AT4G24580

Gene Details

Gene ID: AT4G24580
Gene Symbol: REN1
Gene Name: ROP1 ENHANCER 1
Description: Rho GTPase activation protein (RhoGAP) with PH domain-containing protein;(source:Araport11)
TAIR Accession: locus:2121865
Genome: Araport11_genome_release
Species: Arabidopsis thaliana

Functional Descriptions

PO:0009046 — flower — flor (Spanish, exact), 花 (Japanese, exact), floret (related), Asteraceae floret (narrow), basal flower (narrow), double flower (narrow), hermaphrodite flower (narrow), monoclinous flower (narrow), perfect flower (narrow)
PO:0025022 — collective leaf structure — estructura colectiva de hoja (Spanish, exact), leaf series (exact), 葉が集まった構造 (Japanese, exact), leaf whorl (narrow), rosette (narrow), cycle (broad), verticil (broad)
PO:0025281 — pollen — polen (Spanish, exact), pollen grain (exact), 花粉 (Japanese, exact)
PO:0000256 — root hair cell — célula del pelo de la raíz (Spanish, exact), 根毛細胞 (Japanese, exact)
PO:0000262 — trichoblast — tricoblasto (Spanish, exact), 根毛形成細胞、トリコブラスト (Japanese, exact), hair cell (related)

GO:0005096 — enables — GTPase activator activity
GO:0009865 — acts upstream of or within — pollen tube adhesion
GO:0048868 — acts upstream of or within — pollen tube development
GO:0031267 — enables — small GTPase binding
GO:0090406 — located in — pollen tube
GO:0005938 — located in — cell cortex
GO:0016324 — located in — apical plasma membrane
GO:0035024 — acts upstream of or within — negative regulation of Rho protein signal transduction
GO:0009860 — involved in — pollen tube growth
GO:0043547 — involved in — positive regulation of GTPase activity
GO:0007165 — involved in — signal transduction
GO:0005634 — located in — nucleus
GO:0035091 — enables — phosphatidylinositol binding

SALK_111625C — The ren1-3 pollen grains sometimes develop moderately bublous tubes, but they are fertile (unlike the sterile pollen grains caused by the more severe alleles ren1-1 and ren1-2).
ren1-1 — The sterile ren1-1 pollen grains from this heterozygous plant germinate precociously at a higher rate than wild type pollen tubes, and they often form bulbous tubes that are incapable of adhering to or entering the stigma. The domain of ROP1 expression in the pollen tubes is expanded in these mutants. GFP:RIC4, which binds to the PM-localized active form of ROP1, is also visible across an abnormally broad area in the pollen tube tips of ren1-1 mutants.
ren1-2 — The sterile ren1-2 mutant pollen grains from this heterozygous plant germinate precociously at a higher rate than wild type pollen tubes, and they often form non-functional bulbous tubes.

