd aaE-valueScore
LXL04_001448PF25352.2PH_ULP1772937.2e-32110.6
LXL04_001448PF02902.26Peptidase_C483295194.1e-36125.6

Arabidopsis / Rice Protein Homology

Only Arabidopsis and rice are shown. Swiss-Prot entries are reviewed; TrEMBL entries are supplementary sequence candidates. Similarity is not experimental validation.

Download current result

ProteinOrganismDescriptionIdentityDatabaseConfidence
Q8L7S0Arabidopsis thalianaProbable ubiquitin-like-specific protease 2B41.458%Swiss-Protweak database homology
Q0WKV8Arabidopsis thalianaProbable ubiquitin-like-specific protease 2A32.798%Swiss-Protmoderate database homology
Q8RWN0Arabidopsis thalianaUbiquitin-like-specific protease 1C33.202%Swiss-Protweak database homology
Q2PS26Arabidopsis thalianaUbiquitin-like-specific protease 1D32.453%Swiss-Protweak database homology

JBrowse

View in Genome Browser