AT4G27860

Gene Details

Gene ID: AT4G27860
Gene Symbol: MEB1
Gene Name: MEMBRANE OF ER BODY 1
Description: vacuolar iron transporter (VIT) family protein;(source:Araport11)
TAIR Accession: locus:2137375
Genome: Araport11_genome_release
Species: Arabidopsis thaliana

Functional Descriptions

PO:0009009 — plant embryo — embrión (Spanish, exact), 植物胚 (Japanese, exact), germ (related), embryo (broad)
PO:0009025 — vascular leaf — foliage leaf (exact), hoja vascular (Spanish, exact), leaf, vascular (exact), vascular leaves (exact, plural), 維管束のある葉, または維管束植物の葉 (Japanese, exact), crozier (related), macrophyll (related), megaphyll (related), ascidia (narrow), ascidium (narrow), fiddlehead (narrow), frond (narrow), needle-like leaf (narrow), pitcher (narrow), pitcher blade (narrow), pitcher-blade (narrow), scale-like leaf (narrow), sterile frond (narrow), trophophyll (narrow)
PO:0009052 — inflorescence flower pedicel — 小花柄 (Japanese, related), pedicelo (Spanish, broad)
PO:0020100 — hypocotyl — hipocótile (Spanish, exact), 胚軸 (Japanese, exact)

GO:0010168 — located in — ER body
GO:0005634 — located in — nucleus
GO:0005783 — located in — endoplasmic reticulum
GO:0010168 — is active in — ER body
GO:0005381 — enables — iron ion transmembrane transporter activity
GO:0005515 — enables — protein binding
GO:0016020 — is active in — membrane
GO:0006880 — involved in — intracellular sequestering of iron ion
GO:0005384 — enables — manganese ion transmembrane transporter activity
GO:0030026 — involved in — intracellular manganese ion homeostasis

CS69087 — The plants do not accumulate MEB1 protein.
CS69088 — The plants do not accumulate MEB1 protein.
CS69089 — The plants do not accumulate MEB1 protein.
CS69092 — The plants do not accumulate MEB1 and MEB2 proteins.
CS69093 — The plants do not accumulate MEB1 and MEB2 proteins. Expression of a homologous gene, At4g27870 is reduced.
CS69094 — The plants do not accumulate MEB1 and MEB2 proteins. Expression of a homologous gene, At4g27870 is reduced.
SALK_011418C — Seedlings screened in bulk via high throughput methods for responses to various stressors. Results are in comparison to Col-0.heat:no change,cold:no change,oxidative stress:no change,osmotic stress:no change,salt stress:no change,ABA:no change,hypoxia:no change.
SALK_107203C — Seedlings screened in bulk via high throughput methods for responses to various stressors. Results are in comparison to Col-0.heat:no change,cold:decreased,oxidative stress:no change,osmotic stress:no change,salt stress:no change,ABA:no change,hypoxia:no change.

