AT1G02860

Gene Details

Gene ID: AT1G02860
Gene Symbol: BAH1, NLA, SYG1
Gene Name: BENZOIC ACID HYPERSENSITIVE 1, nitrogen limitation adaptation
Description: SPX (SYG1/Pho81/XPR1) domain-containing protein;(source:Araport11)
TAIR Accession:
Genome: Araport11_genome_release
Species: Arabidopsis thaliana

Functional Descriptions

PO:0000013 — cauline leaf — hoja caulinar (Spanish, exact), 茎生葉、茎葉 (Japanese, exact)
PO:0000230 — inflorescence meristem — meristema de la inflorescencia (Spanish, exact), 花序分裂組織 (Japanese, exact)
PO:0009010 — seed — semilla (Spanish, exact), 種子 (Japanese, exact), pyrene (narrow), diaspore (broad)
PO:0009030 — carpel — carpelo (Spanish, exact), 心皮 (Japanese, exact), Poaceae carpel (narrow), Zea carpel (narrow), pistil (broad)
PO:0009032 — petal — pétalo (Spanish, exact), 花弁 (Japanese, exact)
PO:0009047 — stem — caña (Spanish, exact), culm (exact), eje primario (Spanish, exact), primary axis (exact), primary stem (exact), tallo (Spanish, exact), tronco (Spanish, exact), 茎 (Japanese, exact), bole (narrow), cane (narrow), caudex (narrow), caudices (narrow), core (narrow), primocane (narrow), scape (narrow), stalk (narrow), trunk (narrow)
PO:0025281 — pollen — polen (Spanish, exact), pollen grain (exact), 花粉 (Japanese, exact)
PO:0000014 — rosette leaf — hoja en roseta (Spanish, exact), ロゼット葉 (Japanese, exact)
PO:0009005 — root — raíz (Spanish, exact), radices (exact, plural), radix (exact), 根 (Japanese, exact), aerial root (narrow), climbing root (narrow)
PO:0009029 — stamen — estambre (Spanish, exact), 雄蕊 (Japanese, exact), Poaceae stamen (narrow), Zea stamen (narrow)
PO:0009031 — sepal — sépalo (Spanish, exact), がく片 (Japanese, exact)
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:0009052 — inflorescence flower pedicel — 小花柄 (Japanese, related), pedicelo (Spanish, broad)
PO:0009062 — gynoecium — ginoecio (Spanish, exact), gynaecium (exact), gynoecia (exact, plural), 雌蕊群 (Japanese, exact), Poaceae gynoecium (narrow), Zea gynoecium (narrow), apocarpous gynoecium (narrow), gynoecium of ear floret (narrow), gynoecium of lower floret of pedicellate spikelet of ear (narrow), gynoecium of lower floret of pedicellate spikelet of tassel (narrow), gynoecium of lower floret of sessile spikelet of ear (narrow), gynoecium of lower floret of sessile spikelet of tassel (narrow), gynoecium of tassel floret (narrow), gynoecium of upper floret of pedicellate spikelet of ear (narrow), gynoecium of upper floret of pedicellate spikelet of tassel (narrow), gynoecium of upper floret of sessile spikelet of ear (narrow), gynoecium of upper floret of sessile spikelet of tassel (narrow), syncarpous gynoecium (narrow), pistil (broad)
PO:0009064 — receptacle — flower receptacle (exact), receptáculo (Spanish, exact), tori (exact, plural), torus (exact), 花床（花托） (Japanese, exact)
PO:0000293 — guard cell — célula guardiana (Spanish, exact), occlusive cell (exact), 孔辺細胞 (Japanese, exact)

