Angiosperms/Flowering Plants TRIZ Cases

Controlled crossing and asexual propagation balance high yield, stable reproduction, and vivid red, medium-firm fruit.

Controlled breeding and asexual propagation preserve KORpanimar’s distinctive blossoms, foliage, and disease resistance.

Preselected resistance traits and segmented breeding support 5PSDW72, targeting multiple diseases, drought, heat, and stable yields.

This maize hybrid uses stabilized inbred lines, crossing, and cytoplasmic male sterility to combine traits with uniformity.

Ficus ‘ESFIMO’ combines compact growth with stable, distinctive variegated foliage.

Selective breeding produced Georgia-Val/HO, combining moderate TSWV resistance, high yield, and high-oleic peanut quality.

5PGBU05 combines disease resistance, stress tolerance, and stable yield.

This soybean variety combines disease, drought, and heat resistance with stable yield to streamline multi-trait breeding.

This breeding case addresses long soybean development cycles with 5PGNH57, combining disease resistance, stress tolerance, and stable yield.

This soybean breeding case uses characterized parental traits to combine disease resistance, drought and heat tolerance for stable yields.

Selective crossing and marker-guided selection develop 5PNUZ74 for stable yields despite multiple diseases and environmental stresses.

5PQVP10 combines disease resistance and stress tolerance for stable soybean yields.

This case shows how 45-IC3284 RZ combines lettuce resistance to downy mildew, aphids, viruses, and Fusarium.

This case uses stable, uniform SAKIMP074 as a breeding base for targeted traits through crossing, backcrossing, or gene editing.

This case combines hybridization, gene editing, and marker selection to develop uniform, stable, disease- and pest-resistant potatoes.

Meristem propagation supports vigorous growth and consistent flowering in ‘Sister Sunshine’.

6PCMV73B combines wheat yield, disease resistance, and stress tolerance.

This Agastache cultivar combines dense compact growth with vegetative propagation for stable traits across garden temperatures.

This case shows how NS17CA1693 combines marker-assisted breeding with genetic engineering for predictable triticale traits.

This case shows how homozygous inbred lines and controlled pollination improve hybrid uniformity, yield, and pest resistance.

A planned soybean breeding program combines yield, disease resistance, and oil stability.

This case shows how asexually propagated Hydrangea ‘3792resgea’ preserves dark pink blooms, strong stems, and compact growth.

Genetic transformation and backcrossing create soybean 01094840 with multi-herbicide resistance, disease tolerance, and improved yield.

CH010385 combines stable inbred lines, controlled pollination, and male sterility factors for uniform hybrid performance.

Controlled cross-pollination yields a compact, mounding Scaevola with striped flowers and extended flowering.

This case combines multileaf red lettuce morphology, yield traits, and resistance to Downy Mildew and Nasonovia ribisnigri Biotype Nr:0.

This case shows how controlled breeding balances rapid growth, compact form, durable color, and garden tolerance in Petunia.

This case combines breeding and transgenic traits to improve soybean yield, resistance, and fatty acid composition.

Highly homozygous parental lines and controlled cross-pollination support uniform corn hybrids with pest and disease resistance.

Soybean variety 01098164 uses precise genome editing and marker-assisted breeding to combine herbicide, disease, and yield traits.

Repeated selfing and targeted crossing produce uniform SVTE8833 plants while incorporating disease, pest, and herbicide resistance.

FRT and Cre/Lox systems support precise trait integration with marker-assisted selection and backcrossing in soybean breeding.

Selective breeding and genetic traits help Eztreme and Nighthawk lettuce maintain high yield while resisting key diseases and pests.

This case uses marker-assisted selection and targeted genetics to combine wheat traits while preserving uniformity and stability.

Cultivar 07150517 uses staged crossing and trait characterization to combine yield, disease resistance, and fatty acid profiles.

This case combines self-pollination, selection, and controlled crossing to preserve uniformity while combining desirable pepper traits.

This case shows how 20R733B3XF crosses and trait conversions support stable cotton varieties with more predictable breeding outcomes.

This case uses EC-120 as an intermediary donor to transfer stable Fusarium resistance into MD-2-quality pineapple lines.

Structured crossing and backcrossing develop X00R812 with disease and insect resistance, improved yield, and stable plant uniformity.

This case uses cultivar 05270205, parental selection, and genetic transformation to accelerate multi-trait soybean breeding.

This case shows how self-pollinated inbred lines and controlled crossing improve uniformity and stability in CH010400 hybrid corn.

This case shows how male sterility and controlled cross-pollination balance genetic diversity with stable, uniform CH010433 hybrids.

This case shows how 79-ML8166 RZ combines downy mildew and aphid resistance with reduced discoloration and late bolting.

This case uses staged breeding and male sterility to combine resistance and yield traits while maintaining uniform X13V194 maize plants.

CH010411 uses standardized parental lines and controlled crosses to improve hybrid uniformity while incorporating resistance traits.

A seedless grapevine cultivar combines crisp muscat berries with mid-season ripening.

This case uses male sterility and staged self- or cross-pollination to preserve hybrid purity, stability, and genetic diversity.

This grapevine case combines cold hardiness with crunchy, thick-skinned, seedless berries through hybrid breeding and cloning.

SVSA4153 uses standardized inbred parent lines to balance genetic diversity with uniform hybrid traits, yield, and resistance.

Controlled inbred-line crosses and backcrossing combine disease resistance and yield traits while preserving uniform plant characteristics.

Segmenting the breeding program into distinct phases reduces cycle duration while maintaining agronomic stability for soybean cultivar 10320519.

