Information report for GQ55_1G101100
Gene Details
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Functional Annotation
- Encodes a ubiquitin-specific protease, and its activity has been confirmed in an in vitro assay. ubp15 mutants have defects in cell proliferation, and the associated processes of leaf, root, stem, flower, and silique development. UBP15 can be found in the nucleus and cytoplasm in transient assays. Though UBP15 is expressed in many tissues, UBP15 transcript levels are higher in rosette leaves and inflorescences than in other parts of the plant.
Homologous
- Brachypodium distachyon: BRADI_3g09260v3
- Setaria italica: SETIT_016222mg
- Setaria viridis: SEVIR_1G020400v2
- Triticum aestivum: TraesCS6D02G179700
Gene Resources
- Pfam: PF00443 PF01753
- UniProt: A0A2T7F474
- EMBL: CM009749
- AlphaFoldDB: A0A2T7F474
- InterPro: IPR001394 , IPR002893 , IPR018200 , IPR028889 , IPR038765 , IPR050164
- PANTHER: PTHR24006 , PTHR24006:SF685
- SUPFAM: SSF144232 , SSF54001
- PROSITE: PS00972 , PS50235 , PS50865
- Gene3D: 3.90.70.10 , 6.10.140.2220
- OrthoDB: A0A2T7F474
- CDD: cd02661
- STRING: 1504633.A0A2T7F474
Sequences
CDS Sequence
- >GQ55_1G101100
ATGCTCCAACCAAGGGAAGCTGATGTGCCTGTGCTCTTTCTTGTCTTCATTGTACTTCCTGTGGTAGCTTATTTTCTTCTTGGGAGATGGCATGAGGCTGCAAGTAAGAAGGCAAGGGTAAGTGTGCTTGCGCAGCGAGCTGCAGAAGAAGCCTTTAGAGTGGAAACAATGGCCTGCCCGGACGTTATGCCTCCAGGGCCTTCTTTGAGAACTATGCCCTATTTCAGACCTGCGCCTTCAATAAGACAGGAATTCCATGAATGTGCAACTTGCCATGCCCCTGCAAAGACTCGCTGCTCCAGATGCAAGTCTGTTAGATACTGCTCTGGAAAGTGTCAAATAATACACTGGAGGCAAGGACATAAGGAAACATGCCAAAAATGGCTTGGTAGCGGTTCTAGCAGCTTTGGTGGGTCTGGCCCTGAGGCTTCTGAACAGATGCCCTTCTTGACTAACTTAAATTCACCTCTTCCGGGTGGTGACGTTCACTTGCGTGACCTGAACTTTGATACTTTATCAGAGCCATCCTTCCCCACAACTGATGGCTACAATCTAGATTCTGATCCATTTCCGACAGACAGAAGCAACATGAATAAATCAAATCAAGGTCTTCATACGAGCGAGAATGGTGCTGTTGGCGTATCTTATGAAAAGAACAATTACAATGCTGATGATGAAATCCGCTCTTCCGAGATTTTATCAGGGAACAAGGTGTCAAACAACTATTTTGGTTGTGCAGATGGGATGAGTGGTAATGGTGATGCAACTTATCCTGTCAAAAGTAATGCACAGCAAACTAGCAATTGTGCTCCTGAAATAAGAAAACGGACAAAATCAAGCATCACAGTTTATGAGCCTGACATGGGGGTCTACTTAACTTCTGATATGGTTAGTTCCTGTGAGGGGCCATATGCTTCTGCCAGTGAGCCACTGCAAAGGAGTTTGTCATCTGGAAGAACTATTGGGAAAGCAAATTTGGTGAACAAGAGGCCTCCATGCCCATCAGGTAAGGTGACTTCATCACAGAAGTCACAGGAGAGGGTGTCTACATCATATCAAAACGATGGCCATGAGAAGAACCCTTGCAACAAAAATGACCAAAGATCTATCCAAACAACTGAATCAACAAGCAGCAACCTACAAGGATGCAATGGAATCTCAAAGTTTGGAGCATCCAAGGTTGAAGTTTTAAAGAAGCCCTCAAAATTTCTCAAAACCAGCCTTGTGGGATTGATCAATGATAATAAGAGGAATAAGGTATTGTTTCCATATGAAGATCTTGTCAAGTTTTTTCAGTATGAAGCACGTGGTATTTCTCCTAGAGGTCTTTTCAATTGCGGAAACAGCTGCTATGCTAATGCTGTTCTACAATGTCTGATGTGCACAAAGCCACTGATGATCTACCTACTTCTGAGATTGCATTCTAAAGACTGTTGCTCAAAAAATTGGTGCCTTATGTGTGAACTTGAGCAATATGCTTCAACTTTACGTGAAAGTGGTGGACCCTTATCTCCAAGTAGAATTCTTTCTAACCTGAGGAATATCGGATGTCGCTTAGGTGGTGGAACTCAGGAAGATGCTCATGAGTTCTTAAGGCATCTTGTGATGTCTATGCAAGCAGCGTGCTTGGATGGGCTGGGTGGTGAGAAGCACGTTGAACCAAGTTTGCAGGAAACAACACTGATACAACAGATGTTTGGTGGCCGTCTTAAATCCAAGGTTAAGTGCCTCAGATGCTATCACGAGTCTGAAAGATATGAGAATATAATGGATCTTACTTTGGAGATTCATGGCTGGGTGGAGTCCTTGCAAGATGCTTTGACGCAATTCACTGCTCCTGAAGATTTAGATGGCGAGAATATGTATAAATGTGGAAGGTGTTCTGCTTATGTCAAAGCTAGGAAGCAACTGAGCGTGCATGAGGTGCCAAACATATTAACAGTTGTTCTTAAAAGATTTCAGACAGGAAAATATGGCAAGATCAACAAATGTGTCACGTTTCCTGAAATGTTGGACATGGTTCCTTTCGTGACTGGCTCTGGTGACAACCCCCCTCTTTATTTCTTGTATGCCGTGGTTGTACATGTGGATACAGAAAACGCATCATTCTCTGGGCACTATATATCATATGTCAAAGATATGCAGGGCACATGGTTGAGAATTGATGACTCAGAGGTCCAGGTTGTATCAGTGAATCAAGTTATGTCAGAAGGTGCATATATGCTTTTCTACTTGAGGTCTTTTCCCCGACCACCAAGGATATACATTGAGAAGGGGCTCTTGCCTGTTCCAACAACTGTAAAGCGTCACACATCAAAATCCTCCAAGGGCTCTAAACATGAGCGCAAGCAGACAGAGCTACTCTTTTCTGGAAGTGATCAAACCTATGGTATATATGATTTTAGACCCGATGGAGAAGGCTACATGCAAGATCAGCATCCAGAGTTGAGATCCAGAGATTTCCATCACGCCGATGATGCCTTTGCAGACTCAGTTAGCACAGACTTCTCGGAAGCTACATCAAGTGAATGGTCACTGTTTACCAGCTCTGATGAGTCCTCGTTTACCACTGAAAGCACTAGAGATTCATTCAGTGTCGTGGACTATGGAGACAATGCTGGTCTCGATCCGATTTCCTCTATATTTGGGCCATGTTATGCTCCAGAACATCCTCCTGGGAATTTCGTCTCATGTACCAGGTTCTCGCCTTCCAATCCACAAACAAGGTACTTTTCAGAGAGCACAGACTTTGTCTCGGACTCTTCCATGCCGACCCACCCTCACGGCAATGTACATAGAGGAAGGTACCCAGATAGGGCATGCGCCTCATCAGCCGAACCTCTTGCTTCAGCACATCAGCGGAGCGGGTATGGTCGGTATCCCCTTAGTAGAGATGGTTTTGTTCAAACATCTGGATTTTGCCAAATGTAA
Protein Sequence
- >GQ55_1G101100
MLQPREADVPVLFLVFIVLPVVAYFLLGRWHEAASKKARVSVLAQRAAEEAFRVETMACPDVMPPGPSLRTMPYFRPAPSIRQEFHECATCHAPAKTRCSRCKSVRYCSGKCQIIHWRQGHKETCQKWLGSGSSSFGGSGPEASEQMPFLTNLNSPLPGGDVHLRDLNFDTLSEPSFPTTDGYNLDSDPFPTDRSNMNKSNQGLHTSENGAVGVSYEKNNYNADDEIRSSEILSGNKVSNNYFGCADGMSGNGDATYPVKSNAQQTSNCAPEIRKRTKSSITVYEPDMGVYLTSDMVSSCEGPYASASEPLQRSLSSGRTIGKANLVNKRPPCPSGKVTSSQKSQERVSTSYQNDGHEKNPCNKNDQRSIQTTESTSSNLQGCNGISKFGASKVEVLKKPSKFLKTSLVGLINDNKRNKVLFPYEDLVKFFQYEARGISPRGLFNCGNSCYANAVLQCLMCTKPLMIYLLLRLHSKDCCSKNWCLMCELEQYASTLRESGGPLSPSRILSNLRNIGCRLGGGTQEDAHEFLRHLVMSMQAACLDGLGGEKHVEPSLQETTLIQQMFGGRLKSKVKCLRCYHESERYENIMDLTLEIHGWVESLQDALTQFTAPEDLDGENMYKCGRCSAYVKARKQLSVHEVPNILTVVLKRFQTGKYGKINKCVTFPEMLDMVPFVTGSGDNPPLYFLYAVVVHVDTENASFSGHYISYVKDMQGTWLRIDDSEVQVVSVNQVMSEGAYMLFYLRSFPRPPRIYIEKGLLPVPTTVKRHTSKSSKGSKHERKQTELLFSGSDQTYGIYDFRPDGEGYMQDQHPELRSRDFHHADDAFADSVSTDFSEATSSEWSLFTSSDESSFTTESTRDSFSVVDYGDNAGLDPISSIFGPCYAPEHPPGNFVSCTRFSPSNPQTRYFSESTDFVSDSSMPTHPHGNVHRGRYPDRACASSAEPLASAHQRSGYGRYPLSRDGFVQTSGFCQM