1.14.17.4 abscission zone 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 745005 1.14.17.4 axillary bud highest expression in ontological younger tissue 676538 1.14.17.4 cotyledon - 699794 1.14.17.4 epithelial cell highest abundance in epithelial cells of cortical resin ducts 676720 1.14.17.4 exocarp - 687313 1.14.17.4 floret genes ACO1 and ACO2 are expressed after harvest 689726 1.14.17.4 flower - 682369, 698476, 699794, 700779, 745005, 745625 1.14.17.4 fruit - 639303, 639306, 639312, 684222, 687313, 700679, 700917, 728203, 728645, 745005, 745818 1.14.17.4 fruit climacteric fruit 690159 1.14.17.4 fruit in climacteric stage 639296, 639297, 639302 1.14.17.4 fruit 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 682365 1.14.17.4 fruit ripe 639298 1.14.17.4 fruit wounded tissue of mature fruit 659653 1.14.17.4 fruit body - 727091 1.14.17.4 gynoecium ACO-1 expression analysis in cut flowers, activity during climateric development, overview 682369 1.14.17.4 hypocotyl etiolated 639307 1.14.17.4 hypocotyl isozyme ACO2 level is decreased by wounding 639307 1.14.17.4 hypocotyl isozymes ACO1 and ACO2, transcripts accumulate constitutively 639307 1.14.17.4 leaf - -, 698476, 699794, 700679, 746110 1.14.17.4 leaf expression of gene ACO1 689448 1.14.17.4 leaf expression of gene ACO3 689448 1.14.17.4 leaf expression of gene ACO5 689448 1.14.17.4 leaf leaf-specific isozyme, stimulated by CO2 639305 1.14.17.4 leaf low expression level of gene ACO2 689448 1.14.17.4 leaf low expression level of gene ACO4 689448 1.14.17.4 leaf relative RNA transcript level 5% 700779 1.14.17.4 mesocarp wounded and incubated before enzyme extraction 639299 1.14.17.4 metaphloem companion cells associated with metaphloem sieve elements 700773 1.14.17.4 additional information comparison of enzyme expression and activity in fresh and cut, vase-lived flowers, the ACO expression rate decreases gradually after cutting, overview 682369 1.14.17.4 additional information expression throughout all tissue types and at all ontological stages 676538 1.14.17.4 additional information highest expression in ontological older tissue 676538 1.14.17.4 additional information immunolocalization study and and expression pattern analysis 745005 1.14.17.4 additional information immunolocalization study and expression pattern analysis 745005 1.14.17.4 additional information silique wall 660076 1.14.17.4 additional information tulip ACO genes are regulated differentially among the vegetative tissues and during flower senescence 689448 1.14.17.4 ovary - 699794 1.14.17.4 parenchymal cell highest abundance in polyphenolic and ray parenchyma cells 676720 1.14.17.4 peel - 728645 1.14.17.4 pericarp - 639298, 639306 1.14.17.4 petal ACO-1 expression analysis in cut flowers, activity during climateric development, overview 682369 1.14.17.4 petal petal lobe, relative RNA transcript level 100%, petal tube, relative RNA transcript level 30% 700779 1.14.17.4 petal wilting, expression of gene ACO1 689448 1.14.17.4 petal wilting, expression of gene ACO3 689448 1.14.17.4 petal wilting, expression of gene ACO5 689448 1.14.17.4 petal wilting, low expression level of gene ACO2 689448 1.14.17.4 petal wilting, low expression level of gene ACO4 689448 1.14.17.4 phloem companion cell after abscission induction, ACO1 protein is synthesized in phloem companion cells, in which it is localized mainly in the cytoplasm 745005 1.14.17.4 plant pedicel 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 745005 1.14.17.4 protophloem protophloem sieve elements 700773 1.14.17.4 root - 698476, 700773, 716530 1.14.17.4 root primary 639305 1.14.17.4 root relative RNA transcript level 10% 700779 1.14.17.4 root root specific isozyme, not stimulated by CO2 639305 1.14.17.4 root seedling 639300 1.14.17.4 root cap - 700773 1.14.17.4 seed activity is highest during the onset of embryogenesis, and declines gradually afterwards, no activity during desiccation period 660076 1.14.17.4 seedling - 699794, 745818 1.14.17.4 seedling root 639300 1.14.17.4 sepal relative RNA transcript level 8% 700779 1.14.17.4 skin - 700917 1.14.17.4 stamen relative RNA transcript level 10% 700779 1.14.17.4 stem - 698476 1.14.17.4 stem constitutively expressed at low levels and expression is slightly increased after wounding 676720 1.14.17.4 stem expression of gene ACO1 689448 1.14.17.4 stem expression of gene ACO3O4 689448 1.14.17.4 stem expression of gene ACO5 689448 1.14.17.4 stem increased homogeneous expression in gravistimulated stems -, 671170 1.14.17.4 stem low expression level of gene ACO2 689448 1.14.17.4 stem low expression level of gene ACO4 689448 1.14.17.4 stem relative RNA transcript level 30% 700779 1.14.17.4 stigma - 699794 1.14.17.4 stigma stigma/stylus, relative RNA transcript level 25% 700779 1.14.17.4 stolon - 698476 1.14.17.4 stolon tip highest expression in ontological younger tissue 676538 1.14.17.4 tuber - 698476 1.14.17.4 vascular tissue the ethylene biosynthesis genes LeACO4 is preferentially expressed in vascular tissues 745005