Functional Keywords

Literature and News

Gene Resources

Sequences

cDNA Sequence

>AT4G27860.4
ATGGATCCCACCATGAATCCAACTCCAACTCCAAGCTCCGCCGGCAACAGTGTCTGCACAGATGAATTGACCAACCTTCCCCCGGAGGACTCGCCACTCGACAGCGAGAAGGATGATAGCGTTGACTTCAGCCAGGAGCAAGGATCGGAGTCAAATGAAGCTATTGACACTGAGAATGGTTCAAGATCCGTAGACAAGAACCAATACTCTGAAACTGAAGTTGTAGTTAGAGCAAAAGATTTACAGACAGAACCTGATTCACTGGATGATGATGTGGAGATTGTGATCAAAAACCAACATAAGTATTACATATACTGCCCTTGCTGTGGTGAAGATATCACCAAAACAGTCAAGCTCGTGAAGATATCAGATCCCAAACACACAAAAGACCATGACAAAGCTGTTGACAGTGACACTGAGAATGGTTCAAAATCCAAAGACAAGAACACAAAGGTTCCATCATGGTTCTCTGATTTTATTCAGCCGCTGTTTTCTTCTGAAGACAGAGGAAAGAAAGGGGTTGTTGATTCAGAGTTACTAGGAACTTACGAAGATCTCGGTATCATTGGTGAGGAACCGAGCATAGATGTCAGTAACGAGAAAGACAGACCGAGTTTTCCAAAGTGGTACCTCGATGTTTTTGCTTGGTTATTCCTCTGTATTATTATTGCTCTTTCTGTCCTTTCGACTTCTCCACCGCCTTTCATTCAACCACATCTGCAATTACCATCTATGCCTACATTGAGGATGCCTTCTGCTTCTGTACTTTTGTTACTTCCCACATCTGCGGTGTTGCTTCTCTTCATTATTTCAATGAGGTCCCGTTTCACTCCGAGATATCACAAGGAGAAAGGCGAGGTCGTTCCCAAGTCTACTGATTCCAAGTCTCACGATGACCAAGCTGCAAATACTGATCAAGATTTTGACAAGAAAACAGAGAAACCTTCCAAGCAAACTGTCAATAAGGAAACTCAAAATCACGATAAAGAAGCTGCAGATCCTGACCAAGATGTAGACAAGGAAACAGAGAACCAAAAAAGTCACCTAACTCCGATATATCCTTCACCACTGGAGCAACCTTCCAAGCAAATTATCAATAAGGAAACTCAAACAGAACCTATGTTGCCACCTAATGCTCAATCAGAGATCCCAAATAGTGTTGAACCACGCAAAGGCGGTAATAAAGTAGAAATTCTGAAAAGTATTGTGTATGGAGGTCTTACAGAATCCATCACAAGCCTATGCACGGTAACATCTGCGGCAGCTTCTGGTGCTTCAACTCTGAACGTTTTAGCCTTGGGAGTTGCCAATTTGTCAAGCGGTCTTCTTCTGACTGTTCACAGCGTAAGTGCACTTTCTCATCTGTTGTATGTAACTCTCAAAGAATTCAATAAAGGATCCATTTTTCTGCAGCTCCAAGAACTAATAAACGAGAAACCCAGAAAACAAACCAACACTGATGATTCTCCAGAAGAAGGAGAAGGAGAAGAAGATCGATACGAGGAAGTACTCGGGAGAAGAGAGTATTCGAGGATTCACAGAGTGATCGCAATCTCTTCTTTCGTCATCTTCGGATTGATCCCACCTTTAGTATACGGTTTCTCGTTTCGAAAAAAGATGGAAAAGAGACAAGAGTACAAGGTTTTAGCTGTTTACGCAGTGTCTCTACTCTGCATCGTCTTGCTCTCAATAGCGAAAGCTTACGTGTCGAAGAAACGCGATTATGTCAAGACTCTGTTTCGGTACACGACGACGGCGACGACGGCGTCGGGATTCTCTCAATTTGTGGGATACTTGGTGAGTCAATGGCTTGAGAAAAGCGGGTTTTATGATGATTCTCCAGAAACTCAACGAGTTTGAAACGAGTTCTTGTTCGTCTTCTCTTCACTTCCCCTGTTCTTTTCGTACTCTTTACGTGGCCCAATTTATTTTCCTTAAAAGTGGTAGAATTGTTTGATTTTGACCCCAAGAAAAAAAACTTTTTTTGTGTGCTAGACTTGGCTCTCTTTCAAGTTAGTTTTGGATCAAACACTTGTTGTTGCTGAGAAGGTTCCGTGAACAAGAATTCTGTAACATGTTCTAGTGCCAAAAATAACCAGTTCATAAGGTTTTATAGTGCATGTTAATTAATAAATGTTGTTACCTTAT
