AT3G49700

Gene Details

Gene ID: AT3G49700
Gene Symbol: ACS9, AtACS9, ETO3
Gene Name: 1-aminocyclopropane-1-carboxylate synthase 9, ETHYLENE OVERPRODUCING 3
Description: 1-aminocyclopropane-1-carboxylate synthase 9;(source:Araport11)
TAIR Accession: locus:2097350
Genome: Araport11_genome_release
Species: Arabidopsis thaliana

Functional Descriptions

GO:0006520 — involved in — amino acid metabolic process
GO:0009693 — acts upstream of or within — ethylene biosynthetic process
GO:0005515 — enables — protein binding
GO:0006417 — acts upstream of or within — regulation of translation
GO:0009693 — involved in — ethylene biosynthetic process
GO:0030170 — enables — pyridoxal phosphate binding
GO:0005737 — located in — cytoplasm
GO:0008483 — enables — transaminase activity
GO:0016847 — enables — 1-aminocyclopropane-1-carboxylate synthase activity

CS16571 — enhanced hypocotyl length in etiolated seedlings, enhanced hypocotyl length in light-grown seedlings, enlarged cotyledons, increased plant height, increased ethylene production
CS16582 — increased plant height
CS16587 — increased plant height
CS16591 — increased plant height
CS16593 — increased plant height
CS16595 — no dramatic change in phenotype
CS16596 — increased plant height
CS16604 — no dramatic change in phenotype
CS16606 — no dramatic change in phenotype
CS16608 — no dramatic change in phenotype
CS16609 — no dramatic change in phenotype
CS16613 — no dramatic change in phenotype
CS16615 — no dramatic change in phenotype
CS16617 — no dramatic change in phenotype
CS16618 — no dramatic change in phenotype
CS16620 — no dramatic change in phenotype
CS16622 — no dramatic change in phenotype
CS16623 — no dramatic change in phenotype
CS16624 — no dramatic change in phenotype
CS16625 — no dramatic change in phenotype
CS16628 — no dramatic change in phenotype
CS16630 — no dramatic change in phenotype
CS16631 — no dramatic change in phenotype
CS16632 — no dramatic change in phenotype
CS16633 — no dramatic change in phenotype
CS16635 — no dramatic change in phenotype
CS16637 — no dramatic change in phenotype
CS16638 — no dramatic change in phenotype
CS16639 — no dramatic change in phenotype
CS16640 — no dramatic change in phenotype
CS16641 — no dramatic change in phenotype
CS16642 — no dramatic change in phenotype
CS16643 — enhanced hypocotyl length in light-grown seedlings, increased plant height, decreased ethylene production, early flowering
CS16644 — enhanced hypocotyl length in light-grown seedlings, increased plant height, decreased ethylene production, early flowering
CS16645 — enhanced hypocotyl length in light-grown seedlings, increased plant height, decreased ethylene production, early flowering
CS16646 — enhanced hypocotyl length in light-grown seedlings, increased plant height, decreased ethylene production, early flowering
CS16648 — phenotype not determined
CS16649 — increased hypocotyl length in etiolated seedlings, decreased hook curvature in etiolated seedlings, less sensitive to hypocotyl gravistimulation, increased plant height, early flowering, decreased expression of FLC, increased expression of FT, reduced number of rosette leaves, decreased ethylene production, enhanced susceptibility to Botrytis cinerea
CS16650 — increased hypocotyl length in etiolated seedlings, decreased hook curvature in etiolated seedlings, less sensitive to hypocotyl gravistimulation, increased plant height, early flowering, decreased expression of FLC, increased expression of FT, reduced number of rosette leaves, decreased ethylene production, enhanced susceptibility to Botrytis cinerea
CS16651 — increased hypocotyl length in etiolated seedlings, the absence of hook curvature in etiolated seedlings, less sensitive to hypocotyl gravistimulation, reduced cotyledon size, delayed growth during initial developmental stages, increased mature plant height, smaller leaf blade with downward curling tip , reduced branching, delayed senescence, slightly early flowering, decreased expression of FLC, increased expression of FT, reduced number of rosette leaves, decreased ethylene production, enhanced susceptibility to Botrytis cinerea
CS70155 — kanamycin resistant, no visible phenotype

