Quantitative trait loci mapping for pathotype-specific powdery mildew resistance in a diploid rose population

Keyphrases

• AFLP Markers 11%
• Breeding Resistance 11%
• Cellular Response 11%
• Characteristic Color 11%
• Chemical Fungicides 11%
• Color number 11%
• Conidia 11%
• Conidia Production 11%
• Consensus Map 22%
• Disease Index 22%
• Disease Resistance 33%
• Disease Response 11%
• Disease Symptoms 11%
• Environmental Pollution 11%
• Environmentally Safe 11%
• Evenly Distributed 11%
• Female Parent 11%
• Fungal Growth 11%
• Genetic Dissection 11%
• Genetic Linkage Map 22%
• Genetic Segregation 11%
• Genomic Regions 11%
• Genotype 11%
• Germination 22%
• Greenhouse 11%
• Homologous Chromosomes 11%
• Inoculation 44%
• Integrated Map 11%
• Kruskal-Wallis Test 11%
• Linkage Group 77%
• Male Parents 11%
• Map Alignment 11%
• Microscopy 11%
• Misalignment Study 11%
• Monoploid 11%
• Morphological Markers 66%
• Mycelium 11%
• New Map 11%
• Ornamental Plants 11%
• Pathogenicity 11%
• Petal number 11%
• Phenotypic Variance 11%
• Plant Cells 11%
• Plant Response 11%
• Podosphaera Pannosa 11%
• Powdery Mildew 100%
• Product Cost 11%
• QTL Analysis 11%
• QTL Loci 22%
• QTL Map 11%
• QTL Mapping 11%
• Quantitative Trait Locus Mapping 100%
• Resistance Development 11%
• Resistance Studies 11%
• Resistance-based 11%
• Rose Breeding 11%
• Rose Cultivars 11%
• Simple Interval Mapping 11%
• SSR Markers 22%
• Wild Species 11%

Agricultural and Biological Sciences

• Conidium 22%
• Cultivar 22%
• Diploidy 100%
• Disease Resistance 33%
• Fungicide 11%
• Gene Mapping 11%
• Gene Segregation 11%
• Genetic Linkage 33%
• Linkage Groups 55%
• Mycelium 11%
• Ornamental Plant 11%
• Ornamental Trees 11%
• Pathogenicity 11%
• Pathotype 100%
• Pathovar 100%
• Plant Response 11%
• Podosphaera 11%
• Powdery Mildew 100%
• Quantitative Trait Locus 100%
• Research and Development 11%