Gene Details:
- Gene ID: AT5G20610
- Gene Symbol: PMIR1
- Gene Name: PLASTID MOVEMENT IMPAIRED1-RELATED1
- Description: EEIG1/EHBP1 protein amino-terminal domain protein;(source:Araport11)
- TAIR Accession:
- 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)
Function-related keywords:
Literature:
- A plant-specific protein essential for blue-light-induced chloroplast movements. DOI: 10.1104/pp.105.061887 ; PMID: 16113226
- PLASTID MOVEMENT IMPAIRED1 and PLASTID MOVEMENT IMPAIRED1-RELATED1 Mediate Photorelocation Movements of Both Chloroplasts and Nuclei. DOI: 10.1104/pp.15.00214 ; PMID: 26324877
Sequences:
cDNA Sequence
- >AT5G20610.1
ATTTAAAACAAAAGGAAGAGAAATGAAAAAAGAATAAAACAAAGTTTTCTTTCTTTCTCCTGTTCTTCGTCTCTGACGCGCTCCTCCACCATTTTTATCTTATTCCAAGCTTCCACAGAGACGACTTTTCTTTAGTCGCCCTTTCACGCCGATTTCTGGTTCCAGGATGAGTAAAGTTAACAGTGAGGAATCTTCTAGTAGCCAAAAATTGTTGAAGGAGGTTGAGAAAATAAGCGAAGCTCTGTATGTGAACAAGAATCCTAGGGGTTCAGTTGCTGGTTCTAATAAGACTCCAACGAAACCATTGAGTCGTAGCAACTTGGCTGAGCCTAAGGAGAAGAAATCGTTTTGGAATTGGCCTCTCAGAGCTATTAATCATGTCAGAAACCGCCGATTCAATTGTTGTTTCTCTGCTCAAGTCCATTCCATCGAAGGATTACCACCGATATTCCAGGATCTTTCTCTCACTGTGCACTGGAAACGTCGTGATGAATCTTTAAGCACTCGTCCTGCAAAAGTTTCTAATGGAAGAGCTGAATTTAAGGACAAGCTGACACATACATGCTCGGTCTACGGAAGCAGAAGTGGACCGCATCACTCAGCTAAGTATGAAGCTAAGCATTTCTTGCTGTATGTCTCTCTGGTTGGATCTCCTGAGATTGATTTGGGAAAACATCGAATGGATCTCACTAAATTGCTTCCTCTCACACTTGAGGAGTTGCAGGATGAGAAAAGCTCTGGTAAGTGGTCAACGACATTTCAGTTGTCTGGAAAGGCTAATGGTGCTACTTTAAGCATGAGTTTTGGGTACACTGTTGTTGGTGATACTCGTAATCCTGCTTCATCTGGTAGCACTCAGAATTTCCGCAGTTCGTCAAATGTAAAACAAACTAGTAATAACACAGGGTTGACAAGAGCTATCAGTGCAAAGTCTAGTCTAGGGAATGGAAAGTCCGCGTCTCGGCGTTATGATCATAGTATTGTCAACAGAGAATCACATCCTTTGTCCCAGAATATGGAGGAAATTAAAGACCTTCATGAAATTTTGCCTGCTGTACAATCTGACCTGGGTAGTTCTGTAAACACTTTGTATCAAAAATTTGATGAGGAGAAGGTGGATCCTGCAAATGAGTCTCAGTTCGAATTTGACGTTGTCACTAAACACATTGAACCTGTTGAGTCGATATCTCATGAAAAAGAAGATGCAAATGCACTTCAAAGCGAGTTGGTAACTGGGAATGAAACTGTTGTTCCTTTTGAGGAAATAAAAAAAGCTGGTGAAGTTCCTACTGCTGGAAGTGACGAAGTTGGTGCAGAAAATTTCCCTTTAGAAGAGCCCTTGGTAAACGGTAATGAAACTGATGTTCCTTTTGAACTATTAAAGAAAGCTGGTGAAGTTCCTACTGCTGGAAGGGACGAAGTTGGTACAGAAATTTTGCCTCCAGAAGAGCCCTTGGTAAATGGGAATGAAACTGATGTTCCTTTTGAGGAATTAATGATTACTGGCGAAGCTAGTATTGCTAGAAGTGAGGAAGCTGTTGAGATTGTTACAGAAGAGTTGGCTCCAGAAGAGGGAAACAAAATTTCTCCGAAGAACGAGGAAAGTGTTGTTCCTAAAGATGCTGAAGAGGTAATGAACGGTGAGAAAGACTTGAAAGAAATGATAATGAAAGATCTTGAATCAGCTTTGAAAAGTGTAGAAATGTTGGAAGCTACTGCGTCAGAAGACGAGGAAGATCGAAAAAAGCATGGAGACAAAGATAAATATTTTATAACACCAATGAAGGAAACAGTGCCATCATGTTCGAGAGATGTGGCTGAATCTGTGGCATGTGAGTTCTTAGACATGCTAGGTATTGAACACAGCCCTTTTGGTCTAAGTTCTGAGAGTGAACCTGAATCCCCAAGGGAGCGCCTGTTAAGAGAGTTTGAAATGGAAACTCTAGCGGCAGGTTCTTTGTTTGACTTTAGTATTGAAGGTGATGATCCCCAATTGGAATGTGATGAAAACTTTCCGAACGAGTATGAGTCGGATTTTGAAGAAGGTTTTGATCTGGCATCCCTTGTTCATGACATAGAAGAAGAGTACCAGTTGGAAGCTCAAGCAAGAGTTAGCCATCCCAGGGCCAAAATGTTAGAAGGCTTGGAAACAGAATCTCTGATGCGTGAGTGGGGTATGAATGAAAACACATTTCAAAACTCTCCGCCTCACAATGGTCGTGATGCGTTTCATCCAGCTGATTTTCCAGTGAAGGAGCCATTTGATTTGCCTCCTCTTGGAGATGGCTTGGGTCCAGTTGTGCAGACAAAGAATGGAGGGTTCTTGCGATCAATGAATCCCTTACTGTTCAGGAACTCTAAAGCTGGAGGCAGCTTGATCATGCAAGTGTCAACTCCAGTGGTGGTGCCTGCTGAGATGGGCTCTGGTATCATGGAGATACTTCAAAAACTAGCCACTGCTGGAATTGAGAAGCTCTCGATGCAGGCAAATAAAGTAATGCCTTTGGACGATATAACAGGGAAAACCATGGAAGAGGTGTTGTGGGAAACTTCACCTACAATTGACATTGGGGACAGGGATCATGTATCAGAGCGTGAATCTGGTGATGCATCTGGTTTTGTGAGGGGAGGTGAAAGACGAACATCATTTGCAGCTAAGCCAAAAAAGTTTGGTTCAAGCTCTGGTAACAATAACTTTGACTCGGAGTATGTATCACTTGAAGATCTTGCTCCTTTGGCTATGGATCAGATTGAAGCACTTTCTTTGGAAGGATTGAGAATACAATCAGGAATGTCAGATGAGGATGCACCCTCGGACATCACTGCACAATCTATTGGAGATATCTCAGCCTTTCAAGGGAAAAGCGGGTGCGTTGGTCTAGAAGGTGCTGCCGGTTTACAACTTCTGGACATAAAAGATGATGGGGACGATGATGATGATGGTTTAATGGGACTCTCCTTGACTCTTGATGAGTGGATGAAGTTAGATTCAGGGGACATTGGCGATGAAGACGAAATAAATGAGCGAACTTCAAAAATTCTGGCTGCCCATCATGCAAACCCACTAAACTTTATCCGTAAAGGATCAAAAGGGGAGAAAAGAAAGGGAAAAAAAGGAAGGAAATGCGGTTTACTGGGTAATACCTTCACCGTAGCACTAATGGTGCAACTTCGAGATCCACTAAGGAACTACGAACCAGTAGGAGCTCCTATGCTTTCTCTTATCCAAGTTGAGAGATTGTTCGTCCCTCCAAAGCCCAAAATCTACAGCACAGTTTCAGAGCTGAAGAAAACCGATGAAGAGGAGGAAGCGGACGCGAGTGATGCAAAGAAAGAAGAGAAACCCATGGAGGAACAAGGAATACCTCAGTACAAAATCACAGAGGTACATCTTACCGGTATGAAGAGCGAGACAGATAAGAAGCCATGGGGAATCACGACTCAGCAGCAGCAGGTGCAGTCTGGTTCAAGGTGGTTGATGGCTAACGGAATGGGAAAAGGGAACAACAAGCTTCCTCTTATGAAACCAAAATTGGGTTCGGCAAAGCCTGGTGACAAGTTGTGGAGTGTCTCTGGTTCTGGGTCTAAATGGAAAGAGCTTGGGAAAATGGGAAAGTCGAACACACACATTCGAAATCCGAATGTAATAATGCCAAAATGAAACTGAAGCAGTAGCATGTGTCTGCTCTGTATTTTTGATGCTAAGTAAAGTTAATGTTATGTGGTGTGGTGGATTGTGTGTAGATTCACTTCAAATGTTGCATGTGGTTTATATTGTGTTTGCAGTTTTAGGTTTTGCGGATCAAACTAATCGCTGTTTGTGGTACAGTTAAGAGATCAATGGAACAAACAAGATCCTTTG
CDS Sequence
Protein Sequence