Information report for RLS2;OsEXO70A1
Gene Details
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Functional Descriptions
- RLS2 was widely expressed and spatially restricted in vascular bundles.
- In brief, our study revealed that RLS2 is required for normal vascular bundle differentiation and primary nutrient assimilation.
- Map-based cloning has revealed that RLS2 encodes OsEXO70A1, which is one of the 47 members of EXO70s in rice.
Functional Keywords
Literature and News
Gene Resources
- UniProt: A0A0N7KJY7
- EMBL: AP014960
- AlphaFoldDB: A0A0N7KJY7
- EnsemblPlants: Os04t0685600-01
- Gramene: Os04t0685600-01
- KEGG: osa:4337464
- Orthologous matrix: NASMKEW
- InterPro: IPR004140, IPR016159, IPR046364
- PANTHER: PTHR12542, PTHR12542:SF98
- SUPFAM: SSF74788
- Gene3D: 1.20.1280.170
- OrthoDB: A0A0N7KJY7
- SWISS-MODEL: A0A0N7KJY7
- eggNOG: KOG2344
Homologs
- Arabidopsis thaliana: AT3G29400, AT2G28640, AT2G39380, AT3G09520, AT3G09530, AT2G28650
- Cicer arietinum: XP_004490670.1, XP_004490668.1
- Cucumis sativus: CsExo70B
- Malus domestica: MDP0000263576
- Manihot esculenta: Manes.07G086200
- Medicago truncatula: Medtr5g073620.1
- Nicotiana benthamiana: Niben101Scf04608g05035.1
Sequences
cDNA Sequence
- >LOC_Os04g58880.1
TTGCACTTGCTCTCCGCTGCCGTTCCCCTTCCCCCCTCTTCACTTTCCTTCCCAGCTGCGCTAAGCAATCCCCACCCACCACCGCTGCAGCTGCAGTTGCTTCCTCTCCTCCCCTCTCTTCTCGCCGTCGGTGGGGTCCTCCTCCACCCTGTCTCTCTCCTCCCCCCCAGATCCACCCCTCCCCCTTCCCGAACCTTCGGGAACCATCTGGGAGGAGTAAGCAACCGCCCAAGCTGTAGCGTCAGCGGCGGCCGGCGGGGGAGGAGCGATGGAGACCCTTGCGCAGCGCGCGGCGTTGCTGCGGGAGTCGCTGCAGAAGAGCCAGTCCGTGACCGACGCCGTCGTCTCCATCCTCGGCTCCTTCGACAGCCGCCTCTCCGCGCTCGACGCCGCCATGCGCCCCATCCAGGTGAGGACGCACGCCGTGCGGACGGCCCACGAGAACATCGACCGGACGCTGCGCTCCGCCGATGTCATCCTCACGCAGTTCGATCGAACTCGAGAGGCAGAGCGTGAAATACAGAAGGGGCCACATGAAAATCTTCAAGGTTTTCTAGATGCAGTTGATCGGTTGAGAAGTATTGAGCGTTTCTTTAGCTCAAATAGGAGCTACCGAAGCAGTGATGGTGTGCTCAACCATGTGAATGCCCTCCTTTCTAAGGCCCTTGTGAAGATGGAAGATGAATTCCAGAAGCAATTGACTCAGCGCAGCAAACCTATCGAGCCTGATCGTCTTTTTGATTGCCTTCCAAGTACGCTTCGACCATCATCTGAATCTCATCCTGAAGGTGGAAAAAACCAATCACATTCTGAAAATCAGCAAAACTCGGAAGCAGCTGTATACAGCCCCCCTGCTCTTATTGAGCCAAGGTTCATTCCTTTTCTGGCTAAATTAGCACAACAGTTGGTACAAGCGGGATGCCAACAACAATGCTCAGAAATATACAGCGAAGCCCGTGCCTCTGCTTTAGAGTCAAGTTTGAAGAGCTTGGGTGTTGAAAAACTGAGCAAAGATGAAGTGCAGAAAATGCCATGGGAAATTTTGGAGTCTAAAATAGGGAATTGGATTCACTTCATGCGAATTGCTGTTAAACTTCTTTTTGCCGCGGAACGTCAGCTTTGTGACCAGGTTTTTGAGTGCAGTCAATCTTTGAGGGATAAGTGCTTTGCTCAAATAACTAGGAATAGTTTGGCTACACTACTCAGCTTTGGAGAGGCAATTGCTATGAGTAAAAGATCACCAGAGAAGCTGTTTGTGCTGCTAGACATGTATGAAATAATGTGTGAACTTCAAGCAGATATTGACACCATCTTTGTTGGAGAATCATGCTCTCAAATGCGTGAGTCTGCATTGAGTTTGACAAAATGCTTAGCACAAACTGCACAGAAGACTTTCAGTGACTTTGAAGAAGCTGTTGAAAAGGACGCAACAAAGAATATTCATATTGATGGGACAGTGCATCCTTTGACGAGCTACGTGATTAACTATGTCAAATTTTTATTTGACTACCAGTCAACTCTAAAACAGCTCTTCCAGGAGTTCAAAAGGGAAGATGGAACAGGTTCTGAGTTGGCCACTGTAACCATGAGTATCATGCAGGCTTTACAGAATAATCTGGATGCAAAAGCAAAACAATACAAGGATCCAGCTTTGATGCACATATTTTTGATGAATAACATTCATTATATCGTGAAATCTGTCCGCAGATCAGAAGCCAAAGATTTATTGGGGGATGACTGGATTCAAAGGCATCGAAGAATTGTACAACAAAATGCAAATCATTATAGAAGGATTGCTTGGTCAAAGGTCTTGCAATGCCTCTCTGGTCAAGGTTTGACTTCATCAGGAGGTAGTGGTCAAGTAGGAAGTGAGGGAGGCAATAGCAGTGGAGCTTCAAGAGCTGCGGTCAAAGAGAGATTCAGGTCTTTCAATGTGCTATTTGAGGAGATTTATCAAAAGCAGTGTGGCTGGTCTGTTCCAGATACGGAGTTGCGTGAGTCACTAAGACTTGCAGTTGCTGAAATCCTGTTGCCTGCATACAGATCTTTCCTAAAGCGCTTTGGGCCTCTCATCGAGAACAGCAAGGCACCCGGAAAATATGTCAAGCACACACCAGAGCAAGTTGAGCTACTGCTTGCCAATTTGTTTGAAGGAAAACAAGAGCGTACTTGATTGGGGTATGTGGCTGCTTAATATACACCAGCGACGATGTGATGTCATTCTCTGTAAATTGGGACCCTGGTAGCATTGCTTTTGTTTGTGTAGCGCTGCTGCTCAGAACCGTTGCTATGTGCACCTTTCCTTGCTGGGGTGCATGATTTGTATAGATACTGTCCTAGTTGCCATTTATTGTTTTTGTTGATTTGGTAGGTGCTAGGTTCGTTCTGATATGTTGGAAACTCGTGTTAGTGCATTCATTATTCAGTATCAGCAGTGTGCAATAATTGTCCAATGTTAATGCAACCTCTAGTGCCTCCATTTTGCAGTTGCGGGAGTATAGTCGCAACTGTTTCCCACAAAGGCAAACCTGTATTCTCCTTGTTTGTGAGCTTTCAGGGTCAACTCGATTTTTTTTTTGACAAATTAGCCATTTTCAAAAACTGATGAAACTAGACCGTGAAAAAAAAAAAGGCCGTGGGCTCCATGCTCAGACCCCTGCCACATCGGCGGGGGGGAATGGCTTGGCCGCCACGCTGGCAGGTGCTTAGCGTCAAGCGTTTTTTTGCTAACCTCAGCGCCAGAAGCATTGGCGTTGAGGTCGCGGTCTATTTGCTTGAAGTATTTTTTTTTCACGGTCTAGTTTCGAAATAAGTTTTATAAAATGACCAATTTGTCAAAAAAAAACAGGAGTCAACTCTTATTAGTGTCGTTTTCATAAATATTATTATACATGCCCTTAATACGGAGCAGTAAATAATAATAAGTCTTTATATTTATGGGTAA
CDS Sequence
- >LOC_Os04g58880.1
