Gene Details:

Functional Descriptions:

  • Further, knocking the expression of OsUBP21 or AtUBP13 down or out increased the tolerance of rice and Arabidopsis plants to HS stress, suggesting that the function of these ubiquitin-specific proteases in regulating plant HS responses is conserved between monocots and dicots.
  • A Quantitative Proteomics Study of Early Heat-Regulated Proteins by Two-Dimensional Difference Gel Electrophoresis Identified OsUBP21 as a Negative Regulator of Heat Stress Responses in Rice.
  • A Quantitative Proteomics Study of Early Heat-Regulated Proteins by Two-Dimensional Difference Gel Electrophoresis Identified OsUBP21 as a Negative Regulator of Heat Stress Responses in Rice.

Literature:

Gene Resources:

  • NCBI ID:
  • UniProt accessions:

Sequences:

cDNA Sequence
  • >LOC_Os11g36470.1
    TGAGGTTGCTGTCCGCAAAATGGTTGATTATTGGACATATGATTCAAAAAAAGAAACAGGTTACGTTGGCCTGAAGAACCAAGGAGCTACCTGTTACATGAACTCTCTACTACAGACACTATACCATATACCATACTTCAGGAAGGCTGTGTATCATATGCCAACCACCGAAAATGATATGCCATCTGGGAGTATTCCGTTGGCATTGCAGAGCCTTTTCTACAAGCTCCAGTATAGTGACAATAGTGTAGCCACCAAAGAGCTGACCAAATCTTTTGGATGGGACACATATGATTCCTTCATGCAACATGATGTACAAGAGCTCAACAGAGTTCTCTGTGAGAAACTTGAAGATAAGATGAAGGTGACAAATCTGAGAACTGTCGTAGAGGGAACGATTGAAAAGTTATTCGAAGGTCACCACATCAATTATATAGAGTGTATAAATGTTGACTATAAATCCAACAGGAAGGAGTCCTTTTATGACCTTCAACTTGATGTTAAAGGTTGTCGTGATGTGTATGCATCGTTTGATAAATATGTTGAAGTTGAGCGCCTCGAAGGTGATAATAAGTATCATGCAGAGAATCATGGTTTACAGGATGCGAAAAAGGGTGTTCTGTTCCTTGATTTCCCCCCAGTTTTGCAACTTCAACTGAAGCGTTTTGAGTACGACTATATGAGAGATACCATGGTTAAGATTAATGACCGCTATGAATTCCCTTTGCAACTTGATTTGGATAGAGATGATGGAAAATATCTTGCTCCAGATGCAGATAGAAGTATAAGAAACCTTTATGCTCTTCACAGTGTTCTTGTTCATAGTGGAGGAGTACATGGCGGTCACTACTATGCCTTCATTCGACCAACGCTATCAGATCAATGGTATAAATTTGATGATGAGCGTGTAACTAAAGAAGATACTAAGAAGGCCCTTGAAGAGCAATACGGGGGTGAGGAAGAGTTGCCTCAAATAAATCCTGGTTTCAACAACGCTCCATTTAAATTCACAAAGTATTCAAATGCCTACATGCTTGTCTACATCCGTGAGAGTGATAAGGACAAAATAATGTGTAATGTTGATGAGAAGGACATTGCTGAGCATTTAAGGGTAAGGTTGAAGAAAGAACAAGAAGAGAAAGAACACAAAAAGAAAGAGAAGGCTGAAGCTCATCTTTATACCATCATAAAGGTGGCTCGAGATGAGAATTTGAAGGAGCAAATTGGCAAGGATATATATTTTGACCTGGTGGACCATGAAAAAGTTCGTAGCTTCCGAATTCAGAAGCAGTTACTGTTTACCACTTTCAAGGAGGAAGTTGCAAAGGAGTATGGCATCCCTGTACAATTTCAGCGCTTCTGGTTGTGGGCTAAGAGGCAGAACCACACATACAGGCCTAATCGTCCATTGAGTCCTCATGAAGAAACACAATCTGTGGGACAACTGAGGGAGGTATCGAATAAGGCACACAATGCTGAGCTGAAGTTGTTTTTGGAAGTAGAACTTGGCCCGGATTTGCGGCCTCTCCCTCCACCTGAGAAGAGCAAGGAAGATATTCTTCTGTTCTTCAAACTCTATAATCCCGAAAAGGAAGAACTCTGTTTTGTGGGGAGGCTCTTCGTAAAGGCCTTGGGAAAACCCTCAGAAATCTTGACCAAACTAAATGAAATGGCTGGATTTGTGCCAAATGAAGAAATTGAGCTCTACGAGGAAATTAAATTTGAGCCAAATGTGATGTGTGAACATATTGACAAAAAAGCCACTTTCCGTGCTAGTCAGCTTGAAGATGGGGACATCATCTGTTTCCAAAAATCACCTATACCTGATAGTGACACTCAAATGCGTTATCCAGATGTCCCTTCGTATCTGGAGTATGTTCATAATAGGCAGGTTGTGCACTTTCGGTTATTGGAGAAACCAAAGGATGATGACTTTTCTTTGGAATTGTCAAAACTTCATACCTATGATGATGTTGTTGAGAGAGTTGCCCGTCAGCTTGGTGTGGATGATCCAGCGAAAATTCGTCTAACATCCCATAACTGCTATTCGCAGCAGCCTAAACCGCAACCTATCAGATATCGGGGAGTGGAGCATCTTTTGGACATGCTCATTCATTATAATCAGACATCAGACATATTGTATTATGAGGTGTTGGATATTCCACTGCCAGAATTGCAGGGCCTGAAAACCCTGAAAGTTGCATTCCACCATGCTACAAAGGATGAGGTTGTGATTCACAGTATCAGGCTTCCAAAGAATAGCACCATTGCAGACGTGATTAATGATTTGAAAACAAAGGTTGAACTATCCAGTCCCAGTGCTGAATTGCGCTTGTTAGAGGTCTTTTACCACAAGATATATAAGATTTTTCCACTCCATGAGAAGATAGAGAATATTAATGATCAGTACTGGACACTACGTGCTGAGGAGATTCCAGAGGAGGAGAAAAATCTCGGTCCAAATGATCGGTTAATTCATGTTTATCACTTCATGAAAGACCCTCTTCAGAATCAGCAGATTCAGAACTTTGGAGATCCTTTTTATCTTGCTATCCGTGAAGGTGAGACTTTAGCAGAAGTAAAGGAGCGCATACAGAAAAAACTCCAAGTCCCTGATGAGGAATTCTGCAAGTGGAAATTCGCTTTCATATCCATGAACCGGCCAGATTACCTCCAAGATTCAGATGTTGTATCTGCCCGTTTCCAGAGGAGAGATGTCTATGGAGCCTGGGAGCAGTATCTTGGTTTGGAGCATGCTGATACTGCACCAAAAAGGGCCTACACAGCCAATCAGAACCGTCACACCTATGAGAAGCCAGTGAGAATTTACAATTGAAATCACTTCTGACTGTGCTGGCCCCTTGGTGGTGTCAAATCTGAAAGCAGCAACAGAGAGATGTAGTATGGAGAAGTTAAACTCGAACAGGGAAAAGCAGCAACAAGTTTTGGCCATTTGGGTGCCGTGGCCTCTATTCCTTTCTACCGGTGCTGTTTGGATGCAGAAGTGCACTTGATTTCATTGTTCATGATGACAAATTTTTCATGATTTTCCACCATGCTTTGGGGCAATGGTGCGTGCTATTGAATTTCCTTAAGTTGGGTGTGAATGCCCCCTTAGGGTAGATGTTGCTTCATTTTTAGAGCAAAGTTTCGGTACATAAGATTTTGGTAGGGGGGCATATGTATACAGGGTATAGTTCTGACTCATATCGACTTCTTGTCTTTGTGTGGATGTAACAATGGAAAACATCATACCAATCTTGCTGTATGGCTCAATTTTATCTTCCTTTCGCAGAAAAAATTAACCAGAATTACTGCCGCAGTTAGTGCGGCGCTGGGTTCCGTGATAGTAATAGCTGATGTAAGCGTGGATATGATGTAATTCACCAGAAATATGAAATATCCCGATTTCCTTCGAGAAACAAATATGAAATATCATTGAAATGTGGTACTTCTTTTTTCC