Functional Keywords

Literature and News

Gene Resources

Sequences

cDNA Sequence

>AT4G24580.3
TGATACTTTTTTTTTACTATCATTCCCAGATCAAGTGCCGCACGTCAATGGCGTGAACCGCGGTCATGGCTAACAAAAACGCAGAATCATCTTCACAGCCTCCTCCTCATGTGCAGCCAAACCAACAACAGCAGCAGCAGCCACCGATTGCCAATGAACAAGAGCAGGAGCCTCATGGTGACACCTGCAGTATTCCTCCTGCGCAGTCTGGAAACACAGACTCGCGTTCCCGTGGTGGCAACACGGTTTTCAAGAGTGGACCGCTATCTATATCTTCAAAAGGGATTGGCTGGACATCATGGAAGAAAAGATGGTTTATTTTGACGCGTACTTCACTAGTTTTCTTTCGAAGTGACCCGAGTGCAGTCCAACAGAAGGGCAGTGAGGTCAATCTGACCCTTGGGGGAATTGATCTCAACAATTCAGGCAGTGTGGTTGTTAAGGCGGACAAGAAGCTGTTGACTGTTCTCTTTCCCGATGGTCGTGATGGACGGGCCTTTACACTTAAGGCTGACACTATGGAGGATCTACACGAGTGGAAAGCTGCTCTGGAAAACGCTCTGACACAAGCACCTAGTGCTTCCCATGTTATGGGTCAAAATGGTATTTTCAGGAATGATCATGCAGATCCTGCTGTTGGTGTTGATGAAAAGAAAGATGAGACACCAACAAAATCAACTGTCCTTGGAAGACCAGTATTACTTGCTCTAGAAGATGTTGATGGAGCTCCATCTTTCTTGGAAAAGGCCCTTAGATTTGTTGAAAATCATGGAGTCAGGATAGAAGGAATCTTGAGACAAGCTGCTGATGTTGATGATGTTGAACACCGAATTCGCGAATATGAGAAAGGAAAAAATGAGTTCAGTCCCGAGGAGGATGCTCATATTATTGCTGATTGCCTTAAGTATTTTCTCAGAGAGTTGCCTTCCTCTCCAGTGCCTGCATCTTGTTGCAACGCCCTTCTGGAAGCTTGCCGTACTGACCGTGGCAATAGGGTAAATGCTATGCGGGCAGCAATCTGTGAATCATTCCCTGAACCAAATCGTCGCCTATTGCAAAGAATCCTGATGATGATGCAAACTGTAGCCTCTAACAAAACTGTGAACCGGATGAACACAAACGCCGTTGCAGCTTGTATGGCACCTTTACTTCTTCGACCCCTTCTGGCTGGTGACTGTGAAATTGAAAATGATTTTGATGTCGGCGGTGATGGTTCTATGCAACTTCTGCAAGCAGCTGCTGCAGCGAACCATGCTCAGGCTATAGTGATAACATTATTAGAAGAATATGAAAGTATATTTGGAGAAGGTTCCTTGTCACCCGGCCTGTACTCTGACTCAGAAGAGAGTGGTAGTGGGACAGAGGAGGGATCTGATGATGAAGAGTATGATGATGACGATGATGGCTCACAGGGATCTGAGGACTACACGGATGAGGAAGAGGACCTTGAAAATGAATCTAATGGATCCTACAGTGAGAGTGCCGCCTCAGAAGATAAATATGCAGACAGCATTGATCCTGATGATCATAAGATAAATGATAATTTAAGCACTGAATCAAAATCCCCAAAAAGAAGTAAGGAGCCTAAGAAGCTTTTATCTGGCTCCAGACGATCTTCACTACCCCGACATGATGACGGCAAAAAGGATGAGGATATCGTGGTTAAGGGAGTTAATAATACAGAGGTAAAGGCTGTTGTAGAGGTCTCGACAAGTGAGGATAAGAATTCATCAACGTCAGATGTGGCATCTGACACTCAGAAACCGTCTAAGTTATCCGATGCACCGGGAGGAAGTAAAAGGCACTGGGGCCGTACCCCTGGGAAGAAAAACTTGTCAATGGAATCTATTGATTTCTCAGTGGAAGTGGACGAGGACAATGCTGACATTGAGAGACTTGAGTCAACCAAATTAGAGCTGCAAAGCAGAATTACAGAAGAGGTAAAAAGCAATGCAGTTCTACAGGCTAGTTTGGAGCGACGGAAGAAGGCTTTGTACGGGCGGCGCCAAGCACTAGAGCAAGATGTGGGAAGACTACAAGAACAGTTGCAGCAAGAGAGAGACAGGAAATTAGCTCTGGAAACAGGACTGAACATGTCAAAAGGGAATCAACCTATTCCAGAAACAATCGATGAAAATGTTGCTCCTCTTCATTTTTGTCTAGCAACTAGTTGATTTTTGTCAGGCTAAAAGTACATATATCTAACTTGGGAGACATTTTACAGTTGAAGAAAGATCTGCAAGAGGTAGCTCAAGCGGAGGCTGATATTGCCAAGTTGGAACATAAGGTTGATGATCTTGAAAATAGGCTTGGTCACCATGACGGAAAAGCCTCTGGTTCTACGCATAGTGCCAGCAAAGAATCTCGGAAATTGCCAGAGCACAATGCGAAGATGAAGGAGAAACAAAAAGATACTGAAGCAGCCTCTACTCACATTTCTGAAAGATCAACGTCCAAGGATGGGCAAGGGGCTGCAAGAGAAAATGAGACAGAGAAGCAACAGGATTCACGGAGCAAAAGCTCGCAACAAGAAACATCACGTGGCAGCTCAAAACTGGTGGGCTTGTCAAAGAGGTCTGGCACAAAGGGAGAGGTAAGTTTCATAGTGTAACCATTAAATTTCATCCAAATATCGTTCAAAGCTAGAAACTGAGTGAAATAAACAGGGAAGCACAACAACAACTTCTGCACTTTCCAAATTGACAATGAGACTCAACTTCCTCAAGGAGAGACGTAGTCAGATCGCGAACGAGCTCCAAAACATGGACAAAGGAAAAACCCTAGGGCAACCCAGTCCAACCTCGGGACAAAACCGTGTATCAGAGGAAACTGAAAAAGGATCAGGGTCGAACCAGGATCCAGACAGCAGCAAACTACAGAGCCCTCACATTCTTGACAGAGGAAGATCCGAGAACGGAGGAGACAGAGGCAGAGGATCATCTGGAGGAAACCATCCCAACACTACACCAAGGACCTTCTCCAGATGA
>AT4G24580.1
TGATACTTTTTTTTTACTATCATTCCCAGATCAAGTGCCGCACGTCAATGGCGTGAACCGCGGTCATGGCTAACAAAAACGCAGAATCATCTTCACAGCCTCCTCCTCATGTGCAGCCAAACCAACAACAGCAGCAGCAGCCACCGATTGCCAATGAACAAGAGCAGGAGCCTCATGGTGACACCTGCAGTATTCCTCCTGCGCAGTCTGGAAACACAGACTCGCGTTCCCGTGGTGGCAACACGGTTTTCAAGAGTGGACCGCTATCTATATCTTCAAAAGGGATTGGCTGGACATCATGGAAGAAAAGATGGTTTATTTTGACGCGTACTTCACTAGTTTTCTTTCGAAGTGACCCGAGTGCAGTCCAACAGAAGGGCAGTGAGGTCAATCTGACCCTTGGGGGAATTGATCTCAACAATTCAGGCAGTGTGGTTGTTAAGGCGGACAAGAAGCTGTTGACTGTTCTCTTTCCCGATGGTCGTGATGGACGGGCCTTTACACTTAAGGCTGACACTATGGAGGATCTACACGAGTGGAAAGCTGCTCTGGAAAACGCTCTGACACAAGCACCTAGTGCTTCCCATGTTATGGGTCAAAATGGTATTTTCAGGAATGATCATGCAGATCCTGCTGTTGGTGTTGATGAAAAGAAAGATGAGACACCAACAAAATCAACTGTCCTTGGAAGACCAGTATTACTTGCTCTAGAAGATGTTGATGGAGCTCCATCTTTCTTGGAAAAGGCCCTTAGATTTGTTGAAAATCATGGAGTCAGGATAGAAGGAATCTTGAGACAAGCTGCTGATGTTGATGATGTTGAACACCGAATTCGCGAATATGAGAAAGGAAAAAATGAGTTCAGTCCCGAGGAGGATGCTCATATTATTGCTGATTGCCTTAAGTATTTTCTCAGAGAGTTGCCTTCCTCTCCAGTGCCTGCATCTTGTTGCAACGCCCTTCTGGAAGCTTGCCGTACTGACCGTGGCAATAGGGTAAATGCTATGCGGGCAGCAATCTGTGAATCATTCCCTGAACCAAATCGTCGCCTATTGCAAAGAATCCTGATGATGATGCAAACTGTAGCCTCTAACAAAACTGTGAACCGGATGAACACAAACGCCGTTGCAGCTTGTATGGCACCTTTACTTCTTCGACCCCTTCTGGCTGGTGACTGTGAAATTGAAAATGATTTTGATGTCGGCGGTGATGGTTCTATGCAACTTCTGCAAGCAGCTGCTGCAGCGAACCATGCTCAGGCTATAGTGATAACATTATTAGAAGAATATGAAAGTATATTTGGAGAAGGTTCCTTGTCACCCGGCCTGTACTCTGACTCAGAAGAGAGTGGTAGTGGGACAGAGGAGGGATCTGATGATGAAGAGTATGATGATGACGATGATGGCTCACAGGGATCTGAGGACTACACGGATGAGGAAGAGGACCTTGAAAATGAATCTAATGGATCCTACAGTGAGAGTGCCGCCTCAGAAGATAAATATGCAGACAGCATTGATCCTGATGATCATAAGATAAATGATAATTTAAGCACTGAATCAAAATCCCCAAAAAGAAGTAAGGAGCCTAAGAAGCTTTTATCTGGCTCCAGACGATCTTCACTACCCCGACATGATGACGGCAAAAAGGATGAGGATATCGTGGTTAAGGGAGTTAATAATACAGAGGTAAAGGCTGTTGTAGAGGTCTCGACAAGTGAGGATAAGAATTCATCAACGTCAGATGTGGCATCTGACACTCAGAAACCGTCTAAGTTATCCGATGCACCGGGAGGAAGTAAAAGGCACTGGGGCCGTACCCCTGGGAAGAAAAACTTGTCAATGGAATCTATTGATTTCTCAGTGGAAGTGGACGAGGACAATGCTGACATTGAGAGACTTGAGTCAACCAAATTAGAGCTGCAAAGCAGAATTACAGAAGAGGTAAAAAGCAATGCAGTTCTACAGGCTAGTTTGGAGCGACGGAAGAAGGCTTTGTACGGGCGGCGCCAAGCACTAGAGCAAGATGTGGGAAGACTACAAGAACAGTTGCAGCAAGAGAGAGACAGGAAATTAGCTCTGGAAACAGGACTGAACATGTCAAAAGGGAATCAACCTATTCCAGAAACAATCGATGAAAATGTTGCTCCTCTTCATTTTTGTCTAGCAACTAGTTGATTTTTGTCAGGCTAAAAGTACATATATCTAACTTGGGAGACATTTTACAGTTGAAGAAAGATCTGCAAGAGGTAGCTCAAGCGGAGGCTGATATTGCCAAGTTGGAACATAAGGTTGATGATCTTGAAAATAGGCTTGGTCACCATGACGGAAAAGCCTCTGGTTCTACGCATAGTGCCAGCAAAGAATCTCGGAAATTGCCAGAGCACAATGCGAAGATGAAGGAGAAACAAAAAGATACTGAAGCAGCCTCTACTCACATTTCTGAAAGATCAACGTCCAAGGATGGGCAAGGGGCTGCAAGAGAAAATGAGACAGAGAAGCAACAGGATTCACGGAGCAAAAGCTCGCAACAAGAAACATCACGTGGCAGCTCAAAACTGGTGGGCTTGTCAAAGAGGTCTGGCACAAAGGGAGAGGTAAGTTTCATAGTGTAACCATTAAATTTCATCCAAATATCGTTCAAAGCTAGAAACTGAGTGAAATAAACAGGGAAGCACAACAACAACTTCTGCACTTTCCAAATTGACAATGAGACTCAACTTCCTCAAGGAGAGACGTAGTCAGATCGCGAACGAGCTCCAAAACATGGACAAAGGAAAAACCCTAGGGCAACCCAGTCCAACCTCGGGACAAAACCGTGTATCAGAGGAAACTGAAAAAGGATCAGGGTCGAACCAGGATCCAGACAGCAGCAAACTACAGAGCCCTCACATTCTTGACAGAGGAAGATCCGAGAACGGAGGAGACAGAGGCAGAGGATCATCTGGAGGAAACCATCCCAACACTACACCAAGGACCTTCTCCAGATGA
>AT4G24580.2
TGATACTTTTTTTTTACTATCATTCCCAGATCAAGTGCCGCACGTCAATGGCGTGAACCGCGGTCATGGCTAACAAAAACGCAGAATCATCTTCACAGCCTCCTCCTCATGTGCAGCCAAACCAACAACAGCAGCAGCAGCCACCGATTGCCAATGAACAAGAGCAGGAGCCTCATGGTGACACCTGCAGTATTCCTCCTGCGCAGTCTGGAAACACAGACTCGCGTTCCCGTGGTGGCAACACGGTTTTCAAGAGTGGACCGCTATCTATATCTTCAAAAGGGATTGGCTGGACATCATGGAAGAAAAGATGGTTTATTTTGACGCGTACTTCACTAGTTTTCTTTCGAAGTGACCCGAGTGCAGTCCAACAGAAGGGCAGTGAGGTCAATCTGACCCTTGGGGGAATTGATCTCAACAATTCAGGCAGTGTGGTTGTTAAGGCGGACAAGAAGCTGTTGACTGTTCTCTTTCCCGATGGTCGTGATGGACGGGCCTTTACACTTAAGGCTGACACTATGGAGGATCTACACGAGTGGAAAGCTGCTCTGGAAAACGCTCTGACACAAGCACCTAGTGCTTCCCATGTTATGGGTCAAAATGGTATTTTCAGGAATGATCATGCAGATCCTGCTGTTGGTGTTGATGAAAAGAAAGATGAGACACCAACAAAATCAACTGTCCTTGGAAGACCAGTATTACTTGCTCTAGAAGATGTTGATGGAGCTCCATCTTTCTTGGAAAAGGCCCTTAGATTTGTTGAAAATCATGGAGTCAGGATAGAAGGAATCTTGAGACAAGCTGCTGATGTTGATGATGTTGAACACCGAATTCGCGAATATGAGAAAGGAAAAAATGAGTTCAGTCCCGAGGAGGATGCTCATATTATTGCTGATTGCCTTAAGTATTTTCTCAGAGAGTTGCCTTCCTCTCCAGTGCCTGCATCTTGTTGCAACGCCCTTCTGGAAGCTTGCCGTACTGACCGTGGCAATAGGGTAAATGCTATGCGGGCAGCAATCTGTGAATCATTCCCTGAACCAAATCGTCGCCTATTGCAAAGAATCCTGATGATGATGCAAACTGTAGCCTCTAACAAAACTGTGAACCGGATGAACACAAACGCCGTTGCAGCTTGTATGGCACCTTTACTTCTTCGACCCCTTCTGGCTGGTGACTGTGAAATTGAAAATGATTTTGATGTCGGCGGTGATGGTTCTATGCAACTTCTGCAAGCAGCTGCTGCAGCGAACCATGCTCAGGCTATAGTGATAACATTATTAGAAGAATATGAAAGTATATTTGGAGAAGGTTCCTTGTCACCCGGCCTGTACTCTGACTCAGAAGAGAGTGGTAGTGGGACAGAGGAGGGATCTGATGATGAAGAGTATGATGATGACGATGATGGCTCACAGGGATCTGAGGACTACACGGATGAGGAAGAGGACCTTGAAAATGAATCTAATGGATCCTACAGTGAGAGTGCCGCCTCAGAAGATAAATATGCAGACAGCATTGATCCTGATGATCATAAGATAAATGATAATTTAAGCACTGAATCAAAATCCCCAAAAAGAAGTAAGGAGCCTAAGAAGCTTTTATCTGGCTCCAGACGATCTTCACTACCCCGACATGATGACGGCAAAAAGGATGAGGATATCGTGGTTAAGGGAGTTAATAATACAGAGGTAAAGGCTGTTGTAGAGGTCTCGACAAGTGAGGATAAGAATTCATCAACGTCAGATGTGGCATCTGACACTCAGAAACCGTCTAAGTTATCCGATGCACCGGGAGGAAGTAAAAGGCACTGGGGCCGTACCCCTGGGAAGAAAAACTTGTCAATGGAATCTATTGATTTCTCAGTGGAAGTGGACGAGGACAATGCTGACATTGAGAGACTTGAGTCAACCAAATTAGAGCTGCAAAGCAGAATTACAGAAGAGGTAAAAAGCAATGCAGTTCTACAGGCTAGTTTGGAGCGACGGAAGAAGGCTTTGTACGGGCGGCGCCAAGCACTAGAGCAAGATGTGGGAAGACTACAAGAACAGTTGCAGCAAGAGAGAGACAGGAAATTAGCTCTGGAAACAGGACTGAACATGTCAAAAGGGAATCAACCTATTCCAGAAACAATCGATGAAAATGTTGCTCCTCTTCATTTTTGTCTAGCAACTAGTTGATTTTTGTCAGGCTAAAAGTACATATATCTAACTTGGGAGACATTTTACAGTTGAAGAAAGATCTGCAAGAGGTAGCTCAAGCGGAGGCTGATATTGCCAAGTTGGAACATAAGGTTGATGATCTTGAAAATAGGCTTGGTCACCATGACGGAAAAGCCTCTGGTTCTACGCATAGTGCCAGCAAAGAATCTCGGAAATTGCCAGAGCACAATGCGAAGATGAAGGAGAAACAAAAAGATACTGAAGCAGCCTCTACTCACATTTCTGAAAGATCAACGTCCAAGGATGGGCAAGGGGCTGCAAGAGAAAATGAGACAGAGAAGCAACAGGATTCACGGAGCAAAAGCTCGCAACAAGAAACATCACGTGGCAGCTCAAAACTGGTGGGCTTGTCAAAGAGGTCTGGCACAAAGGGAGAGGTAAGTTTCATAGTGTAACCATTAAATTTCATCCAAATATCGTTCAAAGCTAGAAACTGAGTGAAATAAACAGGGAAGCACAACAACAACTTCTGCACTTTCCAAATTGACAATGAGACTCAACTTCCTCAAGGAGAGACGTAGTCAGATCGCGAACGAGCTCCAAAACATGGACAAAGGAAAAACCCTAGGGCAACCCAGTCCAACCTCGGGACAAAACCGTGTATCAGAGGAAACTGAAAAAGGATCAGGGTCGAACCAGGATCCAGACAGCAGCAAACTACAGAGCCCTCACATTCTTGACAGAGGAAGATCCGAGAACGGAGGAGACAGAGGCAGAGGATCATCTGGAGGAAACCATCCCAACACTACACCAAGGACCTTCTCCAGATGA

CDS Sequence

Protein Sequence