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brenda
A0A172Q4F0, A0A172Q4F5, A0A172Q4F7, A0A172Q4G0, A0A172Q4G1, A0A172Q4G2, A0A172Q4G4, A0A172Q4G6, A0A172Q4G7, A0A172Q4G8, A0A172Q4G9, A0A172Q4H0, A0A172Q4H2, A0A172Q4H3, W5B5U2, W5BMA4, W5EHE0, W5EKQ9, W5GUB7 TaNAS1-A and TaNAS8-U show ubiquitous expression profiles of the TaNAS genes with expression detected in most tissue types and developmental stages
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A0A172Q4F0, A0A172Q4F5, A0A172Q4F7, A0A172Q4G0, A0A172Q4G1, A0A172Q4G2, A0A172Q4G4, A0A172Q4G6, A0A172Q4G7, A0A172Q4G8, A0A172Q4G9, A0A172Q4H0, A0A172Q4H2, A0A172Q4H3, W5B5U2, W5BMA4, W5EHE0, W5EKQ9, W5GUB7 TaNAS1-A and TaNAS8-U show ubiquitous expression profiles of the TaNAS genes with expression detected in most tissue types and developmental stages
brenda
A0A172Q4F0, A0A172Q4F5, A0A172Q4F7, A0A172Q4G0, A0A172Q4G1, A0A172Q4G2, A0A172Q4G4, A0A172Q4G6, A0A172Q4G7, A0A172Q4G8, A0A172Q4G9, A0A172Q4H0, A0A172Q4H2, A0A172Q4H3, W5B5U2, W5BMA4, W5EHE0, W5EKQ9, W5GUB7 TaNAS1-A and TaNAS8-U show ubiquitous expression profiles of the TaNAS genes with expression detected in most tissue types and developmental stages
brenda
A0A172Q4F0, A0A172Q4F5, A0A172Q4F7, A0A172Q4G0, A0A172Q4G1, A0A172Q4G2, A0A172Q4G4, A0A172Q4G6, A0A172Q4G7, A0A172Q4G8, A0A172Q4G9, A0A172Q4H0, A0A172Q4H2, A0A172Q4H3, W5B5U2, W5BMA4, W5EHE0, W5EKQ9, W5GUB7 TaNAS1-A and TaNAS8-U show ubiquitous expression profiles of the TaNAS genes with expression detected in most tissue types and developmental stages
brenda
OsNAS3 is widely expressed in roots, especially in vascular bundle, epidermis, exodermis, stem, and old leaf tissues under Fe excess compared to control plants
brenda
A0A172Q4F0, A0A172Q4F5, A0A172Q4F7, A0A172Q4G0, A0A172Q4G1, A0A172Q4G2, A0A172Q4G4, A0A172Q4G6, A0A172Q4G7, A0A172Q4G8, A0A172Q4G9, A0A172Q4H0, A0A172Q4H2, A0A172Q4H3, W5B5U2, W5BMA4, W5EHE0, W5EKQ9, W5GUB7 immature inflorescence. TaNAS1-A and TaNAS8-U show ubiquitous expression profiles of the TaNAS genes with expression detected in most tissue types and developmental stages
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OsNAS3 is widely expressed in roots, especially in vascular bundle, epidermis, exodermis, stem, and old leaf tissues under Fe excess compared to control plants
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low enzyme levels
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A0A172Q4F0, A0A172Q4F5, A0A172Q4F7, A0A172Q4G0, A0A172Q4G1, A0A172Q4G2, A0A172Q4G4, A0A172Q4G6, A0A172Q4G7, A0A172Q4G8, A0A172Q4G9, A0A172Q4H0, A0A172Q4H2, A0A172Q4H3, W5B5U2, W5BMA4, W5EHE0, W5EKQ9, W5GUB7 TaNAS1-A and TaNAS8-U show ubiquitous expression profiles of the TaNAS genes with expression detected in most tissue types and developmental stages
brenda
A0A172Q4F0, A0A172Q4F5, A0A172Q4F7, A0A172Q4G0, A0A172Q4G1, A0A172Q4G2, A0A172Q4G4, A0A172Q4G6, A0A172Q4G7, A0A172Q4G8, A0A172Q4G9, A0A172Q4H0, A0A172Q4H2, A0A172Q4H3, W5B5U2, W5BMA4, W5EHE0, W5EKQ9, W5GUB7 the TaNAS7-A2 gene displays highly anther-specific expression with approximately 100fold higher expression in anther tissue relative to all other organs
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A0A172Q4F0, A0A172Q4F5, A0A172Q4F7, A0A172Q4G0, A0A172Q4G1, A0A172Q4G2, A0A172Q4G4, A0A172Q4G6, A0A172Q4G7, A0A172Q4G8, A0A172Q4G9, A0A172Q4H0, A0A172Q4H2, A0A172Q4H3, W5B5U2, W5BMA4, W5EHE0, W5EKQ9, W5GUB7 TaNAS1-A and TaNAS8-U show ubiquitous expression profiles of the TaNAS genes with expression detected in most tissue types and developmental stages
brenda
A0A172Q4F0, A0A172Q4F5, A0A172Q4F7, A0A172Q4G0, A0A172Q4G1, A0A172Q4G2, A0A172Q4G4, A0A172Q4G6, A0A172Q4G7, A0A172Q4G8, A0A172Q4G9, A0A172Q4H0, A0A172Q4H2, A0A172Q4H3, W5B5U2, W5BMA4, W5EHE0, W5EKQ9, W5GUB7 TaNAS2-D2 is not only highly expressed in young root tissues but also in seedling leaf and reproductive organs with highest expression in the caryopsis tissue 3-5 days after pollination
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A0A172Q4F0, A0A172Q4F5, A0A172Q4F7, A0A172Q4G0, A0A172Q4G1, A0A172Q4G2, A0A172Q4G4, A0A172Q4G6, A0A172Q4G7, A0A172Q4G8, A0A172Q4G9, A0A172Q4H0, A0A172Q4H2, A0A172Q4H3, W5B5U2, W5BMA4, W5EHE0, W5EKQ9, W5GUB7 TaNAS2-D2 is not only highly expressed in young root tissues but also in seedling leaf and reproductive organs with highest expression in the caryopsis tissue 3-5 days after pollination
brenda
OsNAS3 is widely expressed in roots, especially in vascular bundle, epidermis, exodermis, stem, and old leaf tissues under Fe excess compared to control plants
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of roots
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enzyme activity is not induced by Fe-deficiency
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enzyme activity is not induced by Fe-deficiency
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enzyme activity is not induced by Fe-deficiency
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enzyme activity is not induced by Fe-deficiency
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enzyme activity is not induced by Fe-deficiency
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OsNAS1 and OsNAS2 transcripts are not detected in Fe-sufficient roots, OsNAS3 transcript is present, expression is suppressed in response to Fe deficiency. In Fe-deficient plants, OsNAS1 and OsNAS2 are expressed in the vascular bundles of green leafes showing severe chlorosis. OsNAS3 expression is restricted to companion cells of leaves irrespective of Fe status
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OsNAS3 is widely expressed in roots, especially in vascular bundle, epidermis, exodermis, stem, and old leaf tissues under Fe excess compared to control plants
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A0A172Q4F0, A0A172Q4F5, A0A172Q4F7, A0A172Q4G0, A0A172Q4G1, A0A172Q4G2, A0A172Q4G4, A0A172Q4G6, A0A172Q4G7, A0A172Q4G8, A0A172Q4G9, A0A172Q4H0, A0A172Q4H2, A0A172Q4H3, W5B5U2, W5BMA4, W5EHE0, W5EKQ9, W5GUB7 TaNAS4-D/TaNAS4-A genes and the homeologous clade II TaNAS9-A/TaNAS9-B/TaNAS9-D genes are most highly expressed in leaf tissues
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very low expression
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primordia, low expression level
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ZmNAS3 is predominantly accumulated in leaves, expression in young leaves, mainly in the leaf primordia and mesophyll cells in young leaves
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very low expression
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brenda
A0A172Q4F0, A0A172Q4F5, A0A172Q4F7, A0A172Q4G0, A0A172Q4G1, A0A172Q4G2, A0A172Q4G4, A0A172Q4G6, A0A172Q4G7, A0A172Q4G8, A0A172Q4G9, A0A172Q4H0, A0A172Q4H2, A0A172Q4H3, W5B5U2, W5BMA4, W5EHE0, W5EKQ9, W5GUB7 TaNAS1-A and TaNAS8-U show ubiquitous expression profiles of the TaNAS genes with expression detected in most tissue types and developmental stages
brenda
A0A172Q4F0, A0A172Q4F5, A0A172Q4F7, A0A172Q4G0, A0A172Q4G1, A0A172Q4G2, A0A172Q4G4, A0A172Q4G6, A0A172Q4G7, A0A172Q4G8, A0A172Q4G9, A0A172Q4H0, A0A172Q4H2, A0A172Q4H3, W5B5U2, W5BMA4, W5EHE0, W5EKQ9, W5GUB7 the homeologous TaNAS3-A/TaNAS3-B genes as well as the TaNAS7-A1, TaNAS7-D and TaNAS2-D2 genes are most highly expressed in the embryonic radicle 2 days after sowing (DAS) and seedling root 10-12 DAS
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expression is very low
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primary roots
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Fe-deficient
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enzyme activity is induced at the 3rd day after withholding Fe supply and decline within one day following the supply of Fe3+-epihydroxymugineic acid
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the enzyme is located in root vasculature
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enzyme activity is not induced by Fe-deficiency
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enzyme activity is not induced by Fe-deficiency
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enzyme activity is not induced by Fe-deficiency
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enzyme activity is not induced by Fe-deficiency
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enzyme activity is not induced by Fe-deficiency
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OsNAS1 and OsNAS2 transcripts are detected in Fe-sufficient roots, very low in roots of Fe-sufficient plants. OsNAS3 transcript is very low in roots of Fe-sufficients plants. OsNAS3 expression is induced in response to Fe deficiency. OsNAS1 and OsNAs2 are expressed in Fe-sufficient roots in companion cells and pericycle cells adjacent to the protoxylem. With Fe deficiency, OsNAS1 and OsNAS2 expression extends to all root cells along with an increase in phytosiderophore secretion. OsNAS3 expression is restricted to the pericycle and companion cells of the roots, irrespective of Fe status
