Angiosperms/Flowering Plants TRIZ Cases

See how X08V924 uses staged crossing, backcrossing, and trait introgression to combine disease resistance with uniformity for mechanical harvesting.

Combining herbaceous and tree peony traits gives ‘Smithopus5’ strong stems, compact growth, and foliar disease resistance.

See how X08V925 combines trait introgression and cytoplasmic male sterility to improve disease resistance, yield, and uniformity across generations.

See how homozygous inbred lines and controlled crossing make CV883463 hybrids more uniform and predictable while combining pest and stress tolerance.

Selective breeding and tissue culture produce P4 and R5 lines with improved weevil resistance and favorable texture for purple-fleshed sweetpotatoes.

Self- or cross-pollination of KL20745C1 enables stable, high-yielding corn hybrids with improved resistance and stress tolerance.

KW4FP1815 supports stable, high-yield corn hybrids through line development, backcrossing, mutagenesis, and transgenesis.

Repeated self-fertilization develops homozygous SVQH2015 parents, improving pea seed uniformity and making F1 hybrid traits more predictable.

Controlled crossing and selection develop KW6FD0043 as a parental line for stable, high-yield corn hybrids and enhanced agronomic traits.

See how homozygous pea line SVQB2566 supports uniform trait expression and breeding for disease resistance and improved quality.

Marker-assisted selection helps develop uniform, stable SVQF0513 pea varieties with resistance to pests, diseases, and environmental stress.

KW7FP1869 provides a uniform parental line for developing corn hybrids with improved yield, pest resistance, disease resistance, and stress tolerance.

TILLING and backcrossing support selection of KW6FD0032-derived hybrids with resistance to pests, diseases, and environmental stress.

Preselected parental lines combine broad disease resistance, yield, nutrition, and shelf life in a dark red greenhouse lettuce.

Multiple generations of self-fertilization establish homozygous SVQF0500 parents for uniform, stable pea progeny.

Non-homozygous loci can make pea varieties unpredictable; SVQF2506 uses homozygous lines, controlled crosses, and marker-assisted selection to add traits.

Bi-parental crossing and multi-generation selection produce IPG 517 with high pod yield, high oleic acid, and disease resistance.

Molecular marker selection helps develop uniform SVQF2518 pea plants while combining yield, pest resistance, disease resistance, and nutritional quality.

This inbred corn line supports hybrid breeding that combines ear and kernel production with resistance to pests, diseases, and water stress.

See how KL20746C1 supports hybrid breeding with traits for higher yield, pest and disease resistance, and environmental stress tolerance.

Nujet 350 modifies Brassica carinata growth with faster maturity and a compact, uniform canopy for improved harvestability.

Controlled hybridization produced SUGRA66 with very early ripening and large, dark red violet berries.

Controlled hybridization creates SUGRA65 grapevines with large, dark red, obtuse ovoid berries and early ripening, while hardwood cuttings preserve the variety.

Stabilized inbred parent lines produce uniform SVHJ1497 pepper hybrids while combining herbicide, insect, and disease resistance.

Controlled breeding and selective study address the challenge of creating distinctive shrub rose traits before stable asexual propagation for landscaping.

Marker-assisted selection and controlled cross-pollination make soybean breeding more predictable while preserving genetic diversity.

Stable asexual propagation preserves Day20’s distinctive foliage patterns and flowering traits while retaining a strong, compact plant habit.

Systematic breeding combines yield, disease and environmental-stress resistance, milling, and nutritional traits in stable wheat variety 6PHAQ54B.

Crossing two parent cultivars produced large, firm, seedless green berries with mid-season ripening and responsiveness to gibberellic acid.

A mutant Sansevieria cultivar combines irregular green-and-yellow leaf banding with moderate drought tolerance and anthracnose resistance.

Pre-developed parental lines help breeders combine diverse cotton traits with less time and resource intensity using 20R751B3XF.

Division and tissue culture multiply selected Achillea plants with compact growth, continuous red blooms, and disease resistance.

Dense branching limits Hydrangea macrophylla to single-stem production; Perla34396 uses sparse branching for larger cut flowers.

An open canopy in GF Belle improves airflow and spray coverage while making strawberry picking easier.

