Plant Genotype Modification TRIZ Cases

Hybrid maize variety X08R667 incorporates specific genetic loci for disease and insect resistance through precise locus conversion techniques.

Soybean cultivar BY1213080 incorporates transgenes for herbicide and disease resistance using marker-assisted breeding techniques.

Hybrid corn variety CH011050 uses cytoplasmic male sterility to prevent self-pollination.

Inbred line PHWCY maintains uniform plant characteristics while introducing disease resistance via parameter changes and segmentation.

Cytoplasmic male sterility prevents self-pollination in hybrid corn CH532426, eliminating physical emasculation to boost breeding efficiency.

Novel maize inbred PH2F4W integrates disease resistance and drought tolerance via crossing and backcrossing.

IJ7331 maize inbred line resolves the trade-off between uniform hybrid seed stability and regional adaptability through targeted trait integration.

Inbred rice line 144006 replaces unpredictable traditional breeding with genetic engineering to reduce research costs while improving yield stability.

X95P917 hybrid maize combines multiple desirable traits via preliminary action and segmentation, resolving the trade-off between breeding time and uniformity.

Soybean variety 01063894 integrates specific genetic loci for disease and herbicide resistance, resolving breeding unpredictability.

CL215695R provides a uniform genetic base to accelerate breeding speed while maintaining high yield and quality.

Soybean cultivar S130057 reduces development time by applying preliminary action and segmentation to combine multiple agronomic traits efficiently.

Wheat variety 6PDLP00B uses pedigree selection and marker-assisted breeding to combine desirable agronomic traits.

Segmenting parent line development fixes maturity parameters, ensuring uniform plant height for mechanical harvesting efficiency.

Soybean variety 32Y13R4 combines high yield potential with lodging resistance through selective breeding protocols.

Hybrid corn variety CH011013 uses male sterility factors to control cross-pollination and maintain genetic uniformity.

Soybean variety 01050639 incorporates glyphosate tolerance via genetic transformation.

PH2T3H maize inbred accelerates breeding by compressing generations to achieve stable high yield and disease resistance.

Backcross conversion stabilizes uniform plant characteristics while introgressing disease and drought resistance traits into the PH926 maize variety.

Pedigree selection of pea line 08530757 achieves disease resistance and yield while overcoming the trade-off between uniformity and breeding time.