Genome-wide association study reveals genomic region associated with mite-recruitment phenotypes in the domesticated grapevine (Vitis vinifera)

Keyphrases

• Single nucleotide Polymorphism 100%
• Vitis Vinifera 100%
• Genome-wide Association Study 100%
• Grapevine 100%
• Mites 100%
• Genomic Regions 100%
• Indirect Defense 100%
• Natural Enemies 50%
• Ecological Constraints 50%
• Economic Importance 50%
• Genome Editing 50%
• Gene of Interest 50%
• Grape Leaves 50%
• Plant Traits 50%
• Common Garden 50%
• Leaf Hairs 50%
• Size-density 50%
• Importin α 50%
• Fungivorous 50%
• α Isoform 50%
• Plant Phenotyping 50%
• Genetic Association 50%
• Predatory Mites 50%
• Bristle 50%
• Leaf Domatia 50%
• Mildew Resistance 50%
• Vitis 50%
• Plant Pathogen 50%
• Leaf Shape 50%
• GATA Transcription Factor 50%
• Domatia 50%
• Plant Pest 50%
• Genetic Panel 50%

Biochemistry, Genetics and Molecular Biology

• Single-Nucleotide Polymorphism 100%
• Genetics 100%
• Genome-Wide Association Study 100%
• Vitis 100%
• Infectious Agent 50%
• Isoform 50%
• Genotyping 50%
• Cultivar 50%
• Genome Editing 50%
• Candidate Gene 50%
• Importin 50%
• Transcription Factor ZEB1 50%
• GATA Transcription Factor 50%
• Genetic Association 50%
• Karyopherin 50%

Agricultural and Biological Sciences

• Grape 100%
• Vitis vinifera 100%
• Single Nucleotide Polymorphism 100%
• Genome-Wide Association Study 100%
• Genotyping 50%
• Cultivar 50%
• Vitis 50%
• Plant Pests 50%
• Downy Mildew 50%
• Plant Pathogens 50%
• Factor VIII 50%
• Karyopherin 50%
• GATA Transcription Factor 50%
• Importin 50%