Angiosperms/Flowering Plants TRIZ Cases

Molecular markers speed precise trait stacking in wheat cultivar G18C2097, improving yield potential, adaptability, and leaf streak resistance.

Structured parent selection and multi-generation feedback help combine soybean yield, disease resistance, and fatty acid traits with less breeding delay.

Combining virus resistance, stress tolerance, and stable fruit traits, this hybrid tomato addresses yield and uniformity trade-offs.

Marker-assisted breeding improves field pea yield stability, disease resistance, and nutritional quality without unmanageable selection complexity.

Bred for central California, this everbearing raspberry maintains yield and fruit quality under high summer heat while supporting healthy growth.

Marker-assisted selection speeds soybean breeding while combining yield, disease resistance, and tailored fatty acid traits in one cultivar.

Phased soybean breeding with preselected parental lines improves yield and disease resistance while preserving cultivar stability.

Controlled cross-pollination and meristem propagation create a Phalaenopsis with stable striped big-lip flowers, strong stems, and consistent flowering.

A hybrid corn breeding strategy uses stabilized inbred lines and phased crossing to preserve trait uniformity while retaining genetic diversity.

Combining disease resistance, stress tolerance, yield, and uniform maturity in hybrid canola through controlled crosses and trait introgression.

A soybean breeding case showing how cultivar 24110539 combines higher yield, disease resistance, and tailored fatty acid traits.

Cytoplasmic male sterility and backcrossed parent lines improve hybrid corn uniformity while supporting stable yield, disease resistance, and drought tolerance.

Staged breeding and transgenic selection combine yield, disease resistance, and fatty acid traits while reducing soybean cultivar development time.

Breeding and genome editing combine yield, Phytophthora tolerance, herbicide resistance, and nutritional quality in soybean variety 01106187.

Cytoplasmic male sterility and restorer genes prevent self-pollination in hybrid corn while preserving uniformity, genetic purity, and seed yield.

Precise genome editing and breeding combine herbicide resistance, disease tolerance, and yield in soybean line 01098266.

A canola inbred line with low erucic acid and glucosinolate levels supports efficient trait introgression, disease resistance, and stable hybrid breeding.

Controlled cross-pollination plus tissue culture preserves semi-double yellow flowers and a long bloom period across generations.

Controlled breeding combines abundant uniform red flowers with compact container-friendly growth and strong resistance to common rose diseases.

Selected genetic traits keep this Philodendron’s lime green variegation and upright stems consistent across changing light, temperature, and irrigation.

Combining breeding with transgenic introgression helps soybean cultivar 94402428 unite yield, disease and herbicide resistance, and uniformity.

Selective breeding combines stable yield, Bremia resistance, and cold and tipburn tolerance in a greenhouse-suitable lettuce variety.

A new wild rocket line combines non-shattering pods, medium green leaves, and medium to late bolting for stable cultivation.

A new Eruca sativa variety resists downy mildew at the seedling stage, helping preserve leaf quality and harvest yield.

A bred wild rocket line combines intermediate fusarium resistance with medium leaf size and early flowering for stable cultivation use.

Controlled breeding produced a miniature rose with abundant mauve pink flowers, early blooming, long shelf-life, and compact container growth.

Selective breeding combines narrow to medium leaf width, strong leaf division, and tall flowering height into a stable cultivated rocket variety.

Selective breeding produced a miniature rose with uniform red blooms, compact container growth, and strong disease resistance.

Pre-screened parent selection and targeted trait introduction help shorten rice breeding cycles while preserving grain quality, stability, and resistance.

A new apple variety resolves weak red coloration and early ripening by delivering darker conical fruit with a 7-10 day later harvest window.

Preselected parental germplasm and planned crossing shorten soybean breeding while preserving stable yield, disease resistance, and fatty acid traits.

Pre-characterized parent lines and phased selection shorten soybean breeding while combining yield, disease resistance, and fatty acid traits.

Controlled cross-pollination produced a Mandevilla with compact spreading habit, early free flowering, large blooms, and strong garden performance.

Preselected parent lines and integrated breeding combine yield, disease resistance, and stress tolerance while reducing soybean breeding time.

Controlled cross-pollination produced a peach tree with earlier ripening, firmer non-melting fruit, higher soluble solids, and uniform size.

Male sterility and inbred-line crossing help this hybrid corn case improve trait uniformity, yield, disease resistance, and drought tolerance.

CMS female lines and restorer genetics enable controlled corn cross-pollination, improving hybrid purity, yield, and trait stability.

Controlled breeding and stem-cutting propagation deliver a Mandevilla with large flowers, free blooming, and stable true-to-type reproduction.

