Angiosperms/Flowering Plants TRIZ Cases

By combining high yield, disease resistance, and a high-oleic fatty acid profile, this soybean case improves crop value without complex processing.

Preselected parental lines and staged crossing help combine yield, disease resistance, and fatty acid traits in soybean cultivar 21130721.

This case shows how soybean cultivar 3616793 combines stable yield with soybean cyst nematode resistance and ultra-low oligosaccharides.

Trait stacking in soybean cultivar 24310512 combines higher seed yield, stronger disease resistance, and altered fatty acid composition.

Asexually propagated Ulmus crassifolia maintains red emerging foliage, greyed-purple new growth, and a narrow upright canopy.

Multiple resistance traits are merged into one hybrid tomato cultivar to withstand nematodes, fungi, and viruses while supporting stable growth and ripening.

A maize inbred line is used as a stable parent to build hybrids with broader Corn Belt adaptation, stronger stress resistance, and better yield.

A graft-propagated live oak cultivar fixes cold hardiness, a tight upright canopy, and large glossy dark green leaves with stable traits.

A compact dwarf Ilex cultivar maintains a rounded 3-4 foot form while delivering abundant fall-to-winter berry set with stable propagation.

A staged breeding approach uses maize inbred line BDAX4707 to balance homozygosity with vigor for uniform hybrid seed and stronger agronomic traits.

Preselected parent lines and staged selection combine yield, disease resistance, and fatty acid targets while reducing breeding delay.

Developed for West Central Florida, this strawberry variety combines early flowering, large berries, high marketable yield, and stable fruit quality.

A staged breeding program for maize ADAA3605 balances homozygosity with vigor to deliver uniform hybrid seed, yield, and stress resistance.

Male sterility and controlled cross-pollination help CV911158 produce uniform corn hybrids with more predictable yield and stress resistance.

Open cross pollination and stem cuttings create a Dianthus variety with stable pink maculated flowers and an upright, round plant form.

Marker-guided soybean breeding combines yield, disease resistance, and altered fatty acid profiles while reducing breeding time.

Early locus conversion and breeding combine herbicide tolerance, Phytophthora tolerance, and nutritional quality in soybean 01098245.

A hybrid breeding approach combines crossing, selection, and CRISPR tools to improve tomatillo yield, fruit quality, and trait stability.

Built from modified pedigree breeding, this case shows how soybean 5096833 combines stable yield, protein content, and pest resistance.

Targeted breeding and CRISPR editing shorten soybean development while preserving cultivar stability, yield, protein content, and nematode resistance.

Triploid and tetraploid breeding balances seedless fruit uniformity with Fusarium Race 1 resistance and stable open-field performance.

Backcrossing and marker-assisted selection combine yield, disease tolerance, and herbicide resistance in soybean variety 01106154.

Marker-assisted selection and preselected parent lines shorten soybean breeding while preserving genetic stability and combining yield and resistance traits.

Asexually propagated Murdannia preserves white and dark green variegation with compact growth, improving ornamental consistency.

Backcrossing and marker-assisted selection combine herbicide tolerance, Phytophthora resistance, and stable yield traits in soybean breeding.

A sorghum inbred line combines disease and insect resistance, drought tolerance, and higher yield through backcrossing and transformation.

Preselected parental traits and transgenic introgression help this soybean line combine higher yield, disease resistance, and altered fatty acids.

Marker-guided soybean breeding combines yield, disease resistance, and fatty acid traits while shortening cultivar development time.

A new sorghum inbred line combines disease and insect resistance with drought tolerance to improve yield stability across environments.

Combines herbicide resistance, Phytophthora tolerance, and improved nutritional quality to support stable soybean yield across varied conditions.

A new Chionanthus retusus cultivar combines fast growth, prolific white flowering, and softwood propagation with stable trait reproduction.

A new sorghum inbred line combines drought tolerance, pest and disease resistance, yield, and harvest uniformity through targeted breeding.

Repeated asexual propagation by stem cuttings stabilizes LUUK's variegated foliage and vigor while limiting reversion to the parent type.

Marker-assisted crossing stacks herbicide resistance, Phytophthora tolerance, yield, and nutritional quality in soybean variety 01106525.

Staged crossing and preselected parental lines help combine yield, disease resistance, and fatty acid traits with stable soybean breeding.

