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Phenotypic reaction and genetic analysis using AFLP-derived SCARs for resistance to apple scab
E. M. Huaracha
, M. L. Xu
, K. Gasic
, E. Pauwels
, A. Van Den Putte
, J. W. Keulemans
, S. S. Korban
Natural Resources and Environmental Sciences
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Keyphrases
Genetic Analysis
100%
Scab
100%
Reaction Analysis
100%
Apple Scab
100%
Sporulation
50%
Vf Gene
50%
Phenotypic Score
50%
Moderately Resistant
33%
Scab Resistant
33%
Sequence Characterized Amplified Region Marker
33%
Florina
33%
Inconsistency
16%
Marker-assisted Selection
16%
Varying number
16%
7-year-olds
16%
Marker Data
16%
Fungal Pathogens
16%
Leaf Tissue
16%
Resistance Genes
16%
Susceptible Cultivars
16%
Seedling number
16%
Rootstock
16%
Scab Resistance
16%
Greenhouse Inoculation
16%
Fungal Sporulation
16%
Venturia Inaequalis
16%
Malus Floribunda
16%
Apple Scab Resistance
16%
Apple Breeding
16%
Floribunda
16%
Agricultural and Biological Sciences
Sporogenesis
100%
Cultivar
25%
Marker-Assisted Selection
25%
Rootstock
25%
Venturia inaequalis
25%
Malus floribunda
25%