>AT4G27860.2
ATGGATCCCACCATGAATCCAACTCCAACTCCAAGCTCCGCCGGCAACAGTGTCTGCACAGATGAATTGACCAACCTTCCCCCGGAGGACTCGCCACTCGACAGCGAGAAGGATGATAGCGTTGACTTCAGCCAGGAGCAAGGATCGGAGTCAAATGAAGCTATTGACACTGAGAATGGTTCAAGATCCGTAGACAAGAACCAATACTCTGAAACTGAAGTTGTAGTTAGAGCAAAAGATTTACAGACAGAACCTGATTCACTGGATGATGATGTGGAGATTGTGATCAAAAACCAACATAAGTATTACATATACTGCCCTTGCTGTGGTGAAGATATCACCAAAACAGTCAAGCTCGTGAAGATATCAGATCCCAAACACACAAAAGACCATGACAAAGCTGTTGACAGTGACACTGAGAATGGTTCAAAATCCAAAGACAAGAACACAAAGGTTCCATCATGGTTCTCTGATTTTATTCAGCCGCTGTTTTCTTCTGAAGACAGAGGAAAGAAAGGGGTTGTTGATTCAGAGTTACTAGGAACTTACGAAGATCTCGGTATCATTGGTGAGGAACCGAGCATAGATGTCAGTAACGAGAAAGACAGACCGAGTTTTCCAAAGTGGTACCTCGATGTTTTTGCTTGGTTATTCCTCTGTATTATTATTGCTCTTTCTGTCCTTTCGACTTCTCCACCGCCTTTCATTCAACCACATCTGCAATTACCATCTATGCCTACATTGAGGATGCCTTCTGCTTCTGTACTTTTGTTACTTCCCACATCTGCGGTGTTGCTTCTCTTCATTATTTCAATGAGGTCCCGTTTCACTCCGAGATATCACAAGGAGAAAGGCGAGGTCGTTCCCAAGTCTACTGATTCCAAGTCTCACGATGACCAAGCTGCAAATACTGATCAAGATTTTGACAAGAAAACAGAGAAACCTTCCAAGCAAACTGTCAATAAGGAAACTCAAAATCACGATAAAGAAGCTGCAGATCCTGACCAAGATGTAGACAAGGAAACAGAGAACCAAAAAAGTCACCTAACTCCGATATATCCTTCACCACTGGAGCAACCTTCCAAGCAAATTATCAATAAGGAAACTCAAACAGAACCTATGTTGCCACCTAATGCTCAATCAGAGATCCCAAATAGTGTTGAACCACGCAAAGGCGGTAATAAAGTAGAAATTCTGAAAAGTATTGTGTATGGAGGTCTTACAGAATCCATCACAAGCCTATGCACGGTAACATCTGCGGCAGCTTCTGGTGCTTCAACTCTGAACGTTTTAGCCTTGGGAGTTGCCAATTTGTCAAGCGGTCTTCTTCTGACTGTTCACAGCGTAAGTGCACTTTCTCATCTGTTGTATGTAACTCTCAAAGAATTCAATAAAGGATCCATTTTTCTGCAGCTCCAAGAACTAATAAACGAGAAACCCAGAAAACAAACCAACACTGATGATTCTCCAGAAGAAGGAGAAGGAGAAGAAGATCGATACGAGGAAGTACTCGGGAGAAGAGAGTATTCGAGGATTCACAGAGTGATCGCAATCTCTTCTTTCGTCATCTTCGGATTGATCCCACCTTTAGTATACGGTTTCTCGTTTCGAAAAAAGATGGAAAAGAGACAAGAGTACAAGGTTTTAGCTGTTTACGCAGTGTCTCTACTCTGCATCGTCTTGCTCTCAATAGCGAAAGCTTACGTGTCGAAGAAACGCGATTATGTCAAGACTCTGTTTCGGTACACGACGACGGCGACGACGGCGTCGGGATTCTCTCAATTTGTGGGATACTTGGTGAGTCAATGGCTTGAGAAAAGCGGGTTTTATGATGATTCTCCAGAAACTCAACGAGTTTGAAACGAGTTCTTGTTCGTCTTCTCTTCACTTCCCCTGTTCTTTTCGTACTCTTTACGTGGCCCAATTTATTTTCCTTAAAAGTGGTAGAATTGTTTGATTTTGACCCCAAGAAAAAAAACTTTTTTTGTGTGCTAGACTTGGCTCTCTTTCAAGTTAGTTTTGGATCAAACACTTGTTGTTGCTGAGAAGGTTCCGTGAACAAGAATTCTGTAACATGTTCTAGTGCCAAAAATAACCAGTTCATAAGGTTTTATAGTGCATGTTAATTAATAAATGTTGTTACCTTAT
