Angiosperms/Flowering Plants TRIZ Cases

Built-in male sterility and trait stacking in hybrid corn CH010492 reduce self-pollination effort while supporting stable yield and disease resistance.

Molecular marker-assisted breeding helps combine yield, disease resistance, and herbicide tolerance while shortening soybean selection cycles.

Cytoplasmic male sterility replaces manual emasculation in hybrid corn breeding, improving pollination control, seed uniformity, and yield.

Male sterility replaces physical emasculation in CH010489 hybrid corn, simplifying seed production while preserving uniformity and self-pollination control.

A two-step breeding approach stabilizes inbred parent lines, then restores hybrid vigor while combining yield, disease resistance, and drought tolerance.

Male sterility and controlled breeding replace physical emasculation, helping hybrid corn CH010512 maintain uniform traits and stable yield.

Structured breeding, male sterility, and marker selection combine multiple canola traits while preserving uniformity for hybrid seed production.

Cytoplasmic male sterility in CH010414 blocks self-pollination to preserve genetic stability and improve hybrid seed production efficiency.

A stabilized inbred maize line supports hybrid seed production with stronger yield, regional adaptation, and trait introgression for stress and disease resistance.

Homozygous corn line CV993144 supports uniform hybrid breeding, improving trait stability and predictable field performance.

A stabilized hybrid corn breeding approach uses inbred line development and crossing to improve uniformity, yield, and disease resistance.

Combines higher seed yield, disease resistance, and tailored fatty acid profiles in a soybean cultivar using structured breeding and genetic modification.

Controlled detasseling, bagging, and homozygous parent lines improve hybrid corn uniformity, seed purity, and trait stability.

Controlled cross-pollination and stable inbred lines help this hybrid corn case combine trait diversity with uniform, efficient seed production.

Marker-assisted breeding helps soybean cultivar 27380021 combine disease resistance, yield, and fatty acid traits with less development time.

Controlled pollination and stabilized inbred lines help hybrid corn maintain uniform traits, seed purity, yield, and stress resistance.

Stacks herbicide and disease resistance in soybean variety 01098318 while preserving yield and breeding value for commercial production.

Combining resistance to nematodes, fungi, and tomato viruses, this hybrid variety maintains firm small fruit and stable yield.

Controlled cross-pollination and budding create a nectarine tree with larger, sweeter fruit, earlier ripening, and stable commercial yield.

CMS-based hybrid breeding replaces manual detasseling to improve corn population uniformity, trait stability, and commercial yield.

A new blueberry cultivar balances fruit firmness, dry scar traits, and sweetness to keep marketable quality during 45-60 days of storage.

DNA marker selection speeds trait introgression in soybean cultivar 20150718 while preserving high yield, disease resistance, and stable agronomic quality.

Preselected trait breeding and genetic modification combine yield, disease resistance, stress tolerance, and improved fatty acid profiles in soybean cultivar 27330335.

Marker-assisted selection and male sterility help hybrid corn maintain uniformity and stability while reducing breeding time and emasculation.

A homozygous corn line uses selfing, backcrossing, and transformation to combine trait stacking with uniform hybrid performance.

Combining resistance to multiple tomato pathogens in one hybrid helps maintain yield and fruit quality across varied growing conditions.

Controlled crossing with cytoplasmic male sterility helps CH010446 deliver uniform hybrid seed, genetic purity, yield, and resistance.

Selective breeding and tissue culture in FL 2602 combine high solids, disease resistance, and stable adaptation for potato processing.

Preplanned soybean breeding combines yield, disease resistance, and tailored fatty acid profiles while reducing development time and complexity.

Marker-assisted selection helps combine yield, disease resistance, and fatty acid traits in soybean cultivar 28180826 with less breeding time.

A new soybean cultivar combines higher yield, disease resistance, and altered fatty acid profiles through targeted breeding and transgenic trait integration.

Combining disease resistance, herbicide tolerance, and fatty acid traits helps soybean breeding improve yield, stability, and oil properties.

Controlled cross-pollination and male sterility factors prevent selfing in hybrid corn while preserving uniformity, stability, and trait consistency.

Combining breeding and genetic modification, this soybean cultivar improves seed yield, disease resistance, and fatty acid profiles.

Male sterility, controlled crossing, and tissue culture help this hybrid corn maintain uniform traits, yield, and disease resistance.

Controlled crossing of homozygous corn lines delivers uniform traits, hybrid vigor, drought tolerance, and stronger pest and disease resistance.

A segmented hybrid breeding approach combines disease, insect, heat, and drought traits while preserving maize uniformity and stability.

Preselected parental lines and feedback-guided crossing combine herbicide, disease, and agronomic traits while reducing soybean breeding time.

Controlled cross-pollination and targeted genome editing improve hybrid corn uniformity, stability, and trait integration.

Controlled pollination and selected parental lines help hybrid corn CH010450 maintain trait uniformity, purity, and yield.

Controlled cross-pollination, stabilized inbred lines, and tissue culture help hybrid corn CH010452 maintain uniformity, yield, and disease resistance.

Combines high yield, disease resistance, and tolerance to glyphosate, glufosinate, and dicamba through transformation and backcrossing.

Pre-screened crossing and transformation help combine yield, disease tolerance, and fatty acid traits in soybean cultivar 24450465.

Combining herbicide tolerance, disease resistance, and yield traits in soybean 01098371 supports commercial production and breeding.

Preselected inbred parent lines help hybrid corn maintain uniformity and stability while combining yield, disease resistance, and drought tolerance.

Fast neutron irradiation created a guayule cultivar with stable reduced internodes and lower flowering, despite slower growth.

Controlled cross-pollination with cytoplasmic male sterility helps hybrid corn CH010460 maintain uniform traits, yield, and stress resistance.

Combining insect resistance, herbicide tolerance, and stable fiber yield, this case shows how 11PWPY94 balances uniformity with line vigor.

Controlled cross-breeding and staged asexual propagation produced an Echinacea cultivar with compact growth, dark red flowers, and uniform branching.

Cytoplasmic male sterility and restorer genes help CH010558 maintain hybrid seed purity while reducing detasseling effort and breeding time.

Preselected parent lines and feedback-based breeding combine yield, disease resistance, and fatty acid traits while preserving soybean uniformity.