Agricultural and Biological Sciences
Hylocereus
100%
Cactaceae
59%
Cultivar
36%
Selenicereus
35%
Tetraploidy
31%
Anthesis
31%
Hylocereus undatus
30%
Seeds
28%
Fruit Crops
25%
Jojoba
23%
Pitaya
22%
Simmondsia chinensis
19%
Triploidy
17%
Genetic Relationships
17%
Ploidy
16%
Morph
13%
Ovule
13%
Exotic Fruit
10%
Rootstock
10%
Flow Cytometry
10%
Ziziphus
10%
Jujube
9%
Rhamnaceae
9%
Ziziphus mauritiana
9%
Forest Trees
9%
Callus
9%
Hexaploidy
8%
Developmental Stage
8%
Self-Pollination
7%
Epiphyllum
7%
Squash
7%
Melons
7%
Reciprocal Cross
7%
Amplified Fragment Length Polymorphism
7%
Dichogamy
7%
Metabolite
7%
Zygote
7%
Anther
7%
Genetic Divergence
6%
Genetic Variability
6%
Allopolyploidy
6%
Irrigation
6%
Critical Thermal Maximum
5%
Thidiazuron
5%
Microspore
5%
Fruit Quality
5%
Vegetative Growth
5%
Arid Zones
5%
Gene Flow
5%
Metabolomics
5%
Keyphrases
Hylocereus
55%
Vine Cacti
45%
Cactaceae
35%
Selenicereus
16%
Fruit Crops
13%
Tetraploid
12%
Triploid
11%
Genetic Relationship
11%
Pitaya Fruit
9%
Simmondsia chinensis
9%
Jojoba
9%
Chromosome Doubling
9%
Forest Trees
9%
Intergeneric Hybrid
9%
Ovule
9%
Male Phase
8%
Embryo Rescue
8%
Exotic Fruits
7%
Hylocereus Polyrhizus
7%
Hylocereeae
6%
Amplified Fragment Length Polymorphism Markers
6%
Pitaya
6%
Seed number
5%
Interploidy Crosses
5%
Fertilization
5%
Microspore
5%
Seed Development
5%
Transgenic
5%
Gene Flow
5%
Backcross
5%
Safety Issues
5%