Gene Details:

  • Gene ID: AT5G11320
  • Gene Symbol: AtYUC4, YUC4
  • Gene Name: YUCCA4
  • Description: Flavin-binding monooxygenase family protein;(source:Araport11)
  • TAIR Accession:
  • Genome: Araport11_genome_release
  • Species: Arabidopsis thaliana

Transcripts:

Plant Ontology Annotations:

  • PO:0000229  — flower meristem — floral meristem (exact), mersitema floral (Spanish, exact), 花芽分裂組織 (Japanese, exact), floral apical meristem (related), Poaceae floret meristem (narrow), ear floret meristem (narrow), floret meristem (narrow), tassel floret meristem (narrow)
  • PO:0006339  — juvenile vascular leaf — hoja juvenil (Spanish, exact), 維管束系幼葉 (Japanese, exact)
  • PO:0009015  — portion of vascular tissue — porción de tejido vascular (Spanish, exact), vascular tissue (exact), 維管束細胞の一部 (Japanese, exact), vascular system (related)
  • PO:0020030  — cotyledon — cotiledón (Spanish, exact), seed leaf (exact), 子葉 (Japanese, exact)
  • PO:0020144  — apical meristem — AM (exact), meristema apical (Spanish, exact), 頂端分裂組織 (Japanese, exact), primary meristem (related), promeristem (broad)

Germplasm Phenotype:

  • npy1-1; yuc1; yuc4-1  — The triple mutant fails to produce cotyledons. True leaves develop, but show aberrant phyllotaxy. The mutant also fails to produce flowers on its pin-formed primary and lateral inflorescences. These phenotypes cannot be attributed to changes in the patterns of PIN1, PID, or MP transcription in the inflorescence.
  • yuc1; yuc4-1; pid-101  — This triple mutant fails to produce cotyledons, a defect that can first be observed at the early heart embryo developmental stage. True leaves develop, but show aberrant phyllotaxy. The mutant forms a normal hypocotyl and roots and produces a normal apical hook in the dark.

Literature:

Sequences:

