single-cross check
Indonesian_translation
single-cross point
Indonesian_translation
single-crossed lines
Indonesian_translation
single-cross over
Indonesian_translation
single-cross design
Indonesian_translation
single-crossing road
Indonesian_translation
single-cross junction
Indonesian_translation
single-cross pattern
Indonesian_translation
single-crossed area
Indonesian_translation
single-cross bridge
Indonesian_translation
the breeder used a single-cross strategy to improve yield.
Indonesian_translation
we performed a single-cross to generate recombinant inbred lines.
Indonesian_translation
a single-cross between two maize lines was conducted.
Indonesian_translation
the single-cross progeny showed increased disease resistance.
Indonesian_translation
analyzing the single-cross data helped identify key genes.
Indonesian_translation
the single-cross was repeated three times for confirmation.
Indonesian_translation
we evaluated the single-cross performance in field trials.
Indonesian_translation
the single-cross offspring were screened for desirable traits.
Indonesian_translation
a single-cross approach is common in maize breeding programs.
Indonesian_translation
the single-cross resulted in a significant yield advantage.
Indonesian_translation
we used a single-cross to map quantitative trait loci.
Indonesian_translation
single-cross check
Indonesian_translation
single-cross point
Indonesian_translation
single-crossed lines
Indonesian_translation
single-cross over
Indonesian_translation
single-cross design
Indonesian_translation
single-crossing road
Indonesian_translation
single-cross junction
Indonesian_translation
single-cross pattern
Indonesian_translation
single-crossed area
Indonesian_translation
single-cross bridge
Indonesian_translation
the breeder used a single-cross strategy to improve yield.
Indonesian_translation
we performed a single-cross to generate recombinant inbred lines.
Indonesian_translation
a single-cross between two maize lines was conducted.
Indonesian_translation
the single-cross progeny showed increased disease resistance.
Indonesian_translation
analyzing the single-cross data helped identify key genes.
Indonesian_translation
the single-cross was repeated three times for confirmation.
Indonesian_translation
we evaluated the single-cross performance in field trials.
Indonesian_translation
the single-cross offspring were screened for desirable traits.
Indonesian_translation
a single-cross approach is common in maize breeding programs.
Indonesian_translation
the single-cross resulted in a significant yield advantage.
Indonesian_translation
we used a single-cross to map quantitative trait loci.
Indonesian_translation
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