CHI-HE19-8016 and CHI-HE19-8475 support a uniform DRTC8027 hybrid with herbicide tolerance, insect resistance, and modified carbohydrate metabolism.

Greyed-green protuberances, serrate margins, and abaxial spines remain stable when this cultivar is reproduced by leaf cuttings.

Marker-assisted selection combines yield, disease resistance, drought tolerance, and heat tolerance in stable wheat variety 6PLBF49B.

Low-amylose R3214 corn combines extended-branch-chain amylopectin with agronomic traits for specialty wet-milling grain.

Selective breeding gives cucumber E23B.2448 resistance to powdery mildew, viruses, and scab for greenhouse production.

Pre-introduced cytoplasmic male sterility helps control hybridization, while 1PMRU38 supports disease, insect, and drought resistance.

Controlled breeding and tissue culture produce a short Agapanthus with abundant white flowers, early flowering, and stable true-to-type propagation.

Combining disease-resistance genes with drought and heat tolerance helps stabilize soybean yield across varied growing conditions.

Marker-assisted selection and transgenic traits address slow multi-trait breeding while improving wheat yield, disease, and insect resistance.

Staged crosses and backcrosses address unpredictable trait combinations by building a stable cotton variety with controlled trait selection.

Pre-characterized maize inbred 1PLUB62 streamlines breeding for disease resistance, drought tolerance, and yield.

Soybean 5PTVD37 combines resistance to multiple diseases with yield stability, using planned breeding to reduce development time.

Controlled breeding and asexual propagation produce MEISOBUKO roses with red-orange blooms, bushy form, and stable traits for landscapes.

Marker profiling and backcrossing help identify target traits in C0415SN208 despite alfalfa’s complex genome and self-incompatibility.

Marker-assisted selection and backcrossing support CL1945514 breeding by improving trait predictability and introducing disease, herbicide, and oil-profile traits.

Explore how 21R4126B3TXF supports predictable cotton trait introduction while addressing resource-intensive, uncertain conventional breeding.

Segmenting breeding processes with cytologically defined chromosome sets maintains uniformity while incorporating multiple desirable characteristics.

Selective breeding establishes a compact Mandevilla plant habit while maintaining strong stem strength.

Segmenting trait incorporation into distinct breeding stages maintains uniformity while introducing disease resistance.

NC05-198 sweetpotato cultivar maintains consistent root shape and resists internal necrosis across varying soil temperatures.

A Bacopa cultivar exhibits compact growth and dark pink flowers through controlled breeding.

A new climbing rose variety produces abundant orange-yellow blossoms with vigorous growth and glossy foliage.

ANTHFRAXK Anthurium variety combines shiny blistered white spathes with long-lasting color retention via tissue culture propagation.

SAN201202 Sanseveria cultivar delivers compact plant shape and stable traits to resolve trade-offs between aesthetic appeal and excessive foliage length.

Hydrangea macrophylla BC7.14 cultivar delivers compact growth and stable blue sepal pigmentation through controlled cross-breeding.

Grafting Acer JWW8 preserves unique leaf color and habit traits, ensuring stable inheritance across generations.

Pennisetum Burgundy Bunny cultivar produces pronounced dark-red foliage and compact clumping habit through natural mutation.

Golden Anne Thuja cultivar exhibits dense yellow-green foliage and compact growth habit through natural mutation propagation.

Tissue culture propagation stabilizes distinct yellowish-chartreuse leaf margins in Mangave Niagara Falls, resolving the lack of unique variegated cultivars.

A new Mandevilla cultivar exhibits a compact, upright growth habit with strong stems.

A new interspecific Geranium cultivar exhibits upright growth and red-purple flowers through controlled cross-pollination.

Pepper Line 437 uses molecular markers to stabilize disease resistance, reducing breeding time and resource consumption.

Selective breeding stabilizes plant height and flowering time in the Zapriclair Alstroemeria cultivar to resolve environmental tolerance contradictions.

Controlled breeding merges ornamental traits with disease resistance to overcome limited pathogen tolerance in existing moscheutos cultivars.

Controlled cross-pollination creates Petunia BBTUN22503 with uniform mounding habit and stable traits via vegetative propagation.