>AT4G27860.1
ATGGATCCCACCATGAATCCAACTCCAACTCCAAGCTCCGCCGGCAACAGTGTCTGCACAGATGAATTGACCAACCTTCCCCCGGAGGACTCGCCACTCGACAGCGAGAAGGATGATAGCGTTGACTTCAGCCAGGAGCAAGGATCGGAGTCAAATGAAGCTATTGACACTGAGAATGGTTCAAGATCCGTAGACAAGAACCAATACTCTGAAACTGAAGTTGTAGTTAGAGCAAAAGATTTACAGACAGAACCTGATTCACTGGATGATGATGTGGAGATTGTGATCAAAAACCAACATAAGTATTACATATACTGCCCTTGCTGTGGTGAAGATATCACCAAAACAGTCAAGCTCGTGAAGATATCAGATCCCAAACACACAAAAGACCATGACAAAGCTGTTGACAGTGACACTGAGAATGGTTCAAAATCCAAAGACAAGAACACAAAGGTTCCATCATGGTTCTCTGATTTTATTCAGCCGCTGTTTTCTTCTGAAGACAGAGGAAAGAAAGGGGTTGTTGATTCAGAGTTACTAGGAACTTACGAAGATCTCGGTATCATTGGTGAGGAACCGAGCATAGATGTCAGTAACGAGAAAGACAGACCGAGTTTTCCAAAGTGGTACCTCGATGTTTTTGCTTGGTTATTCCTCTGTATTATTATTGCTCTTTCTGTCCTTTCGACTTCTCCACCGCCTTTCATTCAACCACATCTGCAATTACCATCTATGCCTACATTGAGGATGCCTTCTGCTTCTGTACTTTTGTTACTTCCCACATCTGCGGTGTTGCTTCTCTTCATTATTTCAATGAGGTCCCGTTTCACTCCGAGATATCACAAGGAGAAAGGCGAGGTCGTTCCCAAGTCTACTGATTCCAAGTCTCACGATGACCAAGCTGCAAATACTGATCAAGATTTTGACAAGAAAACAGAGAAACCTTCCAAGCAAACTGTCAATAAGGAAACTCAAAATCACGATAAAGAAGCTGCAGATCCTGACCAAGATGTAGACAAGGAAACAGAGAACCAAAAAAGTCACCTAACTCCGATATATCCTTCACCACTGGAGCAACCTTCCAAGCAAATTATCAATAAGGAAACTCAAACAGAACCTATGTTGCCACCTAATGCTCAATCAGAGATCCCAAATAGTGTTGAACCACGCAAAGGCGGTAATAAAGTAGAAATTCTGAAAAGTATTGTGTATGGAGGTCTTACAGAATCCATCACAAGCCTATGCACGGTAACATCTGCGGCAGCTTCTGGTGCTTCAACTCTGAACGTTTTAGCCTTGGGAGTTGCCAATTTGTCAAGCGGTCTTCTTCTGACTGTTCACAGCGTAAGTGCACTTTCTCATCTGTTGTATGTAACTCTCAAAGAATTCAATAAAGGATCCATTTTTCTGCAGCTCCAAGAACTAATAAACGAGAAACCCAGAAAACAAACCAACACTGATGATTCTCCAGAAGAAGGAGAAGGAGAAGAAGATCGATACGAGGAAGTACTCGGGAGAAGAGAGTATTCGAGGATTCACAGAGTGATCGCAATCTCTTCTTTCGTCATCTTCGGATTGATCCCACCTTTAGTATACGGTTTCTCGTTTCGAAAAAAGATGGAAAAGAGACAAGAGTACAAGGTTTTAGCTGTTTACGCAGTGTCTCTACTCTGCATCGTCTTGCTCTCAATAGCGAAAGCTTACGTGTCGAAGAAACGCGATTATGTCAAGACTCTGTTTCGGTACACGACGACGGCGACGACGGCGTCGGGATTCTCTCAATTTGTGGGATACTTGGTGAGTCAATGGCTTGAGAAAAGCGGGTTTTATGATGATTCTCCAGAAACTCAACGAGTTTGAAACGAGTTCTTGTTCGTCTTCTCTTCACTTCCCCTGTTCTTTTCGTACTCTTTACGTGGCCCAATTTATTTTCCTTAAAAGTGGTAGAATTGTTTGATTTTGACCCCAAGAAAAAAAACTTTTTTTGTGTGCTAGACTTGGCTCTCTTTCAAGTTAGTTTTGGATCAAACACTTGTTGTTGCTGAGAAGGTTCCGTGAACAAGAATTCTGTAACATGTTCTAGTGCCAAAAATAACCAGTTCATAAGGTTTTATAGTGCATGTTAATTAATAAATGTTGTTACCTTAT