Functional Keywords

Literature and News

Gene Resources

Homologs

Sequences

cDNA Sequence

>AT3G49700.1
ATGAAACAACTGTCGAGAAAAGTGACAAGCAATGCTCATGGACAAGACTCTTCCTACTTCTTGGGATGGGAAGAATACGAGAAGAACCCTTACGACGAAATCAAGAACCCTAATGGGATTATTCAAATGGGTCTTGCCGAAAATCAGCTATGTTTTGATCTCATAGAGACATGGTTAGCTAAGAATCCGGACGCAGCCGGACTAAAAAAGGACGGCCAATCCATTTTCAAAGAGCTTGCTCTCTTTCAAGACTATCATGGCCTACCCGAATTCAAGAAAGCTTTGGCAGAGTTTATGGAGGAAATCAGAGGAAATAGAGTAACATTTGATCCAAGCAAGATTGTCCTAGCTGCTGGTTCAACATCTGCCAACGAAACTCTCATGTTTTGTCTCGCCGAACCCGGGGACGCTTTCCTTTTACCAACTCCTTACTATCCAGGATTCGATAGAGACTTGAAATGGAGAACGGGAGCAGAGATCGTACCTATTCATTGCTCAAGCTCTAATGGGTTCCAAATAACAGAGTCAGCTCTTCAACAAGCTTATCAACAAGCTCAAAAGCTTGATCTTAAGGTCAAAGGAGTTCTTGTTACCAACCCGTCTAACCCTCTTGGCACAATGTTGACCAGAAGAGAACTTAACCTTCTCGTTGACTTCATTACTTCCAAAAACATTCATCTCATAAGCGACGAGATCTATTCAGGTACCGTTTTTGGGTTTGAACAGTTTGTAAGTGTCATGGATGTCTTAAAAGACAAGAACCTCGAGAACAGCGAAGTCTCCAAACGAGTTCATATTGTTTATAGTCTTTCCAAAGATCTCGGTTTACCAGGTTTTCGCGTAGGAGCAATTTACTCCAACGACGAAATGGTTGTTTCCGCTGCAACAAAAATGTCAAGTTTCGGTCTCGTGTCTTCTCAAACACAGTACCTTCTCTCTGCATTGCTTTCAGACAAGAAGTTCACAAGTACATACCTCGACGAAAACCAGAAAAGACTCAAGATTCGTCAGAAGAAACTCGTGTCCGGTCTAGAAGCTGCAGGGATTACTTGTCTTAAAAGCAACGCTGGTTTGTTCTGTTGGGTTGACATGAGACATCTTTTGGACACAAACACATTCGAAGCAGAACTTGAGCTATGGAAGAAGATTGTATATGACGTCAAGCTGAATATTTCACCTGGTTCATCGTGCCATTGTACTGAACCGGGTTGGTTTAGGGTTTGTTTCGCCAACATGAGTGAAGATACGCTTGATTTGGCGATGAAGAGGCTCAAAGAGTACGTAGAGTCAACAGATAGTAGAAGAGTGATTTCAAAAAGCAGTCATGATAGGATCAAGAGTTTGAGGAAGAGAACTGTCTCCAACTGGGTTTTCCGGGTTTCATGGACCGACCGTGTACCTGATGAACGATGAAAGTATATTCATCGCCCCAAG