bah1-D — Exhibits spontaneous cell death in leaves after bolting and increased salicylic acid levels and localized cell death after inoculation with Pst DC3000.
nla — In contrast to wild type, anthocyanin accumulation did not occur in the senescing mutant rosette leaves.
nla — Mutants failed to adapt to the conditions of nitrogen limitation and started senescence much earlier and more rapidly than did wild-type plants supplied with 3 mM nitrate: mutant plants supplied with 10 mM nitrate had a similar pattern of growth and development to wild type. When the nitrate concentration was reduced to 3 mM, the mutant plants started senescence in the fifth rosette leaf at 24 DAG, and after this point senescence progressed rapidly with all rosette leaves showing senescence symptoms at 26 DAG, and the whole rosette dying at 32 DAG. In contrast, wild-type plants displayed no senescence symptoms in the fifth rosette leaf until 32 DAG. In wild-type plants, the process of senescence proceeded slowly and gradually from the fifth to the youngest rosette leaves, and it took at least 2 weeks for all rosette leaves to show the senescence symptoms.
nla — The cauline leaves in the mutant plants started senescence at 28 DAG, at least 10 days earlier than those in the wild-type plants. Further, the developing mutant siliques initiated senescence in their tips at 32 DAG, while the wild-type siliques showed no senescence symptoms throughout their development but accumulated abundant anthocyanin which was not observed in the mutant siliques.
nla — The early senescence process was arrested when nitrate was added after depletion.
nla — The occurrence (at 24 DAG) and progression (at 28 DAG) of senescence in mutant rosette leaves were not accompanied by a significant reduction in the amounts of nitrogen-containing compounds: nitrate, total amino acids, soluble proteins, and total nitrogen. By contrast, they were largely reduced in the wild-type plants.
nla — With the reduction of the nitrate concentration to 1 mM, the occurrence of the senescence phenotype in the rosette leaves of mutant plants was accelerated to 20 DAG, and severe senescence in the developing mutant siliques resulted in their death around 30 DAG without producing viable seeds. Under the same growth condition (1 mM nitrate), wild-type plants did not start senescence in their rosette leaves until 26 DAG, and produced fecund siliques.