>AT4G27860.3
ATGGATCCCACCATGAATCCAACTCCAACTCCAAGCTCCGCCGGCAACAGTGTCTGCACAGATGAATTGACCAACCTTCCCCCGGAGGACTCGCCACTCGACAGCGAGAAGGATGATAGCGTTGACTTCAGCCAGGAGCAAGGATCGGAGTCAAATGAAGCTATTGACACTGAGAATGGTTCAAGATCCGTAGACAAGAACCAATACTCTGAAACTGAAGTTGTAGTTAGAGCAAAAGATTTACAGACAGAACCTGATTCACTGGATGATGATGTGGAGATTGTGATCAAAAACCAACATAAGTATTACATATACTGCCCTTGCTGTGGTGAAGATATCACCAAAACAGTCAAGCTCGTGAAGATATCAGATCCCAAACACACAAAAGACCATGACAAAGCTGTTGACAGTGACACTGAGAATGGTTCAAAATCCAAAGACAAGAACACAAAGGTTCCATCATGGTTCTCTGATTTTATTCAGCCGCTGTTTTCTTCTGAAGACAGAGGAAAGAAAGGGGTTGTTGATTCAGAGTTACTAGGAACTTACGAAGATCTCGGTATCATTGGTGAGGAACCGAGCATAGATGTCAGTAACGAGAAAGACAGACCGAGTTTTCCAAAGTGGTACCTCGATGTTTTTGCTTGGTTATTCCTCTGTATTATTATTGCTCTTTCTGTCCTTTCGACTTCTCCACCGCCTTTCATTCAACCACATCTGCAATTACCATCTATGCCTACATTGAGGATGCCTTCTGCTTCTGTACTTTTGTTACTTCCCACATCTGCGGTGTTGCTTCTCTTCATTATTTCAATGAGGTCCCGTTTCACTCCGAGATATCACAAGGAGAAAGGCGAGGTCGTTCCCAAGTCTACTGATTCCAAGTCTCACGATGACCAAGCTGCAAATACTGATCAAGATTTTGACAAGAAAACAGAGAAACCTTCCAAGCAAACTGTCAATAAGGAAACTCAAAATCACGATAAAGAAGCTGCAGATCCTGACCAAGATGTAGACAAGGAAACAGAGAACCAAAAAAGTCACCTAACTCCGATATATCCTTCACCACTGGAGCAACCTTCCAAGCAAATTATCAATAAGGAAACTCAAACAGAACCTATGTTGCCACCTAATGCTCAATCAGAGATCCCAAATAGTGTTGAACCACGCAAAGGCGGTAATAAAGTAGAAATTCTGAAAAGTATTGTGTATGGAGGTCTTACAGAATCCATCACAAGCCTATGCACGGTAACATCTGCGGCAGCTTCTGGTGCTTCAACTCTGAACGTTTTAGCCTTGGGAGTTGCCAATTTGTCAAGCGGTCTTCTTCTGACTGTTCACAGCGTAAGTGCACTTTCTCATCTGTTGTATGTAACTCTCAAAGAATTCAATAAAGGATCCATTTTTCTGCAGCTCCAAGAACTAATAAACGAGAAACCCAGAAAACAAACCAACACTGATGATTCTCCAGAAGAAGGAGAAGGAGAAGAAGATCGATACGAGGAAGTACTCGGGAGAAGAGAGTATTCGAGGATTCACAGAGTGATCGCAATCTCTTCTTTCGTCATCTTCGGATTGATCCCACCTTTAGTATACGGTTTCTCGTTTCGAAAAAAGATGGAAAAGAGACAAGAGTACAAGGTTTTAGCTGTTTACGCAGTGTCTCTACTCTGCATCGTCTTGCTCTCAATAGCGAAAGCTTACGTGTCGAAGAAACGCGATTATGTCAAGACTCTGTTTCGGTACACGACGACGGCGACGACGGCGTCGGGATTCTCTCAATTTGTGGGATACTTGGTGAGTCAATGGCTTGAGAAAAGCGGGTTTTATGATGATTCTCCAGAAACTCAACGAGTTTGAAACGAGTTCTTGTTCGTCTTCTCTTCACTTCCCCTGTTCTTTTCGTACTCTTTACGTGGCCCAATTTATTTTCCTTAAAAGTGGTAGAATTGTTTGATTTTGACCCCAAGAAAAAAAACTTTTTTTGTGTGCTAGACTTGGCTCTCTTTCAAGTTAGTTTTGGATCAAACACTTGTTGTTGCTGAGAAGGTTCCGTGAACAAGAATTCTGTAACATGTTCTAGTGCCAAAAATAACCAGTTCATAAGGTTTTATAGTGCATGTTAATTAATAAATGTTGTTACCTTAT

CDS Sequence

Protein Sequence