brenda
expressed in Fe-deficient roots and shoots and also in Fe-sufficient shoots
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mainly expressed in Fe-deficient roots and shoots
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OsNAS3 is widely expressed in roots, especially in vascular bundle, epidermis, exodermis, stem, and old leaf tissues under Fe excess compared to control plants
brenda
A0A172Q4F0, A0A172Q4F5, A0A172Q4F7, A0A172Q4G0, A0A172Q4G1, A0A172Q4G2, A0A172Q4G4, A0A172Q4G6, A0A172Q4G7, A0A172Q4G8, A0A172Q4G9, A0A172Q4H0, A0A172Q4H2, A0A172Q4H3, W5B5U2, W5BMA4, W5EHE0, W5EKQ9, W5GUB7 TaNAS2-D2 is not only highly expressed in young root tissues but also in seedling leaf and reproductive organs with highest expression in the caryopsis tissue 3-5 days after pollination
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under Fe-sufficient growth conditions, nicotianamine synthase TmNAS3 is expressed at a high level
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under Fe-sufficient growth conditions, nicotianamine synthase TmNAS7 is expressed at a high level
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exclusively
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very low expression
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cortex and stele, epidermis
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exclusively
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very low expression
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the enzyme is located in all nodule tissues in the infection and fixation zones
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developing
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expression of Fe homeostasis-related genes in wild-type and transgenic overexpressing seedlings, overview
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A0A172Q4F0, A0A172Q4F5, A0A172Q4F7, A0A172Q4G0, A0A172Q4G1, A0A172Q4G2, A0A172Q4G4, A0A172Q4G6, A0A172Q4G7, A0A172Q4G8, A0A172Q4G9, A0A172Q4H0, A0A172Q4H2, A0A172Q4H3, W5B5U2, W5BMA4, W5EHE0, W5EKQ9, W5GUB7 root and crown. TaNAS1-A and TaNAS8-U show ubiquitous expression profiles of the TaNAS genes with expression detected in most tissue types and developmental stages
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expressed in Fe-deficient roots and shoots and also in Fe-sufficient shoots
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mainly expressed in Fe-deficient roots and shoots
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nicotianamine synthase TmNAS3
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nicotianamine synthase TmNAS7
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low expression level, mainly in axillary meristems in shoot apices
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OsNAS3 is widely expressed in roots, especially in vascular bundle, epidermis, exodermis, stem, and old leaf tissues under Fe excess compared to control plants
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very low expression
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very low expression
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additional information
isozyme issue expression patterns, overview. No ZmNAS1;1 expression in shoots
brenda
additional information
isozyme issue expression patterns, overview. No ZmNAS1;1 expression in shoots
brenda
additional information
isozyme issue expression patterns, overview. No ZmNAS1;1 expression in shoots
brenda
additional information
isozyme issue expression patterns, overview. No ZmNAS1;1 expression in shoots
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additional information
isozyme issue expression patterns, overview. No ZmNAS1;1 expression in shoots
brenda
additional information
isozyme issue expression patterns, overview. No ZmNAS1;1 expression in shoots
brenda
additional information
isozyme issue expression patterns, overview. No ZmNAS1;1 expression in shoots
brenda
additional information
isozyme issue expression patterns, overview. No ZmNAS1;1 expression in shoots
brenda
additional information
isozyme issue expression patterns, overview. No ZmNAS1;1 expression in shoots
