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vascular tissues in the pedicel, the main expression site of LeACO1 is in cell layers just outside the flower pedicel abscission zone in its proximal and distal part
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highest expression in ontological younger tissue
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highest abundance in epithelial cells of cortical resin ducts
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genes ACO1 and ACO2 are expressed after harvest
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ACO-1 expression analysis in cut flowers, activity during climateric development, overview
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wounded and incubated before enzyme extraction
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companion cells associated with metaphloem sieve elements
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highest abundance in polyphenolic and ray parenchyma cells
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after abscission induction, ACO1 protein is synthesized in phloem companion cells, in which it is localized mainly in the cytoplasm
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vascular tissues in the pedicel, the main expression site of LeACO1 is in cell layers just outside the flower pedicel abscission zone in its proximal and distal part
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protophloem sieve elements
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activity is highest during the onset of embryogenesis, and declines gradually afterwards, no activity during desiccation period
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relative RNA transcript level 8%
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relative RNA transcript level 10%
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plant
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highest expression in ontological younger tissue
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plant
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the ethylene biosynthesis genes LeACO4 is preferentially expressed in vascular tissues
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plant
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climacteric fruit
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ripe
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wounded tissue of mature fruit
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in climacteric stage
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mango is a climacteric fruit in which the rate of ethylene production varies widely depending on the cultivar, enzyme expression depends on the developmental stage of the fruit and ethylene
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etiolated
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isozyme ACO2 level is decreased by wounding
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isozymes ACO1 and ACO2, transcripts accumulate constitutively
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leaf-specific isozyme, stimulated by CO2
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relative RNA transcript level 5%
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plant
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expression of gene ACO1
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expression of gene ACO3
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expression of gene ACO5
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low expression level of gene ACO2
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low expression level of gene ACO4
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leaf-specific isozyme, stimulated by CO2
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ACO-1 expression analysis in cut flowers, activity during climateric development, overview
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petal lobe, relative RNA transcript level 100%, petal tube, relative RNA transcript level 30%
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wilting, expression of gene ACO1
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wilting, expression of gene ACO3
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wilting, expression of gene ACO5
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wilting, low expression level of gene ACO2
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wilting, low expression level of gene ACO4
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seedling
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root specific isozyme, not stimulated by CO2
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relative RNA transcript level 10%
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plant
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primary
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root specific isozyme, not stimulated by CO2
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root
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increased homogeneous expression in gravistimulated stems
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increased homogeneous expression in gravistimulated stems
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relative RNA transcript level 30%
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plant
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constitutively expressed at low levels and expression is slightly increased after wounding
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expression of gene ACO1
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expression of gene ACO3O4
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expression of gene ACO5
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low expression level of gene ACO2
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low expression level of gene ACO4
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stigma/stylus, relative RNA transcript level 25%
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additional information
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silique wall
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additional information
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comparison of enzyme expression and activity in fresh and cut, vase-lived flowers, the ACO expression rate decreases gradually after cutting, overview
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additional information
immunolocalization study and and expression pattern analysis
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additional information
immunolocalization study and and expression pattern analysis
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additional information
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immunolocalization study and and expression pattern analysis
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additional information
immunolocalization study and expression pattern analysis
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additional information
immunolocalization study and expression pattern analysis
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additional information
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immunolocalization study and expression pattern analysis
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additional information
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expression throughout all tissue types and at all ontological stages
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additional information
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highest expression in ontological older tissue
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additional information
tulip ACO genes are regulated differentially among the vegetative tissues and during flower senescence
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additional information
tulip ACO genes are regulated differentially among the vegetative tissues and during flower senescence
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additional information
tulip ACO genes are regulated differentially among the vegetative tissues and during flower senescence
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additional information
tulip ACO genes are regulated differentially among the vegetative tissues and during flower senescence
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additional information
tulip ACO genes are regulated differentially among the vegetative tissues and during flower senescence
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