Preselected germplasm and phased breeding help combine yield, disease resistance, drought tolerance, and oil traits in soybean cultivar 23170510.

Controlled cross-pollination and tissue culture help hybrid corn CH010523 maintain uniform traits, genetic stability, yield, and disease resistance.

Controlled breeding and vegetative propagation deliver a clumping Leucanthemum with upright growth, stable yellow blooms, and drought-tolerant foliage.

Pre-characterized parents and staged field selection help combine higher soybean yield, disease resistance, and fatty acid traits with less breeding delay.

A new Calathea cultivar combines broad growth habit with stable variegated foliage, preserving ornamental traits across generations.

Preselected breeding traits in soybean 5PCQA93 improve yield stability, disease resistance, and stress tolerance while shortening development cycles.

Burgundy-purple emerging foliage, vigorous growth, and stable branching make JN106 a stronger landscape Cercis cultivar.

A planned breeding and vegetative propagation approach delivers a compact Hibiscus with stable creamy yellow flowers, red centers, and elliptic foliage.

Meristematic tissue culture keeps Calathea HGV23 true to type, preserving distinctive variegation and inflorescence across generations.

Controlled breeding of NNS-1888 balances genetic diversity with uniformity to deliver stable romaine lettuce resistant to virus and tipburn.

Pedigree selection and backcrossing stabilize iceberg lettuce genetics to deliver uniform hybrids with Fusarium wilt and tipburn resistance.

Stabilized inbred crosses, backcrossing, and transformation combine resistance and drought tolerance while preserving hybrid maize uniformity.

Controlled breeding created an early-July white seedless grapevine with crisp muscat berries, soft seed traces, and looser clusters.

Marker-assisted breeding combines disease resistance, drought tolerance, and harvest-uniform traits in hybrid maize while reducing trait-integration time.

Controlled inbred crossing and marker-assisted backcrossing help X16T128 combine stress tolerance, disease resistance, and stable yield.

A natural mutation in Dracaena creates two-tone foliage, erect growth, and vigor while asexual propagation preserves the cultivar's traits.

A grapevine cultivar delivers crisp muscat-flavored berries and expands berry size by about 25% under gibberellic acid and trunk girdling.

Asexual propagation with tissue culture and stem cuttings keeps PPC093 true to type while preserving short height and distinctive foliage and flower colors.

Selective breeding creates a homozygous iceberg lettuce cultivar with stable Fusarium wilt and tipburn resistance plus improved yield and quality.

A homozygous romaine lettuce line uses staged selfing and crossing to deliver uniform seed yield and resistance to tipburn and necrotic stunt virus.

Cytoplasmic inheritance, backcrossing, and transformation help hybrid maize combine resistance and yield traits without losing uniformity or stability.

A new Distylium cultivar combines short internodes, dense bronze new foliage, and pest resistance for stable landscaping use.

Selective breeding improves open-field Dahlia performance with strong stems, firm blossom attachment, early flowering, and transport-ready bloom quality.

Combining yield, disease resistance, and drought and heat tolerance, 6PRUJ08B maintains stable wheat variety uniformity for breeding.

Combining disease resistance, aphid antibiosis, and drought and heat tolerance, 5PMAT27 improves soybean yield stability across environments.

Stable inbred crossing and controlled pollination help X09T084 combine disease resistance, yield, and uniform plant characteristics.

Stabilized inbred crosses and trait introgression help X10T087 combine disease and drought tolerance with uniform, commercially stable maize performance.

CMS, backcrossing, and transformation combine disease resistance, yield, and agronomic traits while preserving X98T033 hybrid uniformity.

Controlled inbred crossing, backcrossing, and cytoplasmic male sterility combine resistance and yield traits without losing field uniformity.

Marker-guided breeding helps combine higher soybean yield, disease resistance, and altered fatty acid profiles with fewer field trials.

Marker-assisted selection helps combine disease resistance, seed yield, and altered fatty acid profiles in soybean cultivar 20180812.

Selective breeding and asexual propagation produced a Lagerstroemia cultivar with black foliage, heavy pink flowering, and stable columnar growth.

Combined breeding and molecular selection shorten soybean cultivar development while improving yield, disease resistance, and fatty acid profiles.

A compact reblooming hydrangea maintains stable traits across conditions while improving Cercospora resistance and old-wood/new-growth flowering.

Backcrossing and transformation in maize hybrid X13T113 combine disease, insect, heat, and drought traits while preserving crop stability.

A compact Delphinium cultivar combines strong upright stems, heat tolerance, and free flowering without staking or vernalization.

