Gene Details:

  • Gene ID: AT5G08650
  • Gene Symbol: cpLEPA
  • Gene Name:
  • Description: Small GTP-binding protein;(source:Araport11)
  • TAIR Accession: locus:2159572
  • Genome: Araport11_genome_release
  • Species: Arabidopsis thaliana

Transcripts:

Plant Ontology Annotations:

  • PO:0009005  — root — raíz (Spanish, exact), radices (exact, plural), radix (exact), 根 (Japanese, exact), aerial root (narrow), climbing root (narrow)
  • PO:0000084  — plant sperm cell — célula espermática o esperma (Spanish, exact), male gamete (exact), microgamete (exact), 植物精子細胞 (Japanese, exact), sperm nucleus (related), sperm cell (broad)

Gene Ontology:

  • GO:0065003  — acts upstream of or within — protein-containing complex assembly
  • GO:0016070  — acts upstream of or within — RNA metabolic process
  • GO:0016114  — acts upstream of or within — terpenoid biosynthetic process
  • GO:0045727  — involved in — positive regulation of translation
  • GO:0009642  — acts upstream of or within — response to light intensity
  • GO:0044271  — acts upstream of or within — cellular nitrogen compound biosynthetic process
  • GO:0009507  — located in — chloroplast
  • GO:0003729  — enables — mRNA binding
  • GO:0009059  — acts upstream of or within — macromolecule biosynthetic process
  • GO:0043022  — enables — ribosome binding
  • GO:0044283  — acts upstream of or within — small molecule biosynthetic process
  • GO:0005886  — located in — plasma membrane
  • GO:0009409  — acts upstream of or within — response to cold
  • GO:0009639  — acts upstream of or within — response to red or far red light

Germplasm Phenotype:

  • SALK_140697  — Increased chlorophyll fluorescence, pale green under normal growth conditions. Photosynthetic activity is impaired, which is reflected in the decreased steady-state levels of chloroplast proteins.

Literature:

Sequences:

