Cucurbit Expression Atlas


Overview of this BioProject:

BioProjectPRJNA358655
This study may provide a new understanding of the molecular mechanisms of melon resistance to powdery mildew based on our results revealed both similar and differential patterns of gene expression between the MR-1 and Top Mark under PM stress.

Properties this BioBroject:

Property NameValue
Data typeTranscriptome or Gene expression
Sample scopeMonoisolate
MaterialTranscriptome
CaptureRandomSurvey
Experimental_design
# MR: melon MR-1
# TM: melon Top Mark
# PM: PM inoculated
# h: hours post PM inoculation

BioSamples of this BioProject:

BioSampleOrganismDescription
MR_PM_0hMelonLeaf tissue of melon MR-1 at 0h post PM inoculation ; tissue : Leaf; dev_stage : Ture leaf stage; cultivar : MR-1;
MR_PM_24hMelonLeaf tissue of melon MR-1 at 24h post PM inoculation ; tissue : Leaf; dev_stage : Ture leaf stage; cultivar : MR-1;
MR_PM_72hMelonLeaf tissue of melon MR-1 at 72h post PM inoculation ; tissue : Leaf; dev_stage : Ture leaf stage; cultivar : MR-1;
MR_PM_168hMelonLeaf tissue of melon MR-1 at 168h post PM inoculation ; tissue : Leaf; dev_stage : Ture leaf stage; cultivar : MR-1;
TM_PM_0hMelonLeaf tissue of melon Top Mark at 0h post PM inoculation ; tissue : Leaf; dev_stage : Ture leaf stage; cultivar : Top Mark;
TM_PM_24hMelonLeaf tissue of melon Top Mark at 24h post PM inoculation ; tissue : Leaf; dev_stage : Ture leaf stage; cultivar : Top Mark;
TM_PM_72hMelonLeaf tissue of melon Top Mark at 72h post PM inoculation ; tissue : Leaf; dev_stage : Ture leaf stage; cultivar : Top Mark;
TM_PM_168hMelonLeaf tissue of melon Top Mark at 168h post PM inoculation ; tissue : Leaf; dev_stage : Ture leaf stage; cultivar : Top Mark;