Selective breeding of celery cultivar TBG 44 improves bolting tolerance and Fusarium race 2 and 4 resistance while supporting stable yield and quality.

Planned Iberis breeding combines white medium flowers, mounded upright habit, and stable asexual propagation into a distinct garden cultivar.

Pre-established traits in maize inbred 1PRQT18 shorten variety development while supporting disease resistance, drought tolerance, and hybrid crossing.

Pre-characterized maize inbred 1PVUK26 combines disease resistance, drought tolerance, and yield potential to shorten hybrid development.

This Hemerocallis case addresses limited blooming and division efficiency with a vigorous cultivar flowering from early June until hard frost.

Combining traditional breeding with targeted genetic transformation, cultivar 01095161 pairs higher seed yield with disease and insect resistance.

Strategic crossbreeding combines disease resistance, drought and herbicide tolerance, yield, and altered fatty acid profiles in soybean cultivar 27160812.

Cultivar 01095159 combines breeding and genetic transformation to improve seed yield alongside disease and insect resistance.

Cross-pollination develops red-flowered Campsis MINCAMROUG13, while asexual propagation retains its vigorous climbing habit and fall color.

Controlled cross-breeding merges compact growth with large, dark red flowers and repeat blooming in the EviGsy154 Clematis cultivar.

Controlled crossing of pre-established inbred lines combines resistance, tolerance, and male sterility in 18GM0770N for stable canola production.

Controlled cross-pollination produced Rosa ‘ESM R896’ with stable orange flowers, six-week plant freshness, and 12–14-day cut-flower longevity.

Controlled breeding delivers Meiscouby’s purple-magenta blossoms, earlier repeat bloom, upright habit, and powdery mildew resistance.

This case shows how 1PHVF50 combines backcross trait introgression and transformation to support stable maize lines and hybrid seed production.

Controlled crossing, backcrossing, and trait introgression develop 5PNEH30 soybean with disease resistance, stress tolerance, and stable yield.

Backcross conversion and controlled propagation use 1PELG23 as a pre-characterized parent for stable, adaptable hybrids with less breeding time.

Controlled pollination and meristematic tissue culture stabilize ‘FLOCOPHADR’ marbled foliage and red-purple petiole traits.

A compact, dense-canopy Arachis pintoi cultivar is selected for ornamental turf and landscaping with resistance to Peanut Stunt Virus and Leaf Scorch.

A Phalaenopsis cultivar with upright stems and bright yellow flowers featuring reddish-orange stripes.

USPHL03M Phlox cultivar resolves poor heat adaptability by maintaining distinct bi-colored flowers and vigorous growth under high temperatures.

Natural chimeral mutation yields vigorous horizontal growth across USDA Zones 5 to 9 without complex breeding.

X95P897 maintains uniformity across environmental influences while incorporating disease resistance via segmentation and nesting principles.

NUN 09197 LTL lettuce variety overcomes breeding complexity by combining Downy Mildew resistance, mosaic virus tolerance, and extended shelf life.

Petunia cultivar Dueswebermo achieves compact mounding growth through targeted parent selection and asexual propagation.

Hybrid maize variety X95P908 combines disease resistance and yield through controlled inbred crossing.

PS-MSG0619 artichoke cultivar achieves uniform head shapes and male sterility via selective breeding.

Tissue culture propagation stabilizes the unique combination of red new growth, dense habit, and pink-flushed flowers in this Pieris cultivar.

A DUP-GLDN hibiscus cultivar exhibits easy rooting and robust growth for commercial container culture.

Controlled hybridization of Verbena parents resolves the contradiction between seed set quantity and flower size productivity.

Dianthus variety KLEDG20336 displays dark purple flowers with violet spots through vegetative propagation of selected parental lines.

DCGL provides uniform yellow-green foliar variegation via asexual propagation, resolving the trade-off between aesthetic diversity and trait stability.

Breeding Echinacea hybrida Southern Belle resolves the contradiction between productivity and reliability by selecting specific growth parameters.

Peach Sparkle Coreopsis combines compact growth with cold hardiness to USDA Zone 5 while resisting powdery mildew.

Poulpar080 rose cultivar produces abundant orange flowers with compact growth suitable for commercial glasshouses.

A Physocarpus cultivar displays red foliage and pink flowers through stable asexual propagation.

Epiphyllum FIRE cultivar maintains stable red young phylloclade traits through asexual reproduction despite environmental temperature variations.

KORpot104 rose hybrid merges compact growth habit and disease resistance via vegetative cuttings to solve trait stability issues.