ATGGAGACCCTTGCGCAGCGCGCGGCGTTGCTGCGGGAGTCGCTGCAGAAGAGCCAGTCCGTGACCGACGCCGTCGTCTCCATCCTCGGCTCCTTCGACAGCCGCCTCTCCGCGCTCGACGCCGCCATGCGCCCCATCCAGGTGAGGACGCACGCCGTGCGGACGGCCCACGAGAACATCGACCGGACGCTGCGCTCCGCCGATGTCATCCTCACGCAGTTCGATCGAACTCGAGAGGCAGAGCGTGAAATACAGAAGGGGCCACATGAAAATCTTCAAGGTTTTCTAGATGCAGTTGATCGGTTGAGAAGTATTGAGCGTTTCTTTAGCTCAAATAGGAGCTACCGAAGCAGTGATGGTGTGCTCAACCATGTGAATGCCCTCCTTTCTAAGGCCCTTGTGAAGATGGAAGATGAATTCCAGAAGCAATTGACTCAGCGCAGCAAACCTATCGAGCCTGATCGTCTTTTTGATTGCCTTCCAAGTACGCTTCGACCATCATCTGAATCTCATCCTGAAGGTGGAAAAAACCAATCACATTCTGAAAATCAGCAAAACTCGGAAGCAGCTGTATACAGCCCCCCTGCTCTTATTGAGCCAAGGTTCATTCCTTTTCTGGCTAAATTAGCACAACAGTTGGTACAAGCGGGATGCCAACAACAATGCTCAGAAATATACAGCGAAGCCCGTGCCTCTGCTTTAGAGTCAAGTTTGAAGAGCTTGGGTGTTGAAAAACTGAGCAAAGATGAAGTGCAGAAAATGCCATGGGAAATTTTGGAGTCTAAAATAGGGAATTGGATTCACTTCATGCGAATTGCTGTTAAACTTCTTTTTGCCGCGGAACGTCAGCTTTGTGACCAGGTTTTTGAGTGCAGTCAATCTTTGAGGGATAAGTGCTTTGCTCAAATAACTAGGAATAGTTTGGCTACACTACTCAGCTTTGGAGAGGCAATTGCTATGAGTAAAAGATCACCAGAGAAGCTGTTTGTGCTGCTAGACATGTATGAAATAATGTGTGAACTTCAAGCAGATATTGACACCATCTTTGTTGGAGAATCATGCTCTCAAATGCGTGAGTCTGCATTGAGTTTGACAAAATGCTTAGCACAAACTGCACAGAAGACTTTCAGTGACTTTGAAGAAGCTGTTGAAAAGGACGCAACAAAGAATATTCATATTGATGGGACAGTGCATCCTTTGACGAGCTACGTGATTAACTATGTCAAATTTTTATTTGACTACCAGTCAACTCTAAAACAGCTCTTCCAGGAGTTCAAAAGGGAAGATGGAACAGGTTCTGAGTTGGCCACTGTAACCATGAGTATCATGCAGGCTTTACAGAATAATCTGGATGCAAAAGCAAAACAATACAAGGATCCAGCTTTGATGCACATATTTTTGATGAATAACATTCATTATATCGTGAAATCTGTCCGCAGATCAGAAGCCAAAGATTTATTGGGGGATGACTGGATTCAAAGGCATCGAAGAATTGTACAACAAAATGCAAATCATTATAGAAGGATTGCTTGGTCAAAGGTCTTGCAATGCCTCTCTGGTCAAGGTTTGACTTCATCAGGAGGTAGTGGTCAAGTAGGAAGTGAGGGAGGCAATAGCAGTGGAGCTTCAAGAGCTGCGGTCAAAGAGAGATTCAGGTCTTTCAATGTGCTATTTGAGGAGATTTATCAAAAGCAGTGTGGCTGGTCTGTTCCAGATACGGAGTTGCGTGAGTCACTAAGACTTGCAGTTGCTGAAATCCTGTTGCCTGCATACAGATCTTTCCTAAAGCGCTTTGGGCCTCTCATCGAGAACAGCAAGGCACCCGGAAAATATGTCAAGCACACACCAGAGCAAGTTGAGCTACTGCTTGCCAATTTGTTTGAAGGAAAACAAGAGCGTACTTGA
Protein Sequence
- >LOC_Os04g58880.1
METLAQRAALLRESLQKSQSVTDAVVSILGSFDSRLSALDAAMRPIQVRTHAVRTAHENIDRTLRSADVILTQFDRTREAEREIQKGPHENLQGFLDAVDRLRSIERFFSSNRSYRSSDGVLNHVNALLSKALVKMEDEFQKQLTQRSKPIEPDRLFDCLPSTLRPSSESHPEGGKNQSHSENQQNSEAAVYSPPALIEPRFIPFLAKLAQQLVQAGCQQQCSEIYSEARASALESSLKSLGVEKLSKDEVQKMPWEILESKIGNWIHFMRIAVKLLFAAERQLCDQVFECSQSLRDKCFAQITRNSLATLLSFGEAIAMSKRSPEKLFVLLDMYEIMCELQADIDTIFVGESCSQMRESALSLTKCLAQTAQKTFSDFEEAVEKDATKNIHIDGTVHPLTSYVINYVKFLFDYQSTLKQLFQEFKREDGTGSELATVTMSIMQALQNNLDAKAKQYKDPALMHIFLMNNIHYIVKSVRRSEAKDLLGDDWIQRHRRIVQQNANHYRRIAWSKVLQCLSGQGLTSSGGSGQVGSEGGNSSGASRAAVKERFRSFNVLFEEIYQKQCGWSVPDTELRESLRLAVAEILLPAYRSFLKRFGPLIENSKAPGKYVKHTPEQVELLLANLFEGKQERT*