Angiosperms/Flowering Plants TRIZ Cases

Male sterility in maize inbred 1PAEN41 simplifies pollination control while supporting stable trait introgression and hybrid seed production.

Combined disease-resistance and drought-tolerance traits in soybean 5PNRT57 improve yield stability across varied growing conditions.

Marker-assisted selection and tissue culture speed development of hard red spring wheat with higher yield and stronger disease and insect resistance.

Stabilized inbred parent lines and controlled crossing help X15V441 combine disease resistance, yield, and uniformity for mechanical harvesting.

Marker-assisted backcrossing combines yield, disease resistance, and herbicide tolerance in soybean variety 01098216 for stable commercial breeding.

Staged crossing and backcrossing combine resistance and stress-tolerance traits while preserving the uniformity needed for stable mechanical harvesting.

Controlled breeding produced a compact Mandevilla with large, bright orange flowers, continuous blooming, and stable color under varied conditions.

Selective breeding and grafting create an acerola variety with higher vitamin C, firmer fruit, and stable commercial yield under stress.

Breeding inbred corn lines with backcrossing and marker selection helps combine stress, starch, and disease traits without losing hybrid vigor or seed yield.

Pre-characterized trait selection and marker-assisted breeding help combine multi-stress resistance with stable soybean yield in less time.

A lettuce cultivar combines dark green leaf color with resistance to Tomato Bushy Stunt virus and multiple Bremia lactucae strains.

A novel inbred corn line combines yield-focused hybrid breeding with resistance to pests, disease, and water stress.

Breeding 100% sexual Kentucky bluegrass opens hybridization with apomictic lines, improving trait selection, diversity, and cultivar development.

Facultative apomixis lets Kentucky bluegrass breeding access genetic diversity, then fix hybrid vigor and cultivar purity in progeny.

A homozygous bean line resolves the diversity-uniformity tradeoff, enabling stable trait inheritance and predictable high-yield performance.

A homozygous bean line enables uniform F1 hybrids while combining yield, resistance, and stress-tolerance traits with stable genetics.

Stable wheat variety 6PSPJ45B combines controlled breeding, backcrossing, and genetic modification to integrate yield, resistance, and milling traits.

Systematic parent selection and progeny evaluation target disease resistance and oxidative stability while managing soybean cultivar development complexity.

Conventional bean breeding struggles to combine stable yield and disease resistance; HMC019108 supports targeted trait improvement.

Backcross conversion and crossing use 1PPAK61 as a ready genetic platform, reducing time needed to develop stable maize hybrids.

See how peanut variety 'Arnie' combines TSWV resistance, high yield, medium seed size, and an oleic oil profile for peanut butter production.

Preselected disease resistance in maize inbred 1PGPQ82 helps shorten trait-combination breeding while supporting stable, high-yield hybrid production.

Preselected parental lines and controlled crossing combine higher soybean yield, disease resistance, and tailored fatty acid profiles.

Male sterility prevents self-pollination in CH010379, enabling controlled crosses and more uniform hybrid traits.

Pre-modified parental lines, backcrossing, and pedigree breeding shorten development of soybean varieties with multiple agronomic and nutritional traits.

Pre-established trait lines, backcross conversion, and transformation help 1PNJW73 support stable multi-trait maize variety development.

Soybean variety 5PVLJ28 combines trait introgression and breeding to support stable yields under disease and stress pressure.

Preselected traits and backcross conversion help combine disease resistance, stress tolerance, and yield potential in maize line 1PKTJ53 while shortening breeding cycles.

Backcross conversion, transformation, and hybridization support 1PCPU74 breeding with male sterility, resistance, drought tolerance, and yield traits.

Inbred parental lines and controlled pollination help CH010425 combine yield, disease resistance, and drought tolerance with uniform, stable traits.

Controlled hybridization and hardwood cuttings help SUGRA70 preserve large, dark violet, early-ripening berries across propagated plants.

Backcross conversion and controlled crosses help 1PUMV66 combine disease resistance, drought tolerance, and yield traits in stable maize lines.

This own-root climbing rose addresses weak ungrafted growth with vigor and resistance to black spot and powdery mildew.

Pre-selected parent varieties produce Gold Berry strawberries with large fruit, high sugar, hard skin, and long shelf life.

Backcross conversion and genetic transformation combine disease, insect, heat, and drought traits in a uniform sorghum line.

Controlled self-pollination, stabilized inbred lines, and planned crossing help CH010376 combine uniform traits with hybrid yield.

This case shows how pre-screened parent lines support soybean 24460733 breeding for yield, disease resistance, and altered fatty acid composition.

Standardized inbred material supports faster trait integration and hybrid seed production while preserving stable, agronomically sound maize characteristics.

Male sterility in 1PKBB46 helps prevent self-pollination and supports cross-pollination for controlled hybrid maize seed production.

Pre-selected parental lines and staged evaluation combine yield, disease resistance, drought tolerance, and fatty-acid traits.

See how BONPRI 16P5 combines a compact upright habit, early flowering, free branching, and longer-lasting purplish pink bracts for horticultural value.

A stable 1PJPG58 genetic background supports backcrossing and hybrid crosses for faster development of agronomically sound maize varieties.

Pre-selected parental lines and controlled crossing develop soybean cultivar 25050164 with higher yield, disease resistance, and altered fatty acid profiles.

Controlled crossing and homozygous inbred lines help CH010402 combine uniform crop performance with genetic diversity.

Breeding HMC010522 uses stable lines and planned crosses to pursue high yield, disease resistance, and consistent bean traits.

High-amylose starch and 30–35% dietary fiber help A8367 support specialty corn production while retaining commercial yield and stress resistance.

Preplanned breeding and backcrossing combine disease resistance, drought tolerance, and fatty acid traits in soybean cultivar 07230211.

KW4MT1806 combines male sterility, pest and disease resistance, and stress tolerance for higher-yielding hybrid corn production.

Breeding methods for HMC019545 address the tradeoff between adaptable bean traits and longer development time while preserving genetic stability.

Backcross conversion and transformation introduce traits into 1PQPP81, helping shorten development of stable, high-yielding maize varieties.