Vegetative cuttings maintain genetic stability in Amora Pink chrysanthemums, resolving trade-offs between breeding time and trait consistency.

UCONNBD599 balances compact plant size with large inflorescences through controlled cross-pollination.

Hybrid corn variety CH011107 employs cytoplasmic male sterility to prevent self-pollination and boost seed production efficiency.

Soybean variety 01083661 uses AMMI models to predict trait performance across environments, reducing breeding time while maintaining accuracy.

A Dahlia cultivar with large semi-double inflorescences featuring dark red-purple and light purple bi-colored ray florets.

Soybean cultivar 16002162 applies molecular marker-assisted selection to reduce breeding process duration while maintaining trait stability.

Segmentation and dimensionality changes resolve the contradiction between compact plant size and numerous inflorescences in Gerbera Garrachel.

Segmenting hybridization from asexual propagation stabilizes genetic diversity while fixing compact habit and violet floret traits.

Phalaenopsis cultivar PHALGASCIJ produces copper striped flowers with red-purple lips via meristem tissue culture propagation.

New Calibrachoa cultivar exhibits compact semi-upright growth with large bright yellow flowers featuring red centers and orange-red venation.

DrisStrawNinety resolves the contradiction between high productivity and extended shelf life via parameter changes in sweetness and firmness.

Cross-pollinating Coreopsis rosea and pubescens merges continuous blooming duration from one parent with growth vigor consistency from the other.

Vegetative cuttings preserve distinct flower color and compact habit while resisting environmental variations.

A periclinal chimera coast redwood variety uses layered genetic tissue to enable stable vegetative propagation of albino foliage.

Breeding Hypericum ALLHYBELL resolves the contradiction between fruit shape and density, delivering glossy spherical fruits that enhance cut flower appeal.

A Pelargonium cultivar exhibits orange-red semi-double florets and dark green foliage through controlled hybridization.

Agrobacterium-mediated transformation inserts specific traits into soybean variety 01057383, resolving breeding unpredictability and reducing development time.

Soybean cultivar 07160416 applies marker-assisted selection and tissue culture to accelerate breeding cycles while maintaining trait stability.

A new Pelargonium cultivar exhibits upright spreading growth and vigorous flowering through controlled cross-pollination.

Angelonia hybrida cultivar Ansuwhi exhibits vigorous growth and thick flowering stems suitable for commercial use.

Pelargonium cultivar G17004 combines diploid and tetraploid parents to produce sterile light violet flowers with orange eyes.

A new miniature rose variety named Poulpar091 produces uniform peach blend flowers through controlled asexual propagation.

Soybean cultivar 02140434 applies tissue culture and somaclonal variation to accelerate trait combination while reducing development time.

Lagerstroemia cultivar PIILAG-I maintains a stable dwarf growth habit through consistent asexual propagation.

SAVaboo rose cultivar merges unique bicolor flower traits with robust disease resistance, overcoming the trade-off between bloom quality and plant hardiness.

KORone001 miniature rose achieves stable upright growth and Botrytis resistance by applying preliminary action and parameter changes during selective breeding.

Selective breeding creates Pelargonium Kuegrapiso with spontaneous branching and flower initiation without cooling treatments, reducing cultural complexity.

Soybean cultivar 86172129 uses molecular markers to accelerate trait selection, reducing the time required for multi-generation phenotypic evaluation.

Hybridizing trailing and thick-stem parents yields an upright Lobelia with large flowers, resolving the trade-off between plant spread and height.

Soybean variety 5PSWB23 delivers stable high yield and disease resistance through precise genetic selection methods.

A new Verbena cultivar named Balendurp features purple flowers and dark green foliage with a vigorous mounded-trailing growth habit.

KORsteimm rose cultivar resolves disease resistance and uniform growth contradictions via controlled hybridization between TANeitber and seedling parents.

Chaenomeles SMNCSDW cultivar delivers continuous white flowers and thornless stems, resolving uniformity and garden performance trade-offs.

Controlled cross-pollination of CJ06 and C459-04 parents yields USCAL58205, maintaining stable phenotypic traits across varying environmental conditions.

Selective breeding creates Pelargonium Fipelpopsal with compact size and early flowering, resolving the trade-off between plant dimensions and bloom timing.

Segmenting the breeding program into distinct phases resolves complexity while maintaining genetic uniformity in maize variety IID3133.

CV605568 inbred corn plant uses induced male sterility to prevent self-pollination and ensure genetic uniformity.

Hybridizing Golden Gem apricot trees achieves self-fertility and earlier ripening while maintaining firm fruit texture for long-distance shipping.