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additional information
isozyme tissue expression patterns, overview
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additional information
isozyme tissue expression patterns, overview
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additional information
isozyme tissue expression patterns, overview
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additional information
isozyme tissue expression patterns, overview
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additional information
isozyme tissue expression patterns, overview
brenda
additional information
isozyme tissue expression patterns, overview
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additional information
isozyme tissue expression patterns, overview
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additional information
isozyme tissue expression patterns, overview
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additional information
isozyme tissue expression patterns, overview
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additional information
isozyme tissue expression patterns, overview. No ZmNAS1;2 expression in shoots
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additional information
isozyme tissue expression patterns, overview. No ZmNAS1;2 expression in shoots
brenda
additional information
isozyme tissue expression patterns, overview. No ZmNAS1;2 expression in shoots
brenda
additional information
isozyme tissue expression patterns, overview. No ZmNAS1;2 expression in shoots
brenda
additional information
isozyme tissue expression patterns, overview. No ZmNAS1;2 expression in shoots
brenda
additional information
isozyme tissue expression patterns, overview. No ZmNAS1;2 expression in shoots
brenda
additional information
isozyme tissue expression patterns, overview. No ZmNAS1;2 expression in shoots
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additional information
isozyme tissue expression patterns, overview. No ZmNAS1;2 expression in shoots
brenda
additional information
isozyme tissue expression patterns, overview. No ZmNAS1;2 expression in shoots
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additional information
the ZmNAS genes show differential, organ-specific expression patterns in the maize developmental steps, RT-PCR expression analysis, overview
brenda
additional information
the ZmNAS genes show differential, organ-specific expression patterns in the maize developmental steps, RT-PCR expression analysis, overview
brenda
additional information
the ZmNAS genes show differential, organ-specific expression patterns in the maize developmental steps, RT-PCR expression analysis, overview
brenda
additional information
the ZmNAS genes show differential, organ-specific expression patterns in the maize developmental steps, RT-PCR expression analysis, overview
brenda
additional information
the ZmNAS genes show differential, organ-specific expression patterns in the maize developmental steps, RT-PCR expression analysis, overview
brenda
additional information
the ZmNAS genes show differential, organ-specific expression patterns in the maize developmental steps, RT-PCR expression analysis, overview
brenda
additional information
the ZmNAS genes show differential, organ-specific expression patterns in the maize developmental steps, RT-PCR expression analysis, overview
brenda
additional information
the ZmNAS genes show differential, organ-specific expression patterns in the maize developmental steps, RT-PCR expression analysis, overview
brenda
additional information
the ZmNAS genes show differential, organ-specific expression patterns in the maize developmental steps, RT-PCR expression analysis, overview
brenda
additional information
the ZmNAS genes show differential, organ-specific expression patterns in the maize developmental steps, RT-PCR expression analysis, overview
brenda
additional information
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the ZmNAS genes show differential, organ-specific expression patterns in the maize developmental steps, RT-PCR expression analysis, overview
brenda
additional information
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the ZmNAS genes show differential, organ-specific expression patterns in the maize developmental steps, RT-PCR expression analysis, overview
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brenda