Hybrid maize variety X75R197 incorporates insect and disease resistance through systematic crossing of inbred lines.

G2373305 canola line applies preliminary action and parameter changes to reduce breeding complexity while stabilizing disease resistance.

A new Chrysanthemum cultivar exhibits a dense, uniformly spherical plant habit with vigorous growth and dark green foliage.

Breeding Final 113 resolves the contradiction between early ripening and fruit cracking by shifting ripening time while maintaining stable tree structure.

Mountain Dew Delosperma cultivar introduces yellow and white flowers to resolve limited ornamental diversity in existing orange and pink varieties.

Inbred PH41YN combines traits via preliminary action to accelerate hybrid development while maintaining genetic stability.

A Brassica napus line designated 4PWSP65R achieves low erucic acid and glucosinolate levels through systematic genetic selection.

DSCAVPUHAZ Scaveola combines dense plant architecture and dark purple flowers to resolve sparse habit and limited color range in garden varieties.

Soybean variety 01063975 applies molecular markers to reduce breeding research time while maintaining genetic diversity.

Developing Zanmupumpkin chrysanthemum resolves the contradiction between precise week 39 flowering dates and extended five-week blooming periods.

Regalstar apple tree variety produces large, firm fruits with high sugar content using composite genetic traits from parent lines.

Tissue culture propagates the Feeling Groovy Phalaenopsis cultivar to produce uniform plantlets with unique white and purple flower coloration.

SAKIMP043 New Guinea Impatiens establishes a uniform genetic base to reduce unpredictability in trait combination, streamlining the breeding process.

Cotton variety 17R816B3XF combines lepidopteran tolerance and herbicide resistance via marker-assisted selection, reducing breeding complexity.

Segmented male sterility in hybrid corn CH011196 prevents self-pollination, resolving the contradiction between genetic stability and new trait introduction.

Controlled hybridization of Red Rage I nectarine parents fixes desired traits to resolve genetic diversity trade-offs while maintaining shipping quality.

ABB 132 raspberry variety uses controlled crossing to produce early autumn fruit with high productivity.

DAHZ0036 Dahlia hybrid exhibits bright scarlet single-type inflorescences and dense branching through vegetative propagation.

Petunia cultivar DPETCANP exhibits a compact mounded growth habit with large dark pink flowers featuring red-purple veins.

Asexual reproduction via cuttings ensures genetic uniformity while local quality differentiation maintains compact plant volume alongside large flower size.

SAKPET097 petunia variety reproduces unique dark violet to light lavender plum flower colors with a compact mounding growth habit.

SSL 93 strawberry cultivar developed through controlled crossing to achieve upright growth and firm fruit skin.

Penstemon hybrid 'Crushed Grapes' produces numerous blooms on short flowering stalks with persistent basal foliage.

A Helleborus HM 1216 cultivar with dark red flowers and distinct leaf venation produced via in vitro axillary meristem culture.

Breeding program segments populations to resolve uniformity trade-offs, delivering stable yield persistence without inbreeding depression.

CV478906 corn breeding resolves genetic uniformity trade-offs via self-pollination and segmentation.

Breeding Tiarella 27-04 with proprietary pollen creates the Happy Trails cultivar, which maintains superior vigor and mildew tolerance via asexual propagation.

Breeding Pearls Grandtastic resolves the contradiction between upright growth and flower size by selecting specific morphological parameters.

USCAL41401 Calibrachoa cultivar exhibits compact upright growth with distinctive white flowers featuring greyed purple star patterns.

Soybean variety 01077912 applies molecular markers to select stable trait combinations, reducing unpredictable breeding duration.

Helenium cultivar HEMZ0003 achieves a compact plant habit and larger flowers through open pollination breeding.

COSEH 3000 Helleborus cultivar delivers stable uniform traits across generations with enhanced mounding characteristics.

Moonlight Serenade Sedum cultivar exhibits upright compact growth and dense branching through controlled cross-pollination.

Segmenting breeding into pure inbred stages resolves the contradiction between disease resistance and uniformity, ensuring consistent crop performance.

Bonmad 1498 Argyranthemum cultivar exhibits compact growth and early flowering through controlled cross-pollination.

