Angiosperms/Flowering Plants TRIZ Cases

Homozygous inbred SG348 ensures predictable hybrid performance by resolving the trade-off between genetic diversity and reliability.

Cytoplasmic male sterility prevents self-pollination in hybrid corn variety CH276806, eliminating manual emasculation and boosting seed production efficiency.

Soybean cultivar 95430820 accelerates breeding cycles by applying preliminary action and segmentation to combine desirable traits efficiently.

USCAL68604 Calibrachoa resolves uniform habit contradictions through selective breeding for consistent branching patterns and early flowering rates.

Controlled cross-pollination merges compact growth and large flower abundance while maintaining genetic stability through softwood stem cuttings.

Cultivar BB14-112PT-2 eliminates chill-hour requirements for budbreak, enabling tropical cultivation with extended fruiting periods.

SEIKA Nandina cultivar features dense growth and unique deep red young foliage retained during active growth.

JACibego rose cultivar exhibits vigorous upright growth with long stems suitable for cutting.

PP-1 perennial peanut establishes superior turf quality and disease resistance by selecting stable genetic traits via asexual reproduction.

Hydrangea cultivar SCHROLL66-11-01 exhibits compact growth and strong stems through selective breeding.

New Salvia cultivar Balyricsil exhibits deep violet-blue bicolored flowers and a mounded growth habit through controlled cross-pollination.

SMNGDUO resolves the trade-off between upright structure and flower size by combining compact form with continuous mid-to-late summer blooming.

Selective breeding of Alstroemeria hybrids achieves compact plant size and vigorous growth for container gardens without delaying flowering time.

Vegetative division of Indian Warrior parent ensures uniform height and scarlet fall color, resolving propagation complexity.

Interspecific hybridization merges NC-177 and NC-229B traits to resolve the contradiction between flower color consistency and growth habit variation.

Selective breeding stabilizes unique flower color and plant form traits across varying environmental conditions.

Controlled breeding of the Seiro Hypericum cultivar produces large, bright red fruit to resolve limited commercial appeal from existing generic varieties.

Soybean variety 01094816 achieves broad disease resistance via preliminary parental screening and feedback selection loops.

Breeding Salvia jamensis to achieve larger flower size and increased production while maintaining a compact plant structure.

UC Keystone strawberry cultivar combines Fusarium wilt resistance with day-neutral flowering through composite breeding.

Open pollination generates genetic diversity while stem cuttings stabilize the phenotype, resolving the trade-off between adaptability and uniformity.

Controlled breeding merges disease resistance with striped red to burgundy blossoms, resolving the lack of combined ornamental traits in existing varieties.

A shrub rose variety with coral pink blooms, bushy growth, and disease-resistant foliage.

Butterfly Kisses Echinacea cultivar features dwarf compact habit and well-branched strong stems.

KLEPZ11229 pelargonium ensures stable distinctive traits across six to eight propagation generations using preliminary selection and copying principles.

Selective breeding of Hydrangea macrophylla H218914 resolves contradictions between vigorous branching, large inflorescences, and postproduction longevity.

Breeding program applies parameter changes to increase flower color intensity while managing genetic diversity constraints.

Cross-breeding selects for compact growth and prolonged blooming, resolving the trade-off between breeding time and flower diversity.

Segmenting breeding phases maintains plant characteristic uniformity while introducing disease resistance and drought tolerance traits.

Soybean cultivar 2564967 applies CRISPR and TALENs to introduce disease resistance, reducing breeding time compared to traditional crossing methods.

Meirysett rose plant merges traits from three parent varieties to achieve unique flower coloration and disease tolerance for ornamental use.

Ajuga reptans cultivar ASAAJ3 displays striking green and white variegated foliage with dark green edges in a compact groundcover habit.

Ceropegia Remy cultivar produces solid green foliage via spontaneous branch mutation, resolving the trade-off between variegation and slow growth.

Hybridization of proprietary lines achieves distinct flower color and heat tolerance while managing breeding complexity through parameter changes.

Wheat variety 6PZNF07B uses locus conversion to combine desirable traits while maintaining uniformity across generations.

Ridley 4609 blueberry cultivar resolves yield versus flavor trade-offs by merging upright growth habits and medium vigor traits from parent varieties.

Poultc011 shrub rose resolves the contradiction between compact growth height and flower abundance through controlled hybridization.

LAAZ0001 Lavandula resolves the trade-off between early flowering onset and extended duration by maintaining continuous blooms from spring through autumn.

PremP027 pear tree combines Max Red Bartlett and Snowflake parents through controlled crossing to produce distinct fruit traits.

Panama Red hibiscus cultivar thrives in hot humid environments through genetic selection for heat tolerance and stable foliage color.

Selective breeding modifies growth parameters to achieve a dense, semi-upright habit and bright yellow flowers in the Portulaca 'DPORPZNYLW' cultivar.

Cotton variety 19R314B3TXF applies genetic transformation to resolve breeding unpredictability and reduce research costs.

Controlled breeding merges parent traits to create a MEIDEVI rose with cream double flowers and disease tolerance.

Cross-pollinating Verbena rigida parents yields the WNVECPPK cultivar, which maintains compact plant habit while achieving high temperature tolerance.

Immortalized soybean cell line preserves hybrid genetics, eliminating unpredictable F2 segregation and reducing breeding development time.