What are the current research trends in the development and application of perennial chrysanthemum in horticulture?
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Current research trends in perennial chrysanthemum development and application in horticulture encompass various aspects. Genome editing techniques like CRISPR/Cas9 are being explored to target specific genes for functional analysis and trait modification . Nanoparticles of metal oxides, such as CuO, are being investigated for disease management and yield improvement in chrysanthemum plants . Breeding strategies, including molecular methods like transgenic technology and marker-assisted selection, are being employed to enhance traits like flower colors, shapes, and stress tolerance efficiently . Cytogenetic studies utilizing techniques like karyotyping and FISH are providing insights into polyploidy, genomic characteristics, and cultivar identification, aiding in the development of new chrysanthemum cultivars . These diverse research avenues collectively aim to advance the agronomic and horticultural properties of perennial chrysanthemum for improved cultivation and utilization in the horticultural industry.
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| Papers (5) | Insight |
|---|---|
| Current research trends in perennial chrysanthemum focus on polyploidy, karyotyping, FISH, and GISH techniques for cultivar improvement, genetic analysis, and hybridization testing in horticulture. | |
84 Citations | Current research trends in chrysanthemum breeding include conventional methods, molecular breeding (transgenic, genome editing), and omics technologies integration to enhance traits like flower colors, shapes, stress tolerance, and postharvest quality. |
| Current research trends involve CRISPR/Cas9 gene editing in Chrysanthemum indicum to alter flowering time, overcoming genome complexity and self-incompatibility barriers for horticultural advancements. | |
| Current research trends focus on optimizing chrysanthemum cultivation through techniques like artificial defoliation and disbudding to enhance growth and yield, catering to increasing market demand and improving quality. | |
18 Citations | Foliar application of copper oxide nanoparticles effectively suppresses Fusarium wilt on chrysanthemum, showing potential for disease management and improved plant health in ornamental crops. |
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