A selected Cornus florida cultivar combines red-pink bracts, rapid growth, strong branching, and powdery mildew resistance for landscaping.

A primocane raspberry variety delivers two crops per season, large sweet fruit, high yield, and disease and pest resistance for fresh market use.

A mutation-derived Dianthus variety combines dark red and white bicolored flowers with upright growth and shorter flower stems for distinct horticultural use.

Asexually propagated xAristeria 'OVROCKS13' preserves compact rosette foliage, transverse protuberance rows, and stable ornamental traits.

Genome editing and marker-guided breeding combine yield, herbicide resistance, disease tolerance, and nutritional quality in one soybean variety.

A mutant Calycanthus cultivar combines dark purple leaves on both surfaces with improved cutting propagation through stable asexual reproduction.

A chip-budded Cornus cultivar maintains red-bronze fall foliage, red flower bracts, and a sturdy trunk with stable disease resistance.

Preselected inbred lines and trait integration improve hybrid corn uniformity while supporting yield, disease resistance, and drought tolerance.

Controlled crossing, backcrossing, and transformation stack resistance and yield traits while preserving uniform, stable maize for mechanical harvesting.

A compact Rudbeckia cultivar combines bi-colored ray florets with fast flowering, while tissue culture keeps these traits stable in propagation.

A spontaneous Philodendron mutation maintains compact growth and distinct white-green foliage patterns through repeated asexual propagation.

By combining multiple resistance traits in one soybean line, 5PNUA05 improves disease tolerance and supports stable, high-yield performance.

Controlled breeding stabilizes compact rosette foliage, color gradients, and prominent protuberances across environments.

Backcrossing and transformation help this sorghum inbred combine resistance, heat and drought tolerance, and stable hybrid yield.

Selective breeding produced an interspecific tree with red flesh, balanced flavor, regular bearing, and fruit suited for storage and shipping.

This case shows how stabilized inbred lines and controlled pollination improve uniformity and predictability in corn hybrids.

Selected and propagated by basal suckers, HANSOTI56 combines stable variegation, compact growth, and reduced leaf breakage.

This case uses transgenes, locus conversion, and marker-assisted breeding to stabilize soybean traits and shorten cultivar development.

This case shows how stabilized homozygous parent lines and controlled crossing combine yield, resistance, and uniformity in corn.

This case shows how staged crossing and selection combine yield, pest and disease resistance, and uniformity in hybrid corn CH010429.

This case combines breeding, backcrossing, and locus conversions to balance disease resistance, stress tolerance, and seed yield.

This case develops a compact, vigorous miniature rose with consistent striped blooms and resistance to multiple diseases.

PH4C5Z uses inbred-line crossing, backcross conversion, and transformation to combine traits for stable hybrid seed production.

This case uses self-pollinated soybean variety 5PSTN09, backcrossing, and evaluation to maintain traits while shortening development.

This case develops X13V216 through staged inbred breeding to combine resistance, yield, and stable plant characteristics.

Staged crosses, backcrossing, and transformation help X85R250 combine resistance, heat tolerance, uniformity, and yield.

Controlled hybridization produces a true-to-type miniature rose with uniform red flowers, compact vigorous growth, and disease resistance.

This case shows how breeding and marker-assisted selection combine resistance, nutritional quality, and stable soybean yield.

Miniature rose breeding delivers uniform pink blooms, compact growth, and fungal disease resistance.

See how CV873257 combines homozygous parental lines and pollination isolation to preserve hybrid uniformity and desired traits.

This rice breeding case combines high amylose and blast resistance for non-sticky grain suited to southern U.S. and Latin American markets.

This case uses self-pollination, selection, and crossing to develop predictable CV558666 hybrids with stable agronomic traits.

Poulty036 delivers uniform ivory blooms, compact growth, and disease resistance.

Vegetative propagation keeps HILLMAH’s distinctive blooms, foliage, and berries stable.

This Diervilla cultivar addresses the lack of compact dark-leaved varieties with a dense, freely branching form and numerous flowers.

This case develops Black Dream Select with dark purple-red to brown-black flowers, July–August blooming, and stable asexual reproduction.

This case combines three disease resistances in a uniform pickling cucumber suited to open-field commercial production.

Lettuce variety 79-IN5053 RZ combines multi-disease resistance with reduced wound discoloration to support shelf life.

Taurus rice breeding balances stable yield, lodging resistance, and blast resistance.

