AT4G25350

Gene Details

Gene ID: AT4G25350
Gene Symbol: SHB1
Gene Name: SHORT HYPOCOTYL UNDER BLUE1
Description: EXS (ERD1/XPR1/SYG1) family protein;(source:Araport11)
TAIR Accession: locus:2138038
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:0009009 — plant embryo — embrión (Spanish, exact), 植物胚 (Japanese, exact), germ (related), embryo (broad)
PO:0009089 — endosperm — albumen (exact), endosperma (Spanish, exact), 内胚乳、胚乳 (Japanese, exact)

GO:0005886 — located in — plasma membrane
GO:0005737 — is active in — cytoplasm
GO:0005829 — located in — cytosol
GO:0005802 — is active in — trans-Golgi network
GO:0005634 — located in — nucleus
GO:0005794 — is active in — Golgi apparatus
GO:0010468 — acts upstream of or within — regulation of gene expression
GO:0016036 — involved in — cellular response to phosphate starvation
GO:0015114 — enables — phosphate ion transmembrane transporter activity
GO:0080113 — acts upstream of or within — regulation of seed growth
GO:0010017 — acts upstream of or within — red or far-red light signaling pathway
GO:0006817 — involved in — phosphate ion transport
GO:0000822 — enables — inositol hexakisphosphate binding
GO:0005886 — is active in — plasma membrane
GO:0009960 — acts upstream of or within — endosperm development
GO:0080050 — acts upstream of or within — regulation of seed development
GO:0045793 — acts upstream of or within — positive regulation of cell size

CS860810 — Reduced seed size; short hypocotyl under blue light; late flowering under both long and short days.
SALK_128406 — shb1 mutant shows a mild phenotype of small seed and has no obvious phenotype of adult plant. shb1 also has a short hypocotyl under blue light and a late flowering phenotype under both long and short days.
shb1-D — long-hypocotyl under red, far-red, and blue light conditions. Mutantion affects pigment accumulation and CHLOROPHYLL a/b BINDING PROTEIN3 or CHALCONE SYNTHASE expression. Promotes phyA degradation under far-red light.