Hydrangea macrophylla Dove cultivar eliminates staking needs through strong stems while maintaining consistent white sepal color.

Helleborus Hollowtop Mountain cultivar features medium green leaflets with light grey centers and dark red petioles.

Controlled cross between PS-2899 and PS-5899 yields medium-small uniform fruit with strong vigor.

CH101594 hybrid corn uses cytoplasmic male sterility and restorer genes to eliminate self-pollination, enabling efficient controlled cross-pollination.

Pink Joy Cordyline cultivar exhibits stable pink and green variegated foliage through asexual reproduction.

Breeding method stabilizes compact plant habit and large flower size while maintaining genetic consistency across generations.

Heuchera cultivar Carnival Peach Parfait displays greyed rosy-peach foliage with silvery overlay through controlled cross-pollination.

Selective breeding converts powdery mildew sensitivity into inherent resistance, stabilizing horticultural traits across environments.

Aloe cultivar EC-ALAC-2003 features raised yellow-green ridges and serrate margins maintained through tissue culture propagation.

Troubadour Phalaenopsis cultivar uses tissue culture to produce uniform clones with unique flower traits.

Breeding Lagerstroemia Lava Java introduces Cercospora leaf spot resistance while maintaining hardiness to USDA zone 6.

Soybean cultivar 82371519 integrates herbicide and disease resistance traits through targeted crossing and mutagenesis.

Le Chique calla lily cultivar produces dark pink spathes with high inflorescence counts per tuber.

Developed via selective breeding, this rose cultivar combines unique flower aesthetics with improved resistance to powdery mildew and rust.

Breeding for parameter changes yields fully double blooms and autumn reblooming, resolving the trade-off between flower form and seasonal adaptability.

Fipetpurheart Petunia cultivar produces large purple flowers with upright growth through controlled cross-pollination.

A new Kalanchoe cultivar Fuji-San exhibits a compact, upright plant habit with freely branching stems and bright yellow flowers.

Controlled cross-pollination develops Argyranthemum Bonmadcivy with compact growth and distinct ivory flowers, resolving breeding complexity.

K128b Pongamia cultivar delivers 38.5 percent seed oil via IBA treated cuttings, resolving variable production and pest susceptibility.

Somatic cell embryogenesis propagates Brunello Phalaenopsis clones uniformly, resolving trade-offs between propagation economy and genetic consistency.

X95P934 hybrid maize maintains trait expression stability across environments by segmenting breeding phases with molecular marker-assisted selection.

Controlled cross-pollination between Egbert Center and Kelleris 14 yields extreme cold hardiness to minus 40 degrees Celsius.

LOBZ0015 Lobelia cultivar combines deep blue flowers with a mounding to semi-trailing growth habit through systematic selection.

BCLT-08.001 Liatris resolves drooping inflorescences and fungal black spotting through parameter changes in leaf morphology and stem rigidity.

Tissue culture propagates Phalaenopsis 'Freestyler' orchids to produce uniform offspring with unique flower colors.

Cherry mango variety maintains compact size while delivering heavy consistent crops and excellent disease tolerance.

Segmenting the breeding process into distinct stages enables Pelargonium KLEPZ18546 to achieve unique floral traits while managing propagation complexity.

Soybean variety 01064633 combines herbicide and disease resistance using marker-assisted selection to accelerate breeding timelines.

Hybrid maize variety X05P327 combines inbred lines to deliver enhanced disease resistance and improved yield.

Hybridizing parent plants creates Anthurium Anthzupap with distinct orange-red spathes, retaining traits via tissue culture propagation.

CV643702 corn variety uses male sterility factors to control pollination and ensure genetic uniformity.

Rosa hybrida cultivar 98-0036 exhibits upright growth and creamy white flowers with stable true-to-type reproduction.

Controlled breeding of inbred lines enables seed propagation of NEXTARA hybrids, resolving limited ornamental diversity in existing Guzmania cultivars.

Selective breeding of Sutera cordata produces the DANCOP103 cultivar with a compact mounded form and abundant early flowering for ornamental applications.

Soybean variety 5PLDE25 achieves stable high yield and stress resistance by applying preliminary action and segmentation to reduce development time.

Controlled breeding of Rosa hybrida cultivar BAIsme merges disease resistance traits with flower quality to overcome winter hardiness limitations.

Wheat variety 6PUCY79B applies molecular markers and mechanics substitution to accelerate trait combination while reducing breeding steps.

TAN04999 rose plant overcomes black spot and powdery mildew susceptibility through hybridization of TANotax and Royal Bassino parents.

KORpauvio rose cultivar combines medium pink flowers with uniform growth through controlled hybridization.

Breeding program selects for cold hardiness and color retention in sterile Clematis Zocoro to resolve aesthetic versus reliability trade-offs.

Monterey strawberry cultivar merges Albion genetics with advanced selection traits to resolve yield and disease resistance trade-offs in day-neutral production.

Alfalfa variety 412W201 resolves the contradiction between forage yield and disease resistance by applying segmentation to optimize traits independently.

SANTA MARIA pinto bean variety resolves supply consistency contradictions by ensuring crop stability and machine harvest adaptability.

KLEGH12013 Gentiana variety exhibits compact plant habit with short internodes and medium sized light blue flowers.

Firefly Lysimachia cultivar develops distinct dark green and burgundy foliage to resolve the lack of unique accent plant characteristics in shade landscapes.

Controlled cross-pollination merges Pink Lace mildew resistance with Grande Parade vigor to resolve the trade-off between disease tolerance and growth habit.