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Expression data for apple Rvi6 host resistance and nonhost resistance against scab

ABSTRACT: Comparative analyze at the transcriptomic level 1) of Venturia inaequalis apple host resistance via the major resistance gene Rvi6, in Rvi6 overexpressing transgenic apple versus ‘Gala’ susceptible variety; 2) of Venturia pyrina apple nonhost resistance, in ‘Gala’ variety, 24 and 72 hours post inoculation.

ORGANISM(S): Malus domestica

PROVIDER: GSE159179 | GEO | 2020/10/08

REPOSITORIES: GEO

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Expression data for 1) pear host resistance allowed by transgenic expression of apple Rvi6 resistance gene and 2) nonhost resistance against scab

Project description:Comparative analyze at the transcriptomic level 1) of Venturia pyrina pear host resistance via the major apple resistance gene Rvi6, in Rvi6 overexpressing transgenic pear versus ‘conference’ susceptible variety; 2) of Venturia inaequalis pear nonhost resistance, in ‘Conference’ variety, 24 and 72 hours post inoculation.

2020-10-08 | GSE159180 | GEO

Expression data for apple Rvi6 host resistance and nonhost resistance against scab

Project description:Expression data for apple Rvi6 host resistance and nonhost resistance against scab

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Rootstock-dependent gene expression profiling in apple scions

Project description:The purpose of this project is to examine the effects of rootstocks on the gene expression patterns in scions of apple trees. Gene expression patterns were examined in the Gala variety grafted onto seven different, commonly used rootstocks. These trees were grown in the greenhouse to limit environmental effects. Also, gene expression profiles were examined in three different varieties (Ambrosia, Melrose,and Gala) grafted onto B.9 rootstocks grown in the field. Keywords: apple, rootstock, graft, scion

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Microarray analysis of apple buds during dormancy

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Expression data for 1) pear host resistance allowed by transgenic expression of apple Rvi6 resistance gene and 2) nonhost resistance against scab

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Rootstock-dependent gene expression profiling in apple scions

2006-05-05 | E-GEOD-4762 | biostudies-arrayexpress

Mining of scab resistance R-genes from different cultivars of apple and Introducing Scab resistance in commercially important varieties of apple grown in Kashmir valley through cisgenesis

Project description:Identification of scab resistant genes in apple varieties. The research was funded by SERB.

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Time series transcriptome of Venturia inaequalis (apple scab) infecting Malus domestica (apple)

Project description:Time series transcriptome of Venturia inaequalis (apple scab) infecting Malus domestica (apple)

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Modulation of apple leaf transcriptome by QTLs and infection by Venturia inaequalis

Project description:Induction of whole genome gene expression level changes in leaves of grafted apple genotypes exhibiting contrasted QTL architecture (from one to a combination of three QTL) after the inoculation of the pathogenic fungus Venturia inaequalis

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Novel apple miRNAs and their possible involvement in Fire Blight defense

Project description:Fire blight (FB) is a bacterial disease affecting plants from Rosaceae family, including apple and pear. FB develops after the infection of Erwinia amylovora, gram-negative enterobacterium, and results in burnt-like damages and wilting, which can affect all organs of the plant. Although the mechanisms underlying disease response in apples are not elucidated yet, it has been well described that FB resistance depends on the rootstock type. The main objective of this work was to identify miRNAs involved in response to bacterial infection in order to better explain apple defense mechanisms against fire blight disease. We performed deep sequencing of eighteen small RNA libraries obtained from inoculated and non-inoculated Gala apple leaves. 233 novel plant mature miRNAs were identified together with their targets and potential role in response to bacterial infection. We identify three apple miRNAs responding to inoculation (mdm-miR168a,b, mdm-miR194C and mdm-miR1392C) as well as miRNAs reacting to bacterial infection in a rootstock-specific manner (miR395 family). Our results provide insights into the mechanisms of fire blight resistance in apple.

2016-08-28 | GSE72346 | GEO

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