cDNA Sequence
  • >AT5G08650.2
    ATACTTTGAATTTCTCTCAAAACAGTAGAGAGAGGTGTAGAGAGCTTAGACAGTGCCATGGCCATGGCTTCTGCTATGGACTTATCTTCTCCTCCAACGTTTTTCTTATCCGGAACTTCTACATCTTCCCCATCTCTCCGTCGTCTCTCCTCCATTTCCGTCTCTGGATTCCGCCGTCACTCTAATCGGAAGTTACAGATACTTTGCCAAGCCACAGCTGGAACTGAGCCTCAGAGCGGTCTCTCTGTCTCTGGCTCCAAATTAGCCGCCCGTTCTGGTCAAGACCGTCTTTTGAAGGTTCCAATTTCGAACATCAGGAATTTTAGTATTATAGCTCATATTGATCATGGGAAATCTACGTTAGCGGATAAGTTGCTTCAGGTGACTGGTACTGTTCAGAACAGAGATATGAAGGAGCAGTTTCTTGATAACATGGACTTAGAGAGAGAACGAGGCATCACTATCAAGCTTCAGGCAGCTCGAATGCGTTATGTTTATGAAGATACACCGTTTTGCCTCAACTTGATAGATACTCCAGGTCATGTTGATTTCTCTTACGAGGTTTCCCGATCTCTTGCTGCTTGCGAGGGTGCTCTTCTTGTTGTGGATGCATCCCAGGGTGTGGAAGCACAAACATTGGCTAATGTGTATTTGGCCTTGGAAAACAACCTCGAAATTATTCCCGTTTTAAATAAGATTGACCTTCCAGGCGCTGAGCCAGAGAAAGTTCTCAGGGAGATTGAGGAGGTTATTGGGTTAGATTGTAGCAAAGCGATATTCTGTTCGGCAAAGGAGGGAATTGGTATTACCGAGATTTTGGATGCAATTGTTCAAAGGATACCTGCACCTCTCGATACTGCAGGAAAGCCCTTAAGAGCTTTAATTTTTGACAGTTATTATGATCCATATCGTGGTGTCATTGTATACTTTCGAGTTATCGATGGGAAAGTGAAGAAAGGCGACAGAATTTTTTTCATGGCAAGCGGAAAGGATTATTTTGCGGATGAAGTCGGAGTTCTATCTCCAAATCAAATTCAAGTGGATGAATTATATGCGGGTGAGGTAGGATATATTGCGGCTTCTGTAAGATCTGTTGCAGATGCCAGGGTAGGAGATACAATAACACATTATAGCAGAAAGGCAGAAAGCTCTTTACCTGGTTACGAGGAAGCTACCCCTATGGTGTTCTGTGGTCTTTTTCCAGTTGACGCTGACCAGTTTCCCGATCTTCGCGATGCATTGGAAAAACTGCAACTCAATGATGCTGCATTGAAGTTTGAGCCTGAAACTTCGAGTGCCATGGGATTTGGCTTTAGATGCGGGTTTTTGGGTCTTCTCCACATGGAAATTGTGCAGGAAAGGCTAGAGAGGGAGTACAACTTAAATCTTATTACCACAGCTCCAAGTGTTGTTTATAGGGTGAACTCTGTAAATGGTGATACTACTTTGTGCTCAAATCCATCACGCCTTCCAGATCCTGGGCAAAGGAAATCGGTCGAGGAGCCATACGTTAAGATTGAACTGCTCACACCAAAAGACTATATTGGTGCGCTTATGGAGCTCGCTCAAGAGAGGAGAGGGGAGTTCAAAGAAATGAAATATATAGCTGAGAACAGAGCTTCAATCCTCTATGAGTTACCTCTTGCAGAGATGGTGGGTGATTTCTTTGACCAATTGAAGTCGAGAACCAAGGGATATGCTAGCATGGAATACTCCGTTATTGGGTACAGGGAAAGTGATCTGATAAAACTCGATATTCTGATTAATGCTGAAATGGTGGAACCTTTGTCAACCATCGTACACAGGGATAAGGCATATTCCGTTGGGAGAGCTTTGACTCAGAAACTCAAAGAGCTTATTCCACGACAAATGTTTAAAGTGCCCATCCAGATTTGAATCTTACACCGAGGGCCTGAGGCACATAAGATGGATTGGATCTTAAACTCTTCTTCTTCTGAGCTTTTAAAAAACTTACTTGTGATCAAATGGGTCTGATGAATTGTGTTCCTGCTTGGTTATCTGACAATGCCCTTAGAATATAGAAACCACGGAAGATGTTTTGACATACACATATACTTGCAGGCTTGTATAGGATCCAAGGTGATTGCTAGTGAAGCACTCTCAGCAATCAGAAAAGATGTTTTGGCAAAATGTTATGGTGGAGATATTTCTCGGAAGAAGAAGCTTCTTAAGAAACAGGCGGCAGGTAAGAAGAGAATGAAAGCCATAGGTAGAGTTGATGTCCCTCAAGAAGCTTTCATGGCCGTTCTCAAACTTGAACGAGAAGTATTGTGACATCTTGTGGGTTTCTCCACTGAGTCACTCAAGATTCACTACATCATATTTTATTTTATCATTTTGTAATATTCTGCAAACTAATTTCACATAATGCAATTATTTTTCGCATTTCATTTGTAAATTGTACTGTTTTTAAAGTTTTTCATACAAAACACATCAAACAAAAAAAACAAAAGCGTAATAGTGTTTATGATCAGATTCACGTTCAACATCTTTAAGATTTCAAAA