This case presents NUN 71560 MEM, a Honey Dew melon variety combining Fusarium, powdery mildew, and aphid resistance with fruit quality.

G22090 combines star-patterned Dianthus flowers, reblooming, and pathogen tolerance.

This case shows how self-pollination fixes CARZ0002 flower and plant traits before cloning, preserving stability across generations.

Wheat cultivar 01092989 uses selected parental lines, tissue culture, and controlled crosses to combine key agronomic traits.

2PQCS69A combines disease resistance, drought tolerance, and yield in sorghum breeding.

This lettuce case combines resistance to key pathogens and pests with tissue culture methods for uniform greenhouse production.

This case shows how H2530 combines resistance to major pathogens with thick viscosity, color, yield, and hot-climate adaptability.

Soybean variety 5PSLZ41 combines stability and high yield by applying preliminary action, copying, and feedback principles to reduce breeding time.

Emerald Campanula cultivar combines open-pollination diversity with softwood cutting propagation to maintain distinct light purple flowers.

Kocosmo carnation resolves contradictions between plant uniformity and variety availability while improving branching capacity and flower longevity.

Cultivar LOCPI03-0 Lobelia erinus develops large light purple flowers with a white throat on compact, well-branched plants.

Sanifminiho Fuchsia cultivar maintains compact upright growth while resisting temperature extremes through localized quality differentiation.

Soybean variety 01091697 uses single locus conversions to introduce transgenic traits, bypassing lengthy conventional breeding cycles.

Applying segmentation and preliminary action, soybean cultivar 4826008 resolves the contradiction between rapid trait development and genetic stability.

Cross-breeding Nemesia caerulea and strumosa creates the Kirine-9 cultivar, which maintains garden performance while tolerating high temperatures.

Molecular marker-assisted selection reduces breeding cycle time while maintaining trait combination reliability in cultivar 17101336.

Eliminating vernalization requirements and sequential growth shortens cultivation periods while reducing labor costs.

A new Calibrachoa cultivar exhibits vigorous branching and large purple flowers through controlled cross-pollination.

Segmenting breeding stages resolves the contradiction between genetic diversity and uniformity, producing stable NUN 53031 CUP progeny with optimized yield.

Breeding resolves flower color distinctiveness by applying parameter changes to shift from light blue to violet traits.

Poulpar128 miniature rose maintains compact 26 cm height while delivering above-average resistance to powdery mildew, downy mildew, rust, and black spot.

S00616BI canola line applies cytoplasmic male sterility and molecular markers to reduce breeding time while maintaining low erucic acid levels.

STARLAM cherry tree variety applies parameter changes to resolve Mediterranean climate contradictions, ensuring longer shelf life and consistent quality.

Soybean variety 01052029 integrates transgenic genes for herbicide resistance through controlled backcrossing.

Breeding programs segment parent traits to isolate a Styrax cultivar with strong fragrance and weeping habit, resolving trade-offs in aesthetic expression.

Selective breeding of Fragaria cultivar Verity resolves powdery mildew susceptibility and rain damage while maintaining high yield.

Open-pollination breeding and vegetative cuttings generate stable Mandevilla Sunpa 316 traits while reducing genetic diversity loss.

Rhododendron hybrida RLH1-3P3 combines compact upright growth with dense evergreen foliage through controlled cross-pollination.

A Hydrangea macrophylla cultivar exhibits green, white, and light purple sterile flowers through a natural mutation.

Controlled cross between proprietary varieties establishes unique pink and white star patterned flowers with yellow throats in KLECA16006.

Selective breeding of Pelargonium zonale resolves the contradiction between improved growth vigor and trait stability across varying environmental conditions.

Cha Cha Cherry Penstemon resolves the contradiction between compact shape and high flower density through controlled breeding for vigorous, upright growth.

Meristem tissue culture propagates the Phalaenopsis cultivar PHALGURZON, reproducing copper striped and netted flowers with red-purple lips.

A new Helenium cultivar exhibits a compact plant habit with bright red flowers featuring yellow tips.

Vegetative propagation of Rosa RUIRE0126A stabilizes unique horticultural traits while improving blackspot disease resistance.

Breeding Verbena hybrida cultivar RIKAV17805 combines genetic traits to increase branching frequency and powdery mildew tolerance.

Hybridization of specific seedlings creates stable confetti flower patterning without relying on existing market varieties.