Wesverevostar Verbena cultivar exhibits compact mounding habit with freely flowering red star-patterned blooms.

Wurtwinning apple cultivar merges Honeycrisp fruit quality with disease resistance to eliminate surface blemishing from scab and mildew.

Molecular markers accelerate soybean cultivar 03020534 development by selecting desired traits early, reducing breeding time from years to months.

Novel maize inbred 1PGYL72 serves as a stable genetic platform for producing hybrid varieties with improved agronomic characteristics.

Soybean variety 5PDLF69 accelerates breeding cycles by pre-validating yield and disease resistance traits, eliminating lengthy development periods.

A Chrysanthemum cultivar with compact growth and medium-size white inflorescences bred via terminal vegetative cuttings.

Controlled hybridization of Sugrafiftyfour grapevine achieves early ripening and distinct flavor while maintaining storage quality.

Royal Plum calla lily cultivar uses tissue culture propagation to retain unique traits while resolving breeding complexity.

Poulpar065 rose variety achieves uniform yellow flowers and compact growth via controlled hybridization, resolving commercial cultivar limitations.

Fisnics Orred New Guinea Impatiens cultivar combines deep orange-red flowers with medium green foliage through controlled hybridization.

Controlled crossing creates the KORblixmu rose cultivar with enhanced disease resistance while maintaining uniform growth patterns.

KLEOE05520 Osteospermum cultivar achieves stable genetic reproduction via terminal cuttings while maintaining early flowering.

Asexual propagation stabilizes genetic traits for early blooming, resolving contradictions between harvest timing and consistency.

A Dongiswepila impatiens cultivar exhibits compact growth and early flowering through controlled cross-pollination.

Y356 kiwifruit cultivar resolves early maturation trade-offs by applying parameter changes to genetic traits via controlled pollination.

Selective breeding embeds foliar disease resistance and stem strength into Hydrangea arborescens cultivar BAIadele to resolve propagation trade-offs.

Tissue culture multiplication maintains consistent ray floret counts and vigor in Pink Poodle Echinacea despite sexual propagation variability.

HoldenRhodo212 Rhododendron cultivar merges root rot resistance and sun adaptability via controlled breeding of Rio and Rocket parents.

SAN RAFAEL raspberry variety achieves superior yield and cold storage characteristics via parameter changes in physiological traits.

Red Chiffon Coreopsis resolves cold hardiness and powdery mildew contradictions via parameter changes in controlled breeding.

Variety 88-CR003 RZ maintains harvest quality and quantity by resisting downy mildew infections that cause leaf necrosis.

Hebe HL1802019 cultivar reduces susceptibility to leaf spot disease and downy mildew while maintaining compact growth and abundant blooming.

Soybean variety 01064571 uses molecular markers to accelerate breeding cycles and ensure consistent trait expression.

Maize inbred line LLJ7507 enables uniform hybrid seed production through high homozygosity and marker-assisted selection.

Maize hybrid X18M736 achieves uniform multi-trait performance for mechanical harvesting via segmentation and preliminary action breeding.

Begonia cultivar Have02 utilizes asexual reproduction to stabilize unique light pink flower color and large undulating foliage traits.

Bruce male kiwifruit variety synchronizes flowering with Hort16A females, resolving asynchronous pollination bottlenecks to boost fruit yield.

Soybean variety 01072329 introduces specific agronomic traits through targeted genetic modifications and backcrossing techniques.

SORÉLI grapevine maintains reliable yields in temperate climates by resisting winter temperatures below -20°C and downy mildew through controlled breeding.

A NUN 26181 MEM hybrid melon variety features magenta flesh and a ribless rind.

Colchicine treatment induces tetraploidy in Hosta plants to resolve contradictions between plant vigor and disease resistance under environmental stress.

Hybridization creates a heat-tolerant Lobelia cultivar with compact growth, resolving the trade-off between flower size and plant structure.

Genetic transformation introduces specific traits into soybean variety 01073029, reducing breeding development time.

Jong2 cherry laurel plant achieves reliable winter hardiness and consistent growth via preliminary action and parameter changes.

Segmented breeding and parameter changes yield a stable rose plant with excellent resistance to powdery mildew, rust, and blackspot.