  • >AT5G08650.1
    ATACTTTGAATTTCTCTCAAAACAGTAGAGAGAGGTGTAGAGAGCTTAGACAGTGCCATGGCCATGGCTTCTGCTATGGACTTATCTTCTCCTCCAACGTTTTTCTTATCCGGAACTTCTACATCTTCCCCATCTCTCCGTCGTCTCTCCTCCATTTCCGTCTCTGGATTCCGCCGTCACTCTAATCGGAAGTTACAGATACTTTGCCAAGCCACAGCTGGAACTGAGCCTCAGAGCGGTCTCTCTGTCTCTGGCTCCAAATTAGCCGCCCGTTCTGGTCAAGACCGTCTTTTGAAGGTTCCAATTTCGAACATCAGGAATTTTAGTATTATAGCTCATATTGATCATGGGAAATCTACGTTAGCGGATAAGTTGCTTCAGGTGACTGGTACTGTTCAGAACAGAGATATGAAGGAGCAGTTTCTTGATAACATGGACTTAGAGAGAGAACGAGGCATCACTATCAAGCTTCAGGCAGCTCGAATGCGTTATGTTTATGAAGATACACCGTTTTGCCTCAACTTGATAGATACTCCAGGTCATGTTGATTTCTCTTACGAGGTTTCCCGATCTCTTGCTGCTTGCGAGGGTGCTCTTCTTGTTGTGGATGCATCCCAGGGTGTGGAAGCACAAACATTGGCTAATGTGTATTTGGCCTTGGAAAACAACCTCGAAATTATTCCCGTTTTAAATAAGATTGACCTTCCAGGCGCTGAGCCAGAGAAAGTTCTCAGGGAGATTGAGGAGGTTATTGGGTTAGATTGTAGCAAAGCGATATTCTGTTCGGCAAAGGAGGGAATTGGTATTACCGAGATTTTGGATGCAATTGTTCAAAGGATACCTGCACCTCTCGATACTGCAGGAAAGCCCTTAAGAGCTTTAATTTTTGACAGTTATTATGATCCATATCGTGGTGTCATTGTATACTTTCGAGTTATCGATGGGAAAGTGAAGAAAGGCGACAGAATTTTTTTCATGGCAAGCGGAAAGGATTATTTTGCGGATGAAGTCGGAGTTCTATCTCCAAATCAAATTCAAGTGGATGAATTATATGCGGGTGAGGTAGGATATATTGCGGCTTCTGTAAGATCTGTTGCAGATGCCAGGGTAGGAGATACAATAACACATTATAGCAGAAAGGCAGAAAGCTCTTTACCTGGTTACGAGGAAGCTACCCCTATGGTGTTCTGTGGTCTTTTTCCAGTTGACGCTGACCAGTTTCCCGATCTTCGCGATGCATTGGAAAAACTGCAACTCAATGATGCTGCATTGAAGTTTGAGCCTGAAACTTCGAGTGCCATGGGATTTGGCTTTAGATGCGGGTTTTTGGGTCTTCTCCACATGGAAATTGTGCAGGAAAGGCTAGAGAGGGAGTACAACTTAAATCTTATTACCACAGCTCCAAGTGTTGTTTATAGGGTGAACTCTGTAAATGGTGATACTACTTTGTGCTCAAATCCATCACGCCTTCCAGATCCTGGGCAAAGGAAATCGGTCGAGGAGCCATACGTTAAGATTGAACTGCTCACACCAAAAGACTATATTGGTGCGCTTATGGAGCTCGCTCAAGAGAGGAGAGGGGAGTTCAAAGAAATGAAATATATAGCTGAGAACAGAGCTTCAATCCTCTATGAGTTACCTCTTGCAGAGATGGTGGGTGATTTCTTTGACCAATTGAAGTCGAGAACCAAGGGATATGCTAGCATGGAATACTCCGTTATTGGGTACAGGGAAAGTGATCTGATAAAACTCGATATTCTGATTAATGCTGAAATGGTGGAACCTTTGTCAACCATCGTACACAGGGATAAGGCATATTCCGTTGGGAGAGCTTTGACTCAGAAACTCAAAGAGCTTATTCCACGACAAATGTTTAAAGTGCCCATCCAGATTTGAATCTTACACCGAGGGCCTGAGGCACATAAGATGGATTGGATCTTAAACTCTTCTTCTTCTGAGCTTTTAAAAAACTTACTTGTGATCAAATGGGTCTGATGAATTGTGTTCCTGCTTGGTTATCTGACAATGCCCTTAGAATATAGAAACCACGGAAGATGTTTTGACATACACATATACTTGCAGGCTTGTATAGGATCCAAGGTGATTGCTAGTGAAGCACTCTCAGCAATCAGAAAAGATGTTTTGGCAAAATGTTATGGTGGAGATATTTCTCGGAAGAAGAAGCTTCTTAAGAAACAGGCGGCAGGTAAGAAGAGAATGAAAGCCATAGGTAGAGTTGATGTCCCTCAAGAAGCTTTCATGGCCGTTCTCAAACTTGAACGAGAAGTATTGTGACATCTTGTGGGTTTCTCCACTGAGTCACTCAAGATTCACTACATCATATTTTATTTTATCATTTTGTAATATTCTGCAAACTAATTTCACATAATGCAATTATTTTTCGCATTTCATTTGTAAATTGTACTGTTTTTAAAGTTTTTCATACAAAACACATCAAACAAAAAAAACAAAAGCGTAATAGTGTTTATGATCAGATTCACGTTCAACATCTTTAAGATTTCAAAA
CDS Sequence
Protein Sequence