Functional Keywords

Literature and News

Gene Resources

Homologs

Sequences

cDNA Sequence

>AT1G02860.3
ATGTTCCCAAAACAAACGTTTTGACTTTTTTTTTGTTTTCTCATATTCTTTTATTTCACAACTTGTTATTTCCGCCGACTTCACCAGTCACCACCACCTTCATTTATTCATAAATACGTCTCTGTTCTGTTTTTGTTTCTGTTTCATTTTCATACATAATTAAGCCAACACGAGACGCAAGAGAGAGATAGGGAAAGAGATAAGAGCGACTCTGTTTTGTTGATCAAAATCCTTTTTTTTTGTTTGAGGGCTGAATTTGTTTGTTGATGGTCATCTAAATTTGTAACCTTTATCTGTTTTATTGAGTTGTGAAATTCAGAGAAAAAATAAATGAAGTTTTGTAAGAAGTATGAAGAGTACATGCAAGGACAGAAGGAGAAGAAGAATCTTCCTGGTGTTGGGTTTAAGAAACTCAAGAAGATTCTCAAGAGATGCAGGAGAAATCATGTTCCTTCTAGAATTTCTTTTACTGATGCAATCAACCACAATTGTTCTCGTGAATGCCCAGTTTGTGATGGGACTTTTTTCCCGGAGCTTCTCAAGGAAATGGAAGATGTTGTTGGATGGTTTAACGAGCATGCTCAGAAGCTTCTTGAGCTTCATTTAGCTTCTGGTTTTACAAAGTGTCTTACTTGGCTCAGAGGCAACAGTCGAAAAAAGGACCATCATGGTTTGATCCAAGAGGGTAAAGATTTGGTTAATTACGCTCTCATCAATGCCGTCGCCATTCGAAAAATCCTCAAGAAATATGACAAGATTCATGAGTCTAGGCAAGGACAAGCGTTTAAGACTCAGGTCCAGAAAATGCGAATAGAAATCCTTCAGTCACCGTGGCTCTGCGAGCTTATGGCGTTTCACATCAATCTGAAAGAATCTAAGAAGGAATCTGGAGCTACTATAACTTCTCCTCCTCCTCCTGTTCATGCATTGTTTGATGGTTGCGCTTTGACTTTCGACGATGGGAAGCCTTTACTTTCCTGCGAGCTCTCTGATTCCGTCAAAGTTGACATTGACTTGACTTGTTCAATATGCCTGGTAAGAAACTTAAGAAGAATCTCAATGTAG
>AT1G02860.1
ATGTTCCCAAAACAAACGTTTTGACTTTTTTTTTGTTTTCTCATATTCTTTTATTTCACAACTTGTTATTTCCGCCGACTTCACCAGTCACCACCACCTTCATTTATTCATAAATACGTCTCTGTTCTGTTTTTGTTTCTGTTTCATTTTCATACATAATTAAGCCAACACGAGACGCAAGAGAGAGATAGGGAAAGAGATAAGAGCGACTCTGTTTTGTTGATCAAAATCCTTTTTTTTTGTTTGAGGGCTGAATTTGTTTGTTGATGGTCATCTAAATTTGTAACCTTTATCTGTTTTATTGAGTTGTGAAATTCAGAGAAAAAATAAATGAAGTTTTGTAAGAAGTATGAAGAGTACATGCAAGGACAGAAGGAGAAGAAGAATCTTCCTGGTGTTGGGTTTAAGAAACTCAAGAAGATTCTCAAGAGATGCAGGAGAAATCATGTTCCTTCTAGAATTTCTTTTACTGATGCAATCAACCACAATTGTTCTCGTGAATGCCCAGTTTGTGATGGGACTTTTTTCCCGGAGCTTCTCAAGGAAATGGAAGATGTTGTTGGATGGTTTAACGAGCATGCTCAGAAGCTTCTTGAGCTTCATTTAGCTTCTGGTTTTACAAAGTGTCTTACTTGGCTCAGAGGCAACAGTCGAAAAAAGGACCATCATGGTTTGATCCAAGAGGGTAAAGATTTGGTTAATTACGCTCTCATCAATGCCGTCGCCATTCGAAAAATCCTCAAGAAATATGACAAGATTCATGAGTCTAGGCAAGGACAAGCGTTTAAGACTCAGGTCCAGAAAATGCGAATAGAAATCCTTCAGTCACCGTGGCTCTGCGAGCTTATGGCGTTTCACATCAATCTGAAAGAATCTAAGAAGGAATCTGGAGCTACTATAACTTCTCCTCCTCCTCCTGTTCATGCATTGTTTGATGGTTGCGCTTTGACTTTCGACGATGGGAAGCCTTTACTTTCCTGCGAGCTCTCTGATTCCGTCAAAGTTGACATTGACTTGACTTGTTCAATATGCCTGGTAAGAAACTTAAGAAGAATCTCAATGTAG
>AT1G02860.2
ATGTTCCCAAAACAAACGTTTTGACTTTTTTTTTGTTTTCTCATATTCTTTTATTTCACAACTTGTTATTTCCGCCGACTTCACCAGTCACCACCACCTTCATTTATTCATAAATACGTCTCTGTTCTGTTTTTGTTTCTGTTTCATTTTCATACATAATTAAGCCAACACGAGACGCAAGAGAGAGATAGGGAAAGAGATAAGAGCGACTCTGTTTTGTTGATCAAAATCCTTTTTTTTTGTTTGAGGGCTGAATTTGTTTGTTGATGGTCATCTAAATTTGTAACCTTTATCTGTTTTATTGAGTTGTGAAATTCAGAGAAAAAATAAATGAAGTTTTGTAAGAAGTATGAAGAGTACATGCAAGGACAGAAGGAGAAGAAGAATCTTCCTGGTGTTGGGTTTAAGAAACTCAAGAAGATTCTCAAGAGATGCAGGAGAAATCATGTTCCTTCTAGAATTTCTTTTACTGATGCAATCAACCACAATTGTTCTCGTGAATGCCCAGTTTGTGATGGGACTTTTTTCCCGGAGCTTCTCAAGGAAATGGAAGATGTTGTTGGATGGTTTAACGAGCATGCTCAGAAGCTTCTTGAGCTTCATTTAGCTTCTGGTTTTACAAAGTGTCTTACTTGGCTCAGAGGCAACAGTCGAAAAAAGGACCATCATGGTTTGATCCAAGAGGGTAAAGATTTGGTTAATTACGCTCTCATCAATGCCGTCGCCATTCGAAAAATCCTCAAGAAATATGACAAGATTCATGAGTCTAGGCAAGGACAAGCGTTTAAGACTCAGGTCCAGAAAATGCGAATAGAAATCCTTCAGTCACCGTGGCTCTGCGAGCTTATGGCGTTTCACATCAATCTGAAAGAATCTAAGAAGGAATCTGGAGCTACTATAACTTCTCCTCCTCCTCCTGTTCATGCATTGTTTGATGGTTGCGCTTTGACTTTCGACGATGGGAAGCCTTTACTTTCCTGCGAGCTCTCTGATTCCGTCAAAGTTGACATTGACTTGACTTGTTCAATATGCCTGGTAAGAAACTTAAGAAGAATCTCAATGTAG

