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The floweringFlowering plant speciesSpecies Celosia, also referred to as cockscomb or silver cock’s comb, is a member of the Amaranthaceae family. It is indigenous to Nigeria and Senegal as well as other tropical parts of Africa, but due to its ornamentalOrnamental and culinary value, it has been widely planted and naturalized throughout much of the world. BiotechnologyBiotechnology significantly contributes to the advancement and study of Celosia (cockscomb). GeneticGenetic modification entails the direct change of an organism’s DNA to add or modify properties. By using the molecular markerMolecular markers-assisted breedingBreeding the colorColor, sizeSize, and shapeShape of the flowerFlower as well as their resistanceResistance to disease and dehydration can be improved significantly. By using the biotechnological tool, the secondary metabolitesSecondary metabolites can be increased for their biological properties, such as antioxidantAntioxidants, antibacterial, anti-inflammatoryAnti-inflammatory, and antiviral qualitiesQuality. GMO adoption and commercialization, however, are dependent on a few variables, including consumer acceptance, governmental approval, and the ability to show that the products have genuine advantages without posing a threat to human health or the environment. For genetically modified crops to be developed and commercialized, strict safety evaluations, adherence to regulatory requirements, and support from the public are all necessary. The use of biotechnologyBiotechnology for insect and disease resistanceDisease resistance in Celosia or any other plant speciesSpecies, therefore, necessitates a comprehensive assessment of the potential dangers and benefits. To understand the geneticGenetic basis of different features in Celosia and other plant speciesSpecies, functional genomicsFunctional genomics offers an effective set of methods. Researchers can unleash the potential of the plant for horticultureHorticulture, conservationConservation, and sustainableSustainable agricultureAgriculture by comprehending the functioning of the genesGene and their interactions.

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Celocia Breeding: Classical and Molecular Approaches

  • 章节

  • 发表日期：

    2025年

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  • Adnan Younis,
  • M. Muzamil Ijaz,
  • M. Ahsan,
  • Ahsan Akram

摘要

The floweringFlowering plant speciesSpecies Celosia, also referred to as cockscomb or silver cock’s comb, is a member of the Amaranthaceae family. It is indigenous to Nigeria and Senegal as well as other tropical parts of Africa, but due to its ornamentalOrnamental and culinary value, it has been widely planted and naturalized throughout much of the world. BiotechnologyBiotechnology significantly contributes to the advancement and study of Celosia (cockscomb). GeneticGenetic modification entails the direct change of an organism’s DNA to add or modify properties. By using the molecular markerMolecular markers-assisted breedingBreeding the colorColor, sizeSize, and shapeShape of the flowerFlower as well as their resistanceResistance to disease and dehydration can be improved significantly. By using the biotechnological tool, the secondary metabolitesSecondary metabolites can be increased for their biological properties, such as antioxidantAntioxidants, antibacterial, anti-inflammatoryAnti-inflammatory, and antiviral qualitiesQuality. GMO adoption and commercialization, however, are dependent on a few variables, including consumer acceptance, governmental approval, and the ability to show that the products have genuine advantages without posing a threat to human health or the environment. For genetically modified crops to be developed and commercialized, strict safety evaluations, adherence to regulatory requirements, and support from the public are all necessary. The use of biotechnologyBiotechnology for insect and disease resistanceDisease resistance in Celosia or any other plant speciesSpecies, therefore, necessitates a comprehensive assessment of the potential dangers and benefits. To understand the geneticGenetic basis of different features in Celosia and other plant speciesSpecies, functional genomicsFunctional genomics offers an effective set of methods. Researchers can unleash the potential of the plant for horticultureHorticulture, conservationConservation, and sustainableSustainable agricultureAgriculture by comprehending the functioning of the genesGene and their interactions.