Black Garabedian plum hybrid produces medium fruit with dark red color and excellent flavor through Santa Rosa and El Dorado crossbreeding.

SLHS06 maize inbred line applies male sterility and segmentation to reduce breeding time while maintaining trait stability.

Lincoln cherry rootstocks resolve crop load management issues by maintaining tree size similar to Gisela 6 while enabling high yields.

Systematic breeding stabilizes unique horticultural traits in Hydrangea LC NO22, resolving complexity trade-offs to deliver extended flowering periods.

Breeding program resolves contradiction between growth rate and plant shape to produce Buddleia SMNBAB with stable compactness.

ET LPN 709 lupine cultivar resolves the trade-off between plant compactness and flowering density by achieving daylength neutrality via asexual reproduction.

CV867308 corn variety produces uniform hybrid plants with stable genetic traits.

A new miniature rose variety exhibits true-to-type uniform orange flowers and compact growth through controlled asexual propagation.

Selective breeding stabilizes genetic traits to overcome limited distinctiveness in existing Lavandula stoechas varieties.

Cultivar 08110534 uses preliminary action and segmentation to reduce breeding time while maintaining disease resistance.

Hydrangea macrophylla cultivar BC9.2 combines compact growth habit with large inflorescences through controlled cross breeding.

Cross-pollination between red plum and apricot yields earlier maturation, sweeter flavor, and disease resistance.

Sansevieria Whitney cultivar features dark green foliage with pale green variegated margins and wide lanceolate leaves.

Segmented open pollination and asexual reproduction resolve development time trade-offs while maintaining unique foliage stability in Rock Candy Sedum.

Controlled hybridization of P. peltatum parents yields stable PEQZ0062 traits, resolving breeding duration constraints through asexual propagation.

Crossing inbred lines QAE02 and JLK02 creates hybrid corn 2453832 with increased yield and disease resistance, reducing chemical dependency.

A new rose variety Poulren021 exhibits continuous blooming, strong fragrance, and above-average disease resistance through controlled propagation.

Asexual propagation of a natural branch mutation yields the Thucavlo Thuja cultivar, resolving the trade-off between foliage density and compact plant habit.

Hybridizing parent selections creates a grapevine variety producing large oval berries with uniform red color and medium sugar content.

Zanmulpine chrysanthemum achieves double type inflorescence with white ray florets and five week blooming period by merging parental genetic traits.

Reverse color pattern mutation creates unique variegation while maintaining genetic stability through tissue culture propagation.

Duemagpin New Guinea Impatiens cultivar resolves vigor and flower size contradictions via controlled cross-pollination and selection.

Controlled cross-pollination creates Anouk Deluxe 1173 with sun-tolerant bracts, resolving environmental performance instability.

Hybridization resolves contradictions between powdery mildew resistance and prolonged flowering in Phlox Sunset Coral.

Little Echo Hydrangea cultivar features reblooming habit and adaptable pastel pink to medium blue flower colors.

Segmenting breeding stages resolves the contradiction between uniformity and yield, ensuring consistent high yields across Corn Belt conditions.

Soybean cultivar 29071102 combines glyphosate, dicamba, and glufosinate resistance with modified fatty acid composition through transgenic trait integration.

Stabilizing a natural mutation in SYEP0791 Poinsettia resolves the contradiction between early flowering time and trait consistency across generations.

Wheat variety 6PSRG14 employs molecular markers to resolve the contradiction between rapid trait development and genetic stability.

Sunvioda viola cultivar achieves stable reproduction of distinct yellow-orange flowers and compact growth via controlled cross-pollination.

Bailoptics cultivar exhibits compact growth habit and reddish-brown new stem color through asexual propagation by stem cuttings.

Cross-pollinating Belgo Red and Tirona Red yields Thera Red, which merges compact plant shape with unique dark red flower coloration for garden adaptability.

Controlled self-pollination of Agapanthus africanus Back in Black yields the Senna cultivar, which exhibits distinct peduncle height and color traits.

CRISPR-Cas9 editing of the StMYB93 gene in potato variety UNR-01 suppresses sprouting without chemical inhibitors.

Gala Perathoner apple cultivar exhibits intense striped red over-color covering 95 to 100 percent of the fruit surface with prominent lenticels.

Dixie Sun Echinacea resolves the contradiction between profuse inflorescence production and plant shape through interspecific hybridization.