Functional Keywords

Literature and News

Gene Resources

Sequences

cDNA Sequence

>AT4G25350.1
CTCAAGACCTGGTCTACCTCTCTAGAAAAACTTTCAGCATCACTCAAAACCCAAAAGTCAAAAAGTCACATTCTTCTTTCCAACTTTTGTTCCAAAGACAGAGAGAGGCCAAGATTCATAATTTGAGATTCTGACTGTAGACTTCGAGCAAGAAAAAAAAAGATCTGAAGGTTGAAGAATCATGAGGTTTGGGAAAGAGTTTGTGTCTCAGATGATCCCAGAATGGCAAGAAGCTTATATAGATTACGCTTACCTCAAAACCATTCTTCAAGACATCCAAGCTTCCCGGAATAGGTCAGATTCCAATAACCAGAGCAGTACTCCTTCCTTCGCACGTAACCTAACCAGACGGTACAACCGCGACGCCTTGGTCTCTGAGAATCACGACATTGTGGTCAACACTGTGACACGGCTCGAAGAAGGGCTCGAGACGGCGGCTTACGAGACTACGTTTTTAAAGGCCGGAGAAGCAGGTGGCGACTTTGAGGTTACCTTTTTTAGAACCCTAGATCGAGAATTCAACAAGGTAAATAACTTTTACAGGCTGAAAGTGGAGACAGCTAGAACTGAGGCTCTGGCTCTGAACAAACAAATGGATGCTTTGATTGCTTTCAGACACAAAGTCATGGATCAGAATCAGAAGAACCCTTCTGTCTTTGATTCAGTTTCAGAAGACATCAATGGCTCAGCTTCTGAGGTTGGATCATCTTCAAAGTGTACAGAACACAATGTGGCGTTAGCTGATCTTATGAGGAACGAAGATACATCGAATGAGAGTATTCTTGAGCGCATCAGGATGAACAAAACTCGAGAAATAACTCCTCTGTCCGCAATTAAAACTATACTCAAGGTCCATAAGCAGGACGAGCTCAAATTCACAAGAGATAATCTCAAGGAAGTGGAAAAGCGACTTCAGGTAGCGTTCATTGAGTTTTATCAGAAGCTTCGACATCTTAAAAACTACAGCTTCTTGAACGCTTCCGCTGTTTCCAAGATCATGAAGAAGTATGATAAGATAGCCAAAAGAAATGCTGCGAAACTGTATATGGAGATGGTCGATAAATCTTTCCTCAGTAGCTCCGAAGAAGTTCATAAGTTGTTGCTAAAGGTTGAATCTATTTTCATTGAACATTTCTCCAATTCAAATCGGAGGGAAGGGATGAGCCATTTAAGACCAAAAATAAATAAAGAACGTCATCTTATAACGTTTTCCACCGGCTTCTTTTTCGGCTGTGGTATTTCTCTCATTGTAGCTCTGGGTTTGATCATCCATGCTCGTAATATCATGGGTACACCGGGACAAAGAACTTATATGGAAACAATGTTCCCTCTTTACAGGTTTTTTGGGTTTGTAGTTTTGCACATGGACGTGTACGCTGCTAATATCTACTTCTGGAGGCGATACCGTGTGAATTACTCCTTCATCTTTGGATTCAAACAAGGCACTGAACTTGGTTATAGACATGTTCTACTTCTCAGCTTTGGTCTTGGTACACTTTCTTTATGTGCTGTCTTATTAAACCTTGACATGGAAATGGATGCTCAAACAAAAGATTACAGATTAGTCACCGAACTTATCCCCCTCTTTCTTCTCGTATTAGTGATTATCATTGTTCTCTGCCCCTTTAACATTTTGTATCGGTCAAGCCGATTCTTCTTCCTCTCGGTTCTGTTCCGCTGCATTGCTGCACCATTTTACGCGGTGCATCTTCCGGACTTTTTCTTGGGAGATCAACTAACAAGCCAGGTTCAAGCACTGAGGAGTCTAGAGTTCTACATATGCTACTATGGTTTTGGAGATTTCAGATATAGACGACGAAACACCTGCACATCAAATATTGGATTCAGAACATTCTACTTCATCGTCGCCGTTATACCTTACTGGTTACGGTTTCTTCAGTGCATCCGAAGAATGGTGGAAGACAGAGATCTGAGTCATGGCTACAATGGCATCAAATACCTTTTGACCATCGTTGCTGCTTCTCTTAGAACAGCTTATACTCTAAACCGAGGAAGCAACTGGAATATCACAGCTTGGGTTTTCTCAGGAGTTGCAACGTTTTACGGAACTTACTGGGACATTGTTCTTGACTGGGGATTGCTTCAAAGAGGATGTAAGAATAGTTTCTTGAGAGACAAGCTTCTTGTTCCTCACAAAACCGTGTACTACGCTGCAATGGTCCTGAATGTTTTGTTGAGGTTAGTGTGGTTGCAAACAGTTTTGGATCTGAAATTCTCTTTCTTGCATAGAGAAACTATGGTCGCGCTTATGGCTTGCCTTGAGATCATACGCAGAGGTATCTGGAACTTCTTTAGGCTGGAGAATGAGCATTTGAACAACGTTGGGAGATACAGGGCGTTCAAAACTGTCCCGTTACCGTTCAACTACGAAGAAGATGGAGATCATCATAACAATTAGCTTAACAAGAAAATACTTGGTTTCACAAAATTACCTAAACAACAACTAAACTTTTCACCGCTGTTCCGGTATACAACTGTAACGATCGAGCTTTGCCTCTCCGCTGTATTCTTCAGAGAGCCAACTCGAGGCTGGCTCACTCTCAGGGTCAGACCTAAGCGATGGTAGAATTATGGAGAAATCAAGTGGAAATCTCTTCGTTCCTTGGTAACAAGAGATACAAACACTTAACTAACTTGGTTACATACAACAAAAAGACATTACTTTGTACACTTACTTCAGATTTTGACAAGAAAGATAGAAACTCACGTCATTGTACAGTGTGTTTAGGTCTCAATATTGTATTGTTTTGTTGAAAGATAGGTCTCATATTGTTTTATTTAAAACAAAATTTCTGAATTTGCGTTTACATGAGAG

CDS Sequence

Protein Sequence