Angiosperms/Flowering Plants TRIZ Cases

Selective breeding created a compact pendulous Buddleja with stable rose-pink flowers, yellow-orange eyes, and continuous blooming for baskets.

Targeted breeding and genome editing combine yield, disease resistance, and fatty acid traits while reducing soybean development time.

Controlled breeding and bud grafting produced a rose with purplish pink petals, larger blooms, and longer postproduction longevity.

Controlled hybridization produced a grapevine with large green obtuse ovate berries, early ripening, and stable fresh-market traits.

A soybean breeding case showing how staged selection and feedback combine higher yield, disease resistance, and tailored fatty acid traits.

A bred Hydrangea balances compact growth, sturdy stems, pale purple double flowers, and longer postproduction longevity.

Controlled breeding balances ripening time, berry uniformity, and firm crunchy skin in a grapevine suited to temperate, low-rainfall regions.

Controlled crossing and multi-year selection produced a stable strawberry variety with early production, high yield, and resistance to Botrytis and mildew.

Pre-stacked soybean germplasm shortens breeding cycles while preserving genetic stability and improving yield, disease resistance, and fatty acid traits.

Controlled cross-pollination and in vitro meristem propagation improve flowering consistency, trait stability, and postproduction longevity.

Preselected parental lines and staged crossing help combine higher soybean yield, disease resistance, and fatty acid traits with less breeding time.

Parental preselection and phased breeding help soybean cultivar 28030638 balance stable yield, disease resistance, herbicide tolerance, and fatty acid traits.

Combining broad pathogen resistance with uniform ripening, this hybrid tomato case improves yield and harvesting efficiency.

Molecular markers help stack yield, disease resistance, and fatty acid traits in soybean cultivar 26240503 while shortening selection cycles.

Bred for West Central Florida, this strawberry cultivar combines early flowering, vigorous growth, high early yield, and stable fall-winter fruit quality.

Preselected crossing and transformation methods help combine yield, disease resistance, and fatty acid traits with less breeding time.

Preselected resistance traits and structured crossing help soybean 5PSNR14 combine broad disease resistance with stable, high-yield performance.

Pre-characterized germplasm and phased selection shorten soybean breeding while combining yield, disease resistance, and fatty acid traits.

A new Lavandula cultivar combines free flowering without vernalization, extended bloom, winter hardiness, and deer and rabbit resistance.

Combining breeding and genetic transformation, this wheat case improves yield, disease resistance, and tolerance to drought and heat.

Marker-assisted breeding with BGID3809 improves regional hybrid adaptation across Corn Belt stresses while maintaining genetic uniformity.

Combining disease, insect, and stress-tolerance traits in canola breeding improves yield while preserving uniformity and maturity for hybrid production.

A new Scaevola cultivar combines dense branching, continuous large white flowering, and stable vegetative propagation for strong garden performance.

Triploid hybrid breeding combines HLB tolerance, near-seedlessness, consistent aroma, and steady fruit production in a lime cultivar.

Phased crossing and parental preselection combine yield, disease resistance, and fatty acid traits while shortening soybean breeding time.

Marker-guided breeding and genome editing help combine stable yield, disease resistance, and fatty acid traits in soybean cultivar 21030432.

Combining disease resistance, drought tolerance, and altered fatty acid traits helps this soybean cultivar raise yield and agronomic quality.

Controlled crossing and stolon propagation deliver a stable strawberry variety with high yield potential, true-to-type traits, and disease resistance.

Embryo culture enables a seedless grapevine with violet flesh, large crunchy berries, balanced flavor, and stable disease resistance.

Preloaded transgenic traits in soybean cultivar 24010055 reduce breeding cycles while improving yield, disease resistance, and fatty acid profiles.

Natural multi-generation breeding combines high vitamin C, larger fruit, firmness, and juice yield in a more productive acerola variety.

Removing stamens from African violet flowers reduces thrips and Botrytis damage while preserving appearance and lowering chemical use.

A Fusarium-wilt-resistant lettuce variety maintains stable growth and productivity under continuous cropping and unusual weather conditions.

A Prunus rootstock case showing how RVL-4 combines earlier bearing, later flowering, mildew resistance, and stable traits across environments.

Breeding celery TBG 52 balances early-season yield with bolting resistance and Fusarium tolerance for stable production and market quality.

Selective breeding combined yellow flowers, citrus fragrance, compact growth, and strong disease resistance in a freely reblooming shrub rose.

A new blueberry cultivar resolves chilling-hour limits by combining early ripening with large, consistent fruit for warmer growing regions.

Marker-based breeding combines yield, disease resistance, stress tolerance, and fatty acid traits while shortening soybean cultivar development.

Targeted locus conversion in BRQ010 helps breeders build disease-resistant, high-yield hybrids with more uniform performance.

Pre-characterized germplasm and phased crossing shorten soybean breeding while preserving yield, stress tolerance, and genetic stability.

Preselected trait stacking in soybean 5PCDA62 improves yield stability, disease resistance, and drought and heat adaptability.

Combining multiple disease-resistance and stress-tolerance traits, soybean 5PUSA68 improves yield stability across varied growing conditions.

Preselected germplasm and genetic engineering shorten soybean breeding while improving seed yield, disease resistance, and fatty acid traits.

Targeted breeding and transgene integration combine higher seed yield, stronger disease resistance, and altered fatty acid profiles in soybean cultivar 20250821.

Marker-guided breeding and genetic modification combine disease resistance, higher yield, and altered soybean fatty acid composition.

Controlled Muscadinia-Euvitis hybridization delivers large seedless berries with thin skin, juicy flesh, high yield, and rot resistance.

Preselected parental lines and phased crosses shorten soybean breeding while preserving stable yield, disease resistance, and fatty acid traits.

Controlled cross-breeding created a Clematis with larger purple flowers, two bloom seasons, and durable fluffy seed heads.

Breeding combines fresh-market fruit quality with mechanical harvest suitability while maintaining stable traits and broad disease resistance.

Combining fruit sweetness, firmness, plant vigor, and Fusarium wilt resistance, this strawberry variety is adapted to central California.