Angiosperms/Flowering Plants TRIZ Cases

Pre-characterized parents and molecular selection help combine yield, stress resistance, herbicide tolerance, and fatty acid traits.

Combines soybean yield, disease resistance, and fatty acid traits through planned breeding.

This case develops Big Jack, a triploid watermelon with distinctive shape, firm red flesh, superior taste, and disease resistance.

This case shows how staged crossing and selection combine yield, disease resistance, and fatty-acid traits in soybean cultivar 22150935.

This case develops ‘16-TZ-14114’ through vegetative propagation for wide leaf texture, vigorous growth, and quick turf recovery.

This case uses genetic markers to stack soybean yield, disease resistance, and fatty acid traits while shortening breeding cycles.

This case shows how breeding and genetic integration combine yield, herbicide resistance, disease tolerance, and fatty acid composition.

This case addresses lengthy multi-trait breeding through planned parent lines, genetic selection, and tissue culture.

The 25-BO239 RZ broccoli variety uses compact plants and uniform small curds to ease mechanical harvesting and avoid manual processing.

Marker-assisted selection and backcrossing add herbicide and fungal resistance while preserving soybean morphology and physiology.

This case uses molecular markers and transgenic genes to develop soybean varieties with resistance, yield, and altered oil profiles.

Marker-assisted selection and site-specific recombination make soybean breeding predictable while introducing resistance and oil traits.

This case combines transgenes, controlled crosses, and marker-assisted selection to integrate resistance and oil-profile traits.

Marker-assisted selection integrates herbicide, disease, insect, and oil traits while reducing soybean breeding time and resources.

This soybean breeding case uses crossing, backcrossing, and DNA markers to add resistance and oil traits while preserving cultivar traits.

Breeding and molecular methods integrate yield, disease resistance, herbicide tolerance, and nutritional quality in soybean 01098337.

This case shows how planned breeding and in vitro meristem propagation preserve distinctive patterns while supporting true-to-type plants.

CV884850 uses male sterility and controlled cross-pollination to improve genetic uniformity and trait consistency in corn hybrids.

This cultivar combines a broad mounded habit and silver-white foliage with vigorous growth that avoids aggressive rhizome spread.

Breeding and transformation integrate disease, insect, herbicide, and stress traits while preserving uniformity for mechanical harvesting.

The cultivar addresses limited Hosta variety with leaf colors and floral bracts that mimic foliage; asexual propagation retains its traits.

This corn breeding case uses extended self-pollination, male sterility, and locus conversion to stabilize hybrid traits.

Controlled crosses of FIR-XM20-4542 and FIR-XM20-4543 target uniform tomato hybrids with disease resistance and consistent yield.

Rhizome division and tissue culture help preserve ‘Dragon Slayer’ Yucca traits across generations for gardens and pots.

Controlled crossing and backcrossing develop X13V230 with disease and insect resistance, higher yield, and stable uniformity.

This case shows how staged crossing and trait introgression support disease resistance, yield, and stable uniformity in maize.

This case combines complementary parent traits to produce Phlox ‘Dream Girl’ with sturdy stems, mildew resistance, and prolonged flowering.

This case shows how RT22L501 combines selfing, selection, and crossing to stabilize desirable rice traits with less breeding complexity.

Cultivar 01095258 combines breeding and genetic transformation for yield and resistance.

Controlled crossing, backcrossing, and cytoplasmic male sterility integrate maize traits while maintaining hybrid purity and uniformity.

This case shows how wheat cultivar 01095244 combines breeding and transgenic traits for yield, agronomic quality, and resistance.

This case shows how staged inbred-line breeding and controlled crossing combine resistance, yield, and uniform plant traits.

This Impatiens case combines parent traits through controlled breeding to stabilize large red flowers, branching, and sun resistance.

Marker-assisted backcrossing and stabilized inbred lines help X18V366 combine disease resistance, faster maturity, yield, and uniformity.

Genetic transformation and breeding integrate resistance traits into cultivar 01095185 while supporting higher yield and agronomic quality.

This case shows how breeding and selection develop soybean 01098202 with disease resistance, herbicide tolerance, and nutritional quality.

X08V906 combines disease resistance, yield, and uniform plant traits.

Staged inbred-line development and controlled crossing give X13V215 multi-trait resistance, yield, and uniform plant characteristics.

This hemp cultivar addresses male-plant fertilization and uneven maturation while producing high CBG with low THC.

Soybean cultivar 5625047 provides a stable parent for breeding high-yield lines with nematode resistance and high protein and oil content.

This white clover variety raises multi-leaflet frequency while preserving hardiness through stable, reproducible asexual propagation.

This case uses homozygous inbred lines and controlled crossing to improve uniformity and predictability in corn hybrid performance.

Vegetative cuttings maintain ‘ALTpinky’s compact growth and distinctive pink flowers with red halos across generations.

This case details controlled cross-breeding that combines very large fruit, early peak yield, and Fusarium wilt resistance.

Soybean variety 5PDQA65 combines disease resistance and drought, heat, and cold tolerance to simplify trait-focused breeding.

This maize breeding case uses staged crossing and fixed parent lines to combine disease resistance, yield, and uniform plant traits.

This case details ‘New Moon,’ an Allium hybrid with gray green foliage and light purple flowers reproduced by stable division.

This grapevine case combines cross-breeding and tissue culture to deliver crisp, green muscat berries with early July ripening.

Crossing, backcrossing, and selection combine yield, disease resistance, drought tolerance, and stable agronomic performance in 6PLHA90B.

Stable wheat variety 6PSWZ57B supports marker-assisted breeding for yield and resistance.