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Genesis and identification of octoploids generated from tetraploid prairie cordgrass
Moon Sub Lee
, A. Lane Rayburn
,
D. K. Lee
Crop Sciences
National Center for Supercomputing Applications (NCSA)
Institute for Sustainability, Energy, and Environment
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Keyphrases
Tetraploid
100%
Prairie Cordgrass
100%
Octoploid
100%
Genetic Background
75%
Polyploidy
75%
Ploidy Level
50%
Adaptation
25%
Dimethyl Sulfoxide
25%
Antimitotic Agents
25%
Colchicine
25%
Environmental Adaptation
25%
Genome Size
25%
Seed Germination
25%
C4 Grasses
25%
Prairie
25%
Polyploidization
25%
Agronomic Traits
25%
Spartina Pectinata
25%
Warm Season
25%
Ploidy
25%
Edaphic
25%
Chromosome Counts
25%
Ploidy Variation
25%
Oryzalin
25%
Stomata Size
25%
North American Prairies
25%
Environmental Adaptability
25%
Ecoregions
25%
Flow Cytometry Analysis
25%
Tetraploid Plants
25%
Biochemistry, Genetics and Molecular Biology
Polyploid
100%
Ploidy
100%
Tetraploidy
100%
Genetic Background
75%
Evolutionary Adaptation
25%
Explant
25%
Genome Size
25%
Agronomic Trait
25%
Chromosome Number
25%
Dimethyl Sulfoxide
25%
Cytotype
25%
Oryzalin
25%
Stoma
25%