Breeding an underutilized fruit crop: A long-term program for Hylocereus

Keyphrases

• Hylocereus 100%
• Fruit Crops 100%
• Underutilized Fruits 100%
• Long-term Programs 100%
• Embryo Rescue 75%
• In Situ 50%
• Rescue Procedure 50%
• Ploidy 50%
• Chromosome Doubling 50%
• Gametes 50%
• Interploidy Crosses 50%
• Molecular Tools 50%
• Further Development 25%
• Flow Cytometry 25%
• Interspecific Cross 25%
• Androgenesis 25%
• Selenicereus 25%
• Gynogenesis 25%
• Hylocereus Monacanthus 25%
• Hylocereus Megalanthus 25%
• Autopolyploid 25%
• Dragon Fruit 25%
• Homozygote 25%
• Metabolic Profiling 25%
• Pitaya Fruit 25%
• Intergeneric Hybrid 25%
• Genetic Relationship 25%
• Homoploid 25%
• Parental Species 25%
• Technical Problems 25%
• Biobank 25%
• Technology Development 25%
• Draft Genome 25%
• Genomic Tools 25%
• Fruit Characteristics 25%
• Horticultural 25%
• Phenological 25%
• DNA Isolation 25%
• Fruit Metabolism 25%
• Agrotechnology 25%
• Technology Selection 25%
• Holistic Program 25%
• Recessive Trait 25%
• Spontaneous Chromosome Doubling 25%

Biochemistry, Genetics and Molecular Biology

• Hylocereus 100%
• Crop 100%
• Chromosome Doubling 50%
• Ploidy 33%
• Gamete 33%
• Morphology 16%
• Flow Cytometry 16%
• Hylocereus undatus 16%
• Homozygote 16%
• Metabolomics 16%
• Hybrid 16%
• Molecular Phylogeny 16%
• DNA Isolation 16%
• Androgenesis 16%
• Gynogenesis 16%

Agricultural and Biological Sciences

• Hylocereus 100%
• Fruit Crops 100%
• Ploidy 33%
• Perennials 16%
• Selenicereus 16%
• Flow Cytometry 16%
• Androgenesis 16%
• Hylocereus undatus 16%
• Gynogenesis 16%
• Metabolomics 16%
• Pitaya 16%
• Genetic Relationships 16%