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It is used for gene silencing to reduce the expression of undesirable traits.

Enables the rapid multiplication of plants with desired traits and the regeneration of plants from engineered cells.

Exploited in breeding to produce sterile male lines necessary for the production of hybrid seeds.

Helps in identifying specific regions of the genome associated with quantitative traits, such as yield or drought tolerance.

Analyzes the complete set of RNA transcripts to study gene expression related to various traits and environmental responses.

Aims to produce parental lines with a known genetic composition, allowing the reconstruction of hybrid varieties.

Uses molecular markers to assess the genetic diversity within a germplasm collection to identify valuable alleles for breeding.

Used to identify desired traits at the DNA level, enabling the selection of offspring with specific genetic profiles.

The production of plants with multiple sets of chromosomes, which can result in increased vigor and novel traits.

Analyzes the evolutionary relationships between different plant species to inform the selection of breeding materials.

It is utilized to select plants carrying desired genetic markers, thus speeding up the breeding process.

Introduces random mutations into the genome to create new genetic variation and potentially beneficial traits.

Uses computational tools to analyze and understand biological data, facilitating the interpretation of complex genetic information for breeding.

Involves the direct introduction of new DNA into a plant's genome, often to convey a trait like pest resistance.

Focuses on the systematic study of the unique chemical fingerprints that cellular processes leave behind.

The study of the proteome to uncover protein functions and interactions relevant to plant traits and stress responses.

It allows for precise modifications in the plant's DNA to introduce beneficial traits or remove undesirable ones.

Determines the complete DNA sequence of a plant's genome, providing a comprehensive resource for breeding programs.

Uses whole-genome data to predict the breeding value of plants and select those with the highest potential.