Genetic engineering of agronomic and ornamental traits in carnation

Keyphrases

• Genetic Engineering 100%
• Carnation 100%
• Agronomic Traits 100%
• Ornamental Traits 100%
• Transgenic 20%
• Transgenic Lines 20%
• Greenhouse 20%
• Stem number 20%
• Benzoic Acid Derivatives 20%
• Transgenic Plants 10%
• Rol Genes 10%
• Agrobacterium Rhizogenes 10%
• Resistance Level 10%
• Chitinase Gene 10%
• Anthocyanins 10%
• Antisense 10%
• Fusarium Oxysporum f 10%
• Control Plants 10%
• Performance Improvement 10%
• Non-transgenic 10%
• Carnation Plant 10%
• Dianthus Caryophyllus 10%
• RolC Gene 10%
• RolC 10%
• Metabolic Pathway 10%
• Anthocyanin Biosynthetic Pathway 10%
• GC-MS Analysis 10%
• Greenhouse Experiment 10%
• Enzymatic Assay 10%
• Fatty Acid Derivatives 10%
• True-to-type 10%
• Efficient Transformation 10%
• Fragrance 10%
• Northern Blot 10%
• Fungal Resistance 10%
• Dianthus 10%
• Flavonoid 3′-hydroxylase (F3′H) 10%
• Cut Flower 10%
• CaMV 35S Promoter 10%
• Sensory Test 10%
• Terpenoids 10%
• Methyl Benzoate 10%
• RT-PCR Assay 10%
• Flower Fragrance 10%
• Traits of Interest 10%
• Flower Market 10%
• Metabolic Flow 10%
• Mother Plant 10%
• Rooting Ability 10%
• Stem Cuttings 10%
• Osmotin 10%
• Production Yield 10%
• PR-1 10%
• Flower Stalk 10%
• Commercial Companies 10%
• Fragrance Compounds 10%

Agricultural and Biological Sciences

• Genetic Engineering 100%
• Dianthus caryophyllus 100%
• Ornamentals 100%
• Transgene 50%
• Aroma Compound 25%
• Anthocyanin 16%
• Benzoic Acid 16%
• Anthesis 8%
• Chitinase 8%
• Cultivar 8%
• Fusarium oxysporum 8%
• Transgenic Plant 8%
• Explant 8%
• Agrobacterium rhizogenes 8%
• Oxygenase 8%
• Rooting 8%
• Dianthus 8%
• Flavanone 8%
• Cut Flowers 8%
• Stem Cutting 8%
• Fatty Acids 8%
• Biosynthesis 8%
• Northern Blotting 8%
• Metabolism 8%