cDNA Sequence
  • >AT5G11320.1
    AACACACACACACAAATCCTTTCCTTTTCTCTCACGCCTTCTCTCTCTCTCTCACTCACTCTCGAGCATTTACACCACCTCATCTTACGTGGTCTCTATATAATTTCCAACTTGGTTTCTTGGTTTTTCCCGAGAAACAATCAAAAGAAGACCCTAAAACAGGACACTTCTTAGGTGCATGTGTGTGTGATCGTCAGAGAAAGATAAAGACACTTTCCTCTTCCTTCCTTCTTCTTCTTTCTTACTCTCTCTCTCTCTCTTTCGCTTTTATTAGTCGACATGGGCACTTGTAGAGAATCAGAACCTACTCAAATCTTCGTTCCTGGTCCGATCATCGTCGGAGCCGGGCCTTCCGGTCTAGCCGTAGCGGCTTGTTTGTCAAACCGAGGCGTACCATCGGTTATCCTCGAGAGAACCGATTGTTTAGCTTCTTTATGGCAAAAAAGAACCTACGACCGTCTCAAACTCCATCTCCCTAAACACTTTTGCGAGCTTCCTCTTATGCCTTTCCCTAAAAACTTCCCCAAATACCCATCCAAGCAACTATTCATCTCCTACGTTGAGTCCTACGCTGCCCGGTTTAATATCAAACCGGTATTTAACCAAACCGTCGAGAAAGCAGAGTTCGATGACGCATCTGGTCTATGGAATGTGAAGACGCAAGACGGTGTATACACATCCACGTGGCTGGTGGTTGCCACAGGGGAAAACGCTGAACCGGTGTTTCCGAACATACCCGGTTTAAAGAAGTTTACTGGACCGGTTGTTCACACCAGTGCGTACAAGTCCGGTTCGGCATTCGCAAACCGGAAGGTTTTGGTGGTTGGTTGTGGAAATTCCGGTATGGAGGTCAGCTTGGATCTTTGTAGATACAATGCTCTGCCTCATATGGTCGTTAGAAACTCTGTACATGTATTACCAAGAGACTTTTTTGGTCTATCAACATTTGGAATAGCCATGACACTACTGAAATGGTTTCCTCTAAAGCTGGTGGACAAATTTCTCCTACTTCTTGCTAATTCTACGTTGGGCAATACCGACCTTTTAGGCCTTCGACGACCTAAGACCGGACCAATTGAGCTAAAGAACGTCACCGGTAAAACTCCCGTTCTTGATGTCGGTGCCATTTCTTTAATCCGATCAGGACAAATTAAAGTGACGCAAGCCGTGAAAGAAATAACGAGGAACGGGGCAAAGTTTCTGAATGGGAAAGAAATTGAATTCGACTCCATAATATTAGCGACTGGGTATAAGAGTAATGTACCCGATTGGCTTAAGGAGAATAGTTTTTTCACAAAAGAAGGAATGCCAAAAACGCCGTTTCCTAACGGATGGAAAGGAGAGAAGGGACTATACACGGTGGGTTTCACGAGAAGAGGACTTTCGGGAACAGCCTATGACGCCGTTAAGATCGCTGAGGATATAACAGACCAATGGATGAAATTTAACGGTCCGTTGAGTTGTAGGAATATTTGTAGTTCCCATATTATTCATCTTCATTTCAATAAATCCTAATAATTTGGTTCTTTTCTTGTTCTCAATTTTGACTTGTATCTTTTTTCATGGTCGCTAATGAAGTTAGTTAGCTTTGTTGTTTATTTAATATTGAGTAGTTTCCTCATTTTCCAAGCTTCCATGCGTTGTAAATTTGGTAATATTTACTTCTTTGGCTGTAAAATAATATCTAAATTTTGGTG
  • >AT5G11320.2
    AACACACACACACAAATCCTTTCCTTTTCTCTCACGCCTTCTCTCTCTCTCTCACTCACTCTCGAGCATTTACACCACCTCATCTTACGTGGTCTCTATATAATTTCCAACTTGGTTTCTTGGTTTTTCCCGAGAAACAATCAAAAGAAGACCCTAAAACAGGACACTTCTTAGGTGCATGTGTGTGTGATCGTCAGAGAAAGATAAAGACACTTTCCTCTTCCTTCCTTCTTCTTCTTTCTTACTCTCTCTCTCTCTCTTTCGCTTTTATTAGTCGACATGGGCACTTGTAGAGAATCAGAACCTACTCAAATCTTCGTTCCTGGTCCGATCATCGTCGGAGCCGGGCCTTCCGGTCTAGCCGTAGCGGCTTGTTTGTCAAACCGAGGCGTACCATCGGTTATCCTCGAGAGAACCGATTGTTTAGCTTCTTTATGGCAAAAAAGAACCTACGACCGTCTCAAACTCCATCTCCCTAAACACTTTTGCGAGCTTCCTCTTATGCCTTTCCCTAAAAACTTCCCCAAATACCCATCCAAGCAACTATTCATCTCCTACGTTGAGTCCTACGCTGCCCGGTTTAATATCAAACCGGTATTTAACCAAACCGTCGAGAAAGCAGAGTTCGATGACGCATCTGGTCTATGGAATGTGAAGACGCAAGACGGTGTATACACATCCACGTGGCTGGTGGTTGCCACAGGGGAAAACGCTGAACCGGTGTTTCCGAACATACCCGGTTTAAAGAAGTTTACTGGACCGGTTGTTCACACCAGTGCGTACAAGTCCGGTTCGGCATTCGCAAACCGGAAGGTTTTGGTGGTTGGTTGTGGAAATTCCGGTATGGAGGTCAGCTTGGATCTTTGTAGATACAATGCTCTGCCTCATATGGTCGTTAGAAACTCTGTACATGTATTACCAAGAGACTTTTTTGGTCTATCAACATTTGGAATAGCCATGACACTACTGAAATGGTTTCCTCTAAAGCTGGTGGACAAATTTCTCCTACTTCTTGCTAATTCTACGTTGGGCAATACCGACCTTTTAGGCCTTCGACGACCTAAGACCGGACCAATTGAGCTAAAGAACGTCACCGGTAAAACTCCCGTTCTTGATGTCGGTGCCATTTCTTTAATCCGATCAGGACAAATTAAAGTGACGCAAGCCGTGAAAGAAATAACGAGGAACGGGGCAAAGTTTCTGAATGGGAAAGAAATTGAATTCGACTCCATAATATTAGCGACTGGGTATAAGAGTAATGTACCCGATTGGCTTAAGGAGAATAGTTTTTTCACAAAAGAAGGAATGCCAAAAACGCCGTTTCCTAACGGATGGAAAGGAGAGAAGGGACTATACACGGTGGGTTTCACGAGAAGAGGACTTTCGGGAACAGCCTATGACGCCGTTAAGATCGCTGAGGATATAACAGACCAATGGATGAAATTTAACGGTCCGTTGAGTTGTAGGAATATTTGTAGTTCCCATATTATTCATCTTCATTTCAATAAATCCTAATAATTTGGTTCTTTTCTTGTTCTCAATTTTGACTTGTATCTTTTTTCATGGTCGCTAATGAAGTTAGTTAGCTTTGTTGTTTATTTAATATTGAGTAGTTTCCTCATTTTCCAAGCTTCCATGCGTTGTAAATTTGGTAATATTTACTTCTTTGGCTGTAAAATAATATCTAAATTTTGGTG
CDS Sequence
Protein Sequence