Angiosperms/Flowering Plants TRIZ Cases

CH011161 hybrid corn resolves genetic stability versus trait diversity by segmenting inbred lines and using intermediary crosses for new modifications.

GSV967288 sorghum employs cytoplasmic male sterility to prevent self-pollination and ensure genetic purity during hybrid seed production.

Cultivar 12310740 accelerates development cycles by applying preliminary action and feedback mechanisms to combine disease resistance with yield.

Breeding 'Poulpah024' resolves contradictions between commercial cultivation suitability and flower uniformity, ensuring stable production.

LA17-120 sweetpotato resolves yield trade-offs by delivering nematode resistance and ornamental value through composite genetic merging.

CV764443 corn variety resolves the trade-off between genetic diversity and uniformity by applying segmentation and preliminary action principles.

Allium Medusa combines glaucous foliage with drought tolerance via parent selection.

Antong Two hibiscus cultivar features compact upright growth and dark green foliage with small white flowers.

Sweet Pekeetah plum variety maintains firmness and sensory quality through controlled hybridization.

Segmented inbred lines resolve the contradiction between development time and genetic stability, accelerating hybrid creation.

Open-pollinated crossbreeding merges winter hardiness with extended mid-summer flowering duration and unique foliage color.

TAUPO BLAZE Libertia cultivar delivers burnt-red winter foliage, addressing the lack of seasonal color in existing varieties.

TNVERA resolves the contradiction between compact stature and large inflorescences through parameter changes in genetic propagation.

Soybean cultivar YB46M13 uses Agrobacterium transformation to introduce transgenic traits.

Breeding selects for double flower morphology and mounded growth habit to resolve insufficient size and branching in existing Impatiens lines.

Genetic markers mediate trait combination in cultivar 01083059, reducing breeding complexity while maintaining high seed yield.

Lecciana olive cultivar reduces pruning requirements and mechanical damage during harvesting through compact growth and improved tissue strength.

A distinct Alternanthera cultivar exhibits upright spreading growth and dense branching with variegated leaf colors.

Controlled cross-pollination of Agave tuberosa selections creates the NCYU Cherry cultivar with upright habit and improved cut flower longevity.

Raphiolepis hybrid Wilcor inherits enhanced resistance to Entomosporium leaf spot and increased cold hardiness from parent cultivar Georgia Charm.

G.222 apple rootstock hybrid combines dwarfing traits with disease resistance for high yield efficiency.

Controlled cross-pollination of The Fairy parent plant creates the Meijeunom shrub rose, which combines disease resistance with a spreading ground cover habit.

A Lobularia cultivar exhibits a compact rounded mounding growth habit and small white flowers with lilac colored sepals.

Patsnap Eureka TRIZ analysis shows how preliminary action on inbred lines accelerates development of stable, high-yielding hybrids.

A Sweet Spot hybrid cantaloupe plant combines high yield with disease resistance through targeted genetic modifications.

Asexual reproduction propagates Phlox cultivar Watermelon Punch with salmon-pink petals and compact growth habit.

Stabilizing a natural branch mutation to achieve unique bi-colored flower patterns and vigorous branching in Verbena.

Tecoma SMNTSC cultivar resolves dull flower limitations by combining parameter changes with asexual reproduction to stabilize vibrant color and size traits.

Enlist E3 transgenic soybean varieties resolve breeding complexity by introducing targeted genetic modifications for disease and pest resistance.

GL2876 soybean cultivar achieves stable disease resistance and yield by applying preliminary action to accelerate the breeding cycle.

Molecular marker selection replaces phenotypic screening in hybrid pepper E20S0158 breeding, reducing cycle duration while maintaining disease resistance.

Crossing Pelargonium species yields uniform plant habit and vigorous branching, resolving limited vigor in existing interspecific Geranium cultivars.

Hybridizing proprietary Spathiphyllum plants yields the Sweet Roberta cultivar with larger overall size, darker foliage, and continuous flowering.

Segmented breeding creates compact upright growth habit while converting disease susceptibility into improved powdery mildew resistance.

FL04-235 southern highbush blueberry cultivar reduces chilling requirement to 100 hours for early ripening and disease resistance.

Breeding selects for shortened internodes and reduced leaf size to maintain a mounded habit while expanding inflorescence volume.

Controlled hybridization of seedling parents produces the Rosa plant Poulcas056, resolving contradictions between disease resistance and flower uniformity.

Multi-stem architecture increases flower coverage to 600 blooms while maintaining compact plant size through segmentation and local quality principles.

Pacneamex pelargonium cultivar produces stable bi-colored magenta and white flowers.

X13M668 maize hybrid combines inbred lines to deliver disease resistance and yield while maintaining uniformity for mechanical harvesting.

Breeding selects parental lines for specific traits while vegetative propagation maintains genetic stability of the selected phenotype.

Oreana barley combines high yield, low lodging, and disease tolerance via systematic crossing to resolve breeding complexity.

Phalaenopsis cultivar PHALGONDAL produces white flowers on sturdy peduncles via meristem tissue culture.

Vaccinium cultivar DW18-04 exhibits upright growth and firm fruit characteristics through asexual propagation.

Dolanhagol 23 Lantana cultivar resolves trade-offs between vigorous growth and dense branching through selective breeding for stable, continuous flowering.

Cross-pollinating Marietta Gold with Golden Star yields stable Fisbimex traits, resolving genetic variation risks while maintaining distinct flower size.