Exact(14)
Apple roots have a very low AsA content but the highest expression of GalUR [40].
and parasitic nematodes (Pratylenchus spp). of apple roots [ 175].
Quantitative expression of these genes in apple roots, bark and leaves was consistent with their roles in nutrition and defense.
In this study we analyzed and compared the transcriptomes of heterozygous columnar, homozygous columnar and non-columnar primary apple roots.
With the exception of H01BBF, all of these genes appear to be down-regulated in apple roots in response to drought.
We used SSH to identify genes in apple roots that were either up- or down-regulated by a simulated severe drought lasting two weeks.
Similar(46)
(1981) The apparent involvement of polyphenol oxidase and phloridzin in the production of apple rooting cofactors.
To evaluate apple root heterogeneity and susceptibility to apple replant disease (ARD) pathogens, a greenhouse bioassay of two rootstock genotypes, M.26 and CG.210, was conducted.
This report summarises a set of studies that were conducted to determine the effects of soil fertility and amendments on apple root morphology and physiology, and it highlights the relevance of soil management practices in promoting efficient root development.
These results suggest that apple root maturation controls tissue resistance and response to pathogen infection, and that root branching order can provide a functional classification of fineroots meaningful to investigations of plant-pathogen interactions.
A representative image of P. ultimum infected apple root tissues is shown in Figure 1.
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