CDS Sequence

>AT1G02860.3
ATGAAGTTTTGTAAGAAGTATGAAGAGTACATGCAAGGACAGAAGGAGAAGAAGAATCTTCCTGGTGTTGGGTTTAAGAAACTCAAGAAGATTCTCAAGAGATGCAGGAGAAATCATGTTCCTTCTAGAATTTCTTTTACTGATGCAATCAACCACAATTGTTCTCGTGAATGCCCAGTTTGTGATGGGACTTTTTTCCCGGAGCTTCTCAAGGAAATGGAAGATGTTGTTGGATGGTTTAACGAGCATGCTCAGAAGCTTCTTGAGCTTCATTTAGCTTCTGGTTTTACAAAGTGTCTTACTTGGCTCAGAGGCAACAGTCGAAAAAAGGACCATCATGGTTTGATCCAAGAGGGTAAAGATTTGGTTAATTACGCTCTCATCAATGCCGTCGCCATTCGAAAAATCCTCAAGAAATATGACAAGATTCATGAGTCTAGGCAAGGACAAGCGTTTAAGACTCAGGTCCAGAAAATGCGAATAGAAATCCTTCAGTCACCGTGGCTCTGCGAGCTTATGGCGTTTCACATCAATCTGAAAGAATCTAAGAAGGAATCTGGAGCTACTATAACTTCTCCTCCTCCTCCTGTTCATGCATTGTTTGATGGTTGCGCTTTGACTTTCGACGATGGGAAGCCTTTACTTTCCTGCGAGCTCTCTGATTCCGTCAAAGTTGACATTGACTTGACTTGTTCAATATGCCTGGTAAGAAACTTAAGAAGAATCTCAATGTAG
>AT1G02860.1
ATGAAGTTTTGTAAGAAGTATGAAGAGTACATGCAAGGACAGAAGGAGAAGAAGAATCTTCCTGGTGTTGGGTTTAAGAAACTCAAGAAGATTCTCAAGAGATGCAGGAGAAATCATGTTCCTTCTAGAATTTCTTTTACTGATGCAATCAACCACAATTGTTCTCGTGAATGCCCAGTTTGTGATGGGACTTTTTTCCCGGAGCTTCTCAAGGAAATGGAAGATGTTGTTGGATGGTTTAACGAGCATGCTCAGAAGCTTCTTGAGCTTCATTTAGCTTCTGGTTTTACAAAGTGTCTTACTTGGCTCAGAGGCAACAGTCGAAAAAAGGACCATCATGGTTTGATCCAAGAGGGTAAAGATTTGGTTAATTACGCTCTCATCAATGCCGTCGCCATTCGAAAAATCCTCAAGAAATATGACAAGATTCATGAGTCTAGGCAAGGACAAGCGTTTAAGACTCAGGTCCAGAAAATGCGAATAGAAATCCTTCAGTCACCGTGGCTCTGCGAGCTTATGGCGTTTCACATCAATCTGAAAGAATCTAAGAAGGAATCTGGAGCTACTATAACTTCTCCTCCTCCTCCTGTTCATGCATTGTTTGATGGTTGCGCTTTGACTTTCGACGATGGGAAGCCTTTACTTTCCTGCGAGCTCTCTGATTCCGTCAAAGTTGACATTGACTTGACTTGTTCAATATGCCTGGTAAGAAACTTAAGAAGAATCTCAATGTAG
>AT1G02860.2
ATGAAGTTTTGTAAGAAGTATGAAGAGTACATGCAAGGACAGAAGGAGAAGAAGAATCTTCCTGGTGTTGGGTTTAAGAAACTCAAGAAGATTCTCAAGAGATGCAGGAGAAATCATGTTCCTTCTAGAATTTCTTTTACTGATGCAATCAACCACAATTGTTCTCGTGAATGCCCAGTTTGTGATGGGACTTTTTTCCCGGAGCTTCTCAAGGAAATGGAAGATGTTGTTGGATGGTTTAACGAGCATGCTCAGAAGCTTCTTGAGCTTCATTTAGCTTCTGGTTTTACAAAGTGTCTTACTTGGCTCAGAGGCAACAGTCGAAAAAAGGACCATCATGGTTTGATCCAAGAGGGTAAAGATTTGGTTAATTACGCTCTCATCAATGCCGTCGCCATTCGAAAAATCCTCAAGAAATATGACAAGATTCATGAGTCTAGGCAAGGACAAGCGTTTAAGACTCAGGTCCAGAAAATGCGAATAGAAATCCTTCAGTCACCGTGGCTCTGCGAGCTTATGGCGTTTCACATCAATCTGAAAGAATCTAAGAAGGAATCTGGAGCTACTATAACTTCTCCTCCTCCTCCTGTTCATGCATTGTTTGATGGTTGCGCTTTGACTTTCGACGATGGGAAGCCTTTACTTTCCTGCGAGCTCTCTGATTCCGTCAAAGTTGACATTGACTTGACTTGTTCAATATGCCTGGTAAGAAACTTAAGAAGAATCTCAATGTAG