CDS Sequence
  • >LOC_Os11g36470.1
    ATGGTTGATTATTGGACATATGATTCAAAAAAAGAAACAGGTTACGTTGGCCTGAAGAACCAAGGAGCTACCTGTTACATGAACTCTCTACTACAGACACTATACCATATACCATACTTCAGGAAGGCTGTGTATCATATGCCAACCACCGAAAATGATATGCCATCTGGGAGTATTCCGTTGGCATTGCAGAGCCTTTTCTACAAGCTCCAGTATAGTGACAATAGTGTAGCCACCAAAGAGCTGACCAAATCTTTTGGATGGGACACATATGATTCCTTCATGCAACATGATGTACAAGAGCTCAACAGAGTTCTCTGTGAGAAACTTGAAGATAAGATGAAGGTGACAAATCTGAGAACTGTCGTAGAGGGAACGATTGAAAAGTTATTCGAAGGTCACCACATCAATTATATAGAGTGTATAAATGTTGACTATAAATCCAACAGGAAGGAGTCCTTTTATGACCTTCAACTTGATGTTAAAGGTTGTCGTGATGTGTATGCATCGTTTGATAAATATGTTGAAGTTGAGCGCCTCGAAGGTGATAATAAGTATCATGCAGAGAATCATGGTTTACAGGATGCGAAAAAGGGTGTTCTGTTCCTTGATTTCCCCCCAGTTTTGCAACTTCAACTGAAGCGTTTTGAGTACGACTATATGAGAGATACCATGGTTAAGATTAATGACCGCTATGAATTCCCTTTGCAACTTGATTTGGATAGAGATGATGGAAAATATCTTGCTCCAGATGCAGATAGAAGTATAAGAAACCTTTATGCTCTTCACAGTGTTCTTGTTCATAGTGGAGGAGTACATGGCGGTCACTACTATGCCTTCATTCGACCAACGCTATCAGATCAATGGTATAAATTTGATGATGAGCGTGTAACTAAAGAAGATACTAAGAAGGCCCTTGAAGAGCAATACGGGGGTGAGGAAGAGTTGCCTCAAATAAATCCTGGTTTCAACAACGCTCCATTTAAATTCACAAAGTATTCAAATGCCTACATGCTTGTCTACATCCGTGAGAGTGATAAGGACAAAATAATGTGTAATGTTGATGAGAAGGACATTGCTGAGCATTTAAGGGTAAGGTTGAAGAAAGAACAAGAAGAGAAAGAACACAAAAAGAAAGAGAAGGCTGAAGCTCATCTTTATACCATCATAAAGGTGGCTCGAGATGAGAATTTGAAGGAGCAAATTGGCAAGGATATATATTTTGACCTGGTGGACCATGAAAAAGTTCGTAGCTTCCGAATTCAGAAGCAGTTACTGTTTACCACTTTCAAGGAGGAAGTTGCAAAGGAGTATGGCATCCCTGTACAATTTCAGCGCTTCTGGTTGTGGGCTAAGAGGCAGAACCACACATACAGGCCTAATCGTCCATTGAGTCCTCATGAAGAAACACAATCTGTGGGACAACTGAGGGAGGTATCGAATAAGGCACACAATGCTGAGCTGAAGTTGTTTTTGGAAGTAGAACTTGGCCCGGATTTGCGGCCTCTCCCTCCACCTGAGAAGAGCAAGGAAGATATTCTTCTGTTCTTCAAACTCTATAATCCCGAAAAGGAAGAACTCTGTTTTGTGGGGAGGCTCTTCGTAAAGGCCTTGGGAAAACCCTCAGAAATCTTGACCAAACTAAATGAAATGGCTGGATTTGTGCCAAATGAAGAAATTGAGCTCTACGAGGAAATTAAATTTGAGCCAAATGTGATGTGTGAACATATTGACAAAAAAGCCACTTTCCGTGCTAGTCAGCTTGAAGATGGGGACATCATCTGTTTCCAAAAATCACCTATACCTGATAGTGACACTCAAATGCGTTATCCAGATGTCCCTTCGTATCTGGAGTATGTTCATAATAGGCAGGTTGTGCACTTTCGGTTATTGGAGAAACCAAAGGATGATGACTTTTCTTTGGAATTGTCAAAACTTCATACCTATGATGATGTTGTTGAGAGAGTTGCCCGTCAGCTTGGTGTGGATGATCCAGCGAAAATTCGTCTAACATCCCATAACTGCTATTCGCAGCAGCCTAAACCGCAACCTATCAGATATCGGGGAGTGGAGCATCTTTTGGACATGCTCATTCATTATAATCAGACATCAGACATATTGTATTATGAGGTGTTGGATATTCCACTGCCAGAATTGCAGGGCCTGAAAACCCTGAAAGTTGCATTCCACCATGCTACAAAGGATGAGGTTGTGATTCACAGTATCAGGCTTCCAAAGAATAGCACCATTGCAGACGTGATTAATGATTTGAAAACAAAGGTTGAACTATCCAGTCCCAGTGCTGAATTGCGCTTGTTAGAGGTCTTTTACCACAAGATATATAAGATTTTTCCACTCCATGAGAAGATAGAGAATATTAATGATCAGTACTGGACACTACGTGCTGAGGAGATTCCAGAGGAGGAGAAAAATCTCGGTCCAAATGATCGGTTAATTCATGTTTATCACTTCATGAAAGACCCTCTTCAGAATCAGCAGATTCAGAACTTTGGAGATCCTTTTTATCTTGCTATCCGTGAAGGTGAGACTTTAGCAGAAGTAAAGGAGCGCATACAGAAAAAACTCCAAGTCCCTGATGAGGAATTCTGCAAGTGGAAATTCGCTTTCATATCCATGAACCGGCCAGATTACCTCCAAGATTCAGATGTTGTATCTGCCCGTTTCCAGAGGAGAGATGTCTATGGAGCCTGGGAGCAGTATCTTGGTTTGGAGCATGCTGATACTGCACCAAAAAGGGCCTACACAGCCAATCAGAACCGTCACACCTATGAGAAGCCAGTGAGAATTTACAATTGA
Protein Sequence
  • >LOC_Os11g36470.1
    MVDYWTYDSKKETGYVGLKNQGATCYMNSLLQTLYHIPYFRKAVYHMPTTENDMPSGSIPLALQSLFYKLQYSDNSVATKELTKSFGWDTYDSFMQHDVQELNRVLCEKLEDKMKVTNLRTVVEGTIEKLFEGHHINYIECINVDYKSNRKESFYDLQLDVKGCRDVYASFDKYVEVERLEGDNKYHAENHGLQDAKKGVLFLDFPPVLQLQLKRFEYDYMRDTMVKINDRYEFPLQLDLDRDDGKYLAPDADRSIRNLYALHSVLVHSGGVHGGHYYAFIRPTLSDQWYKFDDERVTKEDTKKALEEQYGGEEELPQINPGFNNAPFKFTKYSNAYMLVYIRESDKDKIMCNVDEKDIAEHLRVRLKKEQEEKEHKKKEKAEAHLYTIIKVARDENLKEQIGKDIYFDLVDHEKVRSFRIQKQLLFTTFKEEVAKEYGIPVQFQRFWLWAKRQNHTYRPNRPLSPHEETQSVGQLREVSNKAHNAELKLFLEVELGPDLRPLPPPEKSKEDILLFFKLYNPEKEELCFVGRLFVKALGKPSEILTKLNEMAGFVPNEEIELYEEIKFEPNVMCEHIDKKATFRASQLEDGDIICFQKSPIPDSDTQMRYPDVPSYLEYVHNRQVVHFRLLEKPKDDDFSLELSKLHTYDDVVERVARQLGVDDPAKIRLTSHNCYSQQPKPQPIRYRGVEHLLDMLIHYNQTSDILYYEVLDIPLPELQGLKTLKVAFHHATKDEVVIHSIRLPKNSTIADVINDLKTKVELSSPSAELRLLEVFYHKIYKIFPLHEKIENINDQYWTLRAEEIPEEEKNLGPNDRLIHVYHFMKDPLQNQQIQNFGDPFYLAIREGETLAEVKERIQKKLQVPDEEFCKWKFAFISMNRPDYLQDSDVVSARFQRRDVYGAWEQYLGLEHADTAPKRAYTANQNRHTYEKPVRIYN*