CDS Sequence

>AT3G49700.1
ATGAAACAACTGTCGAGAAAAGTGACAAGCAATGCTCATGGACAAGACTCTTCCTACTTCTTGGGATGGGAAGAATACGAGAAGAACCCTTACGACGAAATCAAGAACCCTAATGGGATTATTCAAATGGGTCTTGCCGAAAATCAGCTATGTTTTGATCTCATAGAGACATGGTTAGCTAAGAATCCGGACGCAGCCGGACTAAAAAAGGACGGCCAATCCATTTTCAAAGAGCTTGCTCTCTTTCAAGACTATCATGGCCTACCCGAATTCAAGAAAGCTTTGGCAGAGTTTATGGAGGAAATCAGAGGAAATAGAGTAACATTTGATCCAAGCAAGATTGTCCTAGCTGCTGGTTCAACATCTGCCAACGAAACTCTCATGTTTTGTCTCGCCGAACCCGGGGACGCTTTCCTTTTACCAACTCCTTACTATCCAGGATTCGATAGAGACTTGAAATGGAGAACGGGAGCAGAGATCGTACCTATTCATTGCTCAAGCTCTAATGGGTTCCAAATAACAGAGTCAGCTCTTCAACAAGCTTATCAACAAGCTCAAAAGCTTGATCTTAAGGTCAAAGGAGTTCTTGTTACCAACCCGTCTAACCCTCTTGGCACAATGTTGACCAGAAGAGAACTTAACCTTCTCGTTGACTTCATTACTTCCAAAAACATTCATCTCATAAGCGACGAGATCTATTCAGGTACCGTTTTTGGGTTTGAACAGTTTGTAAGTGTCATGGATGTCTTAAAAGACAAGAACCTCGAGAACAGCGAAGTCTCCAAACGAGTTCATATTGTTTATAGTCTTTCCAAAGATCTCGGTTTACCAGGTTTTCGCGTAGGAGCAATTTACTCCAACGACGAAATGGTTGTTTCCGCTGCAACAAAAATGTCAAGTTTCGGTCTCGTGTCTTCTCAAACACAGTACCTTCTCTCTGCATTGCTTTCAGACAAGAAGTTCACAAGTACATACCTCGACGAAAACCAGAAAAGACTCAAGATTCGTCAGAAGAAACTCGTGTCCGGTCTAGAAGCTGCAGGGATTACTTGTCTTAAAAGCAACGCTGGTTTGTTCTGTTGGGTTGACATGAGACATCTTTTGGACACAAACACATTCGAAGCAGAACTTGAGCTATGGAAGAAGATTGTATATGACGTCAAGCTGAATATTTCACCTGGTTCATCGTGCCATTGTACTGAACCGGGTTGGTTTAGGGTTTGTTTCGCCAACATGAGTGAAGATACGCTTGATTTGGCGATGAAGAGGCTCAAAGAGTACGTAGAGTCAACAGATAGTAGAAGAGTGATTTCAAAAAGCAGTCATGATAGGATCAAGAGTTTGAGGAAGAGAACTGTCTCCAACTGGGTTTTCCGGGTTTCATGGACCGACCGTGTACCTGATGAACGATGA

Protein Sequence

>AT3G49700.1
MKQLSRKVTSNAHGQDSSYFLGWEEYEKNPYDEIKNPNGIIQMGLAENQLCFDLIETWLAKNPDAAGLKKDGQSIFKELALFQDYHGLPEFKKALAEFMEEIRGNRVTFDPSKIVLAAGSTSANETLMFCLAEPGDAFLLPTPYYPGFDRDLKWRTGAEIVPIHCSSSNGFQITESALQQAYQQAQKLDLKVKGVLVTNPSNPLGTMLTRRELNLLVDFITSKNIHLISDEIYSGTVFGFEQFVSVMDVLKDKNLENSEVSKRVHIVYSLSKDLGLPGFRVGAIYSNDEMVVSAATKMSSFGLVSSQTQYLLSALLSDKKFTSTYLDENQKRLKIRQKKLVSGLEAAGITCLKSNAGLFCWVDMRHLLDTNTFEAELELWKKIVYDVKLNISPGSSCHCTEPGWFRVCFANMSEDTLDLAMKRLKEYVESTDSRRVISKSSHDRIKSLRKRTVSNWVFRVSWTDRVPDER