Protein Sequence

>AT1G02860.3
MKFCKKYEEYMQGQKEKKNLPGVGFKKLKKILKRCRRNHVPSRISFTDAINHNCSRECPVCDGTFFPELLKEMEDVVGWFNEHAQKLLELHLASGFTKCLTWLRGNSRKKDHHGLIQEGKDLVNYALINAVAIRKILKKYDKIHESRQGQAFKTQVQKMRIEILQSPWLCELMAFHINLKESKKESGATITSPPPPVHALFDGCALTFDDGKPLLSCELSDSVKVDIDLTCSICLVRNLRRISM
>AT1G02860.1
MKFCKKYEEYMQGQKEKKNLPGVGFKKLKKILKRCRRNHVPSRISFTDAINHNCSRECPVCDGTFFPELLKEMEDVVGWFNEHAQKLLELHLASGFTKCLTWLRGNSRKKDHHGLIQEGKDLVNYALINAVAIRKILKKYDKIHESRQGQAFKTQVQKMRIEILQSPWLCELMAFHINLKESKKESGATITSPPPPVHALFDGCALTFDDGKPLLSCELSDSVKVDIDLTCSICLVRNLRRISM
>AT1G02860.2
MKFCKKYEEYMQGQKEKKNLPGVGFKKLKKILKRCRRNHVPSRISFTDAINHNCSRECPVCDGTFFPELLKEMEDVVGWFNEHAQKLLELHLASGFTKCLTWLRGNSRKKDHHGLIQEGKDLVNYALINAVAIRKILKKYDKIHESRQGQAFKTQVQKMRIEILQSPWLCELMAFHINLKESKKESGATITSPPPPVHALFDGCALTFDDGKPLLSCELSDSVKVDIDLTCSICLVRNLRRISM