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Last updated January 31, 2026
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Simultaneous haploid induction editing: SyngentaRecent Research Landscape

Conventional breeding cycles are slow and costly due to multi-generational stabilization requirements. This lever integrates haploid induction with simultaneous genomic modification to achieve immediate homozygous trait fixation.

What technical problems is Syngenta addressing in Simultaneous haploid induction editing?

Low gametic reproductive efficiency

(21)evidences

Natural haploid formation and pollen viability are insufficient for rapid breeding. Overcoming these biological constraints accelerates the development of homozygous lines.

Low genomic modification efficiency

(17)evidences

Random or infrequent integration of genetic material limits the precision of trait development. Improving the frequency of successful site-specific edits reduces the resource burden of screening large cell populations.

Low plant transformation efficiency

(7)evidences

Inadequate genetic integration rates and limited genotype compatibility restrict crop improvement. Overcoming these barriers enables broader application of gene editing across recalcitrant species.