Angiosperms/Flowering Plants TRIZ Cases

Controlled breeding produced a compact Alstroemeria with sturdy stems, June to October flowering, and hardiness to −12°C for pots and gardens.

Crossing stabilized inbred lines helps hybrid maize combine disease resistance, yield, and trait diversity without losing uniformity across generations.

Combining resistance to Ff, ToMV, and ToBRFV, this hybrid tomato also delivers very small, dark red fruit with improved yield and quality.

Combines resistance to nematodes, fungi, and viruses with uniform ripening and firm small red fruit to support stable tomato yield and quality.

Controlled crossing, backcrossing, and transformation combine stress and disease resistance in hybrid maize while preserving uniformity and yield.

Stabilized inbred lines and cytoplasmic male sterility help X11T099 combine disease resistance, yield, and uniform hybrid performance.

Controlled crossing with cytoplasmic male sterility helps X10T088 combine disease, heat, and drought tolerance with uniform field traits.

Controlled crossing, backcrossing, and male-sterile lines stack stress and resistance traits while preserving uniform, stable maize hybrid performance.

Stabilized inbred crossing and trait introgression help maize X09T083 combine disease and stress resistance with yield and uniform plant characteristics.

A new Hosta cultivar combines feathered bluish-green and olive-green variegation with large arching mounds and pale lavender flowers for distinctive landscape use.

Cytoplasmic male sterility helps hybrid maize X16T121 prevent self-pollination while preserving uniformity, disease resistance, and yield.

Controlled breeding created a Pelargonium variety with stable orange-red flowers and medium leaf zonation that reproduces true to type.

Selective breeding delivers purple-green variegated heart-shaped foliage with compact, vigorous growth that stays stable in propagation.

Combining backcrossing, transformation, and stable inbred crosses, X09T080 improves disease resistance, yield stability, and crop uniformity.

Targeted breeding and genome editing improve Powdery Mildew resistance in yellow field pea cultivar 3997499 while supporting stable grain yield.

Combining multiple disease resistances in a Dutch long cucumber helps maintain uniform greenhouse performance, yield, and fruit quality.

Stabilized inbred crossing and backcross introgression help hybrid maize combine resistance, drought tolerance, and yield while preserving uniform traits.

A compact Hydrangea balances abundant globular flowering with sturdy stems, stable propagation, disease resistance, and cold hardiness.

Controlled bagging, emasculation, and stabilized inbred lines help hybrid corn maintain uniform traits, stability, and hybrid purity.

Male sterility and controlled crossing help cotton variety 11PADT76 preserve hybrid seed purity, restore vigor, and stabilize yield.

Selective breeding combines resistance to nematodes, ToMV, and Stemphylium with stable plant form and small firm orange fruit.

Backcrossing and transformation add disease resistance, stress tolerance, and yield traits to hybrid maize without losing uniformity or stability.

Selected parental crossing and staged seed production help alfalfa H0815T503 deliver resistant, adaptable lines with less breeding uncertainty.

A 250-chill-unit peach variety resolves delayed ripening in mild winter regions while delivering firm, sweet-acid fruit for fresh markets.

Controlled cross-pollination and vegetative cuttings create an Osteospermum variety with stable purple flowers and upright growth.

Selective breeding produced a culinary Salvia with larger uniform leaves, stronger flavor and fragrance, and better powdery mildew tolerance.

Selective breeding combines vigorous growth, dense heart-shaped foliage, and large fully open yellow-red Hibiscus flowers in a compact plant.

A crossbred strawberry variety combines high fruit hardness with deep-set achenes, a light red core, and balanced sweetness and acidity.

Preselected inbred lines help X11T095 combine disease resistance, yield, and uniform plant characteristics without unstable trait mixing.

Stepwise crossing and backcrossing help hybrid maize X10T089 combine disease resistance, yield, and stable uniformity for commercial production.

A selected Dracaena mutation combines golden yellow leaf margins, strong vigor, and stable resistance to foliage sun scorch for ornamental use.

A stable, high-yielding field pea line supports crossing, backcrossing, and gene editing to combine resistance, agronomic quality, and nutrition.

By combining targeted trait introgression with stable hybrid breeding, X17T131 improves disease resistance, drought tolerance, yield, and harvest uniformity.

Staged crossing and preselected parental lines combine yield, disease resistance, and fatty acid traits while managing soybean breeding time.

Backcrossing and transformation add disease, insect, heat, and drought resistance to X72T000 while preserving uniform growth and yield.

Selective breeding in soybean variety 5PGAU31 combines multi-disease resistance with drought and heat tolerance to support stable high yields.

Bred for easy rooting, vigorous growth, and resistance to black spot and powdery mildew, this floribunda rose also keeps stable semi-double blooms.

Male sterility and heritable trait integration in corn variety CV850339 support controlled pollination and more predictable hybrid performance.

Combining genetic transformation with traditional breeding adds resistance traits while preserving wheat cultivar morphology, yield, and agronomic quality.

Strong stems and a compact growth habit help this Hydrangea cultivar reduce flopping and improve ornamental landscape use.

A novel inbred corn line enables hybrid breeding that combines high yield with stable pest, disease, and water-stress tolerance.

Genetic transformation and breeding combine yield, pest resistance, and drought-heat tolerance in wheat cultivar 01095158.

Marker-assisted breeding of wheat variety 6PNKF96B improves yield, disease resistance, stability, and nutritional quality.

A homozygous, stable wheat line supports backcrossing and trait conversion to combine yield, stress resistance, and grain quality.

A soybean breeding case showing how 5PDDB65 combines disease and stress resistance to deliver more stable yields across varied growing conditions.

Pre-stabilized maize inbred 1PLFT32 combines disease resistance, drought tolerance, and male sterility to shorten hybrid breeding time.

A new hybrid pumpkin breeding approach improves yield, fruit quality, and agronomic stability while enabling disease resistance and nutritional traits.

Selective hybridization resolves the early-ripening versus fruit size and flavor trade-off in a plum with large black-skinned fruit and firm red flesh.

Selective breeding in CBG-23-01 advances blueberry ripening while preserving large, firm, sweet fruit and moderate disease resistance.

Preselected germplasm and integrated trait breeding help soybean 5PGVY22 combine disease resistance, stress tolerance, and yield stability.