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Keyphrases
Sclerotinia Stem Rot
100%
Sclerotinia Sclerotiorum
100%
Glycine Max
100%
Quantitative Resistance
100%
Germplasm Lines
100%
Rot Resistance
50%
Agronomic Traits
30%
Physiological Resistance
30%
Soybean Germplasm
20%
Chromosome 16
20%
Germplasm
10%
Greenhouse
10%
Resistance Sources
10%
Growers
10%
Breeding Program
10%
Breeding Lines
10%
Soybean Cultivars
10%
Chromosomal Region
10%
Breeding Methods
10%
Elite Germplasm
10%
High Yielding
10%
Yield Loss
10%
Controlled Environment
10%
High Protein
10%
Quantitative Trait Loci
10%
Fungal Pathogens
10%
Breeding Progress
10%
Environmental Conditions
10%
Commercial Cultivars
10%
Inbred Lines
10%
Greenhouse Experiment
10%
Chromosome 15
10%
Heterodera Glycines
10%
In-field Test
10%
Chromosome 19
10%
Two-source
10%
Genetic Basis of Resistance
10%
Petiole
10%
Causal Agent
10%
High Oil Content
10%
Single Marker Analysis
10%
Elite Lines
10%
Resistant Breeding
10%
Classical Breeding
10%
Cadophora Gregata
10%
Resistance Mechanism
10%
S. Sclerotiorum
10%
Agricultural and Biological Sciences
Sclerotinia sclerotiorum
100%
Sclerotinia
100%
Stem Rot
100%
Germplasm
100%
Cultivar
30%
Agronomic Trait
30%
Breeding Line
20%
Chromosome
20%
Soybean Cyst Nematode
10%
Growers
10%
Inbred Lines
10%
Resistance Mechanisms
10%
Petiole
10%
Cadophora gregata
10%
Breeding Method
10%
Quantitative Trait Locus
10%
Inbreeding
10%
Genetics
10%