Angiosperms/Flowering Plants TRIZ Cases

Selective breeding created a compact pendulous Buddleja with stable rose-pink flowers, yellow-orange eyes, and continuous blooming for baskets.

Targeted breeding and genome editing combine yield, disease resistance, and fatty acid traits while reducing soybean development time.

Controlled breeding and bud grafting produced a rose with purplish pink petals, larger blooms, and longer postproduction longevity.

Controlled hybridization produced a grapevine with large green obtuse ovate berries, early ripening, and stable fresh-market traits.

A soybean breeding case showing how staged selection and feedback combine higher yield, disease resistance, and tailored fatty acid traits.

A bred Hydrangea balances compact growth, sturdy stems, pale purple double flowers, and longer postproduction longevity.

Controlled breeding balances ripening time, berry uniformity, and firm crunchy skin in a grapevine suited to temperate, low-rainfall regions.

Controlled crossing and multi-year selection produced a stable strawberry variety with early production, high yield, and resistance to Botrytis and mildew.

Pre-stacked soybean germplasm shortens breeding cycles while preserving genetic stability and improving yield, disease resistance, and fatty acid traits.

Controlled cross-pollination and in vitro meristem propagation improve flowering consistency, trait stability, and postproduction longevity.

Preselected parental lines and staged crossing help combine higher soybean yield, disease resistance, and fatty acid traits with less breeding time.

Parental preselection and phased breeding help soybean cultivar 28030638 balance stable yield, disease resistance, herbicide tolerance, and fatty acid traits.

Combining broad pathogen resistance with uniform ripening, this hybrid tomato case improves yield and harvesting efficiency.

Molecular markers help stack yield, disease resistance, and fatty acid traits in soybean cultivar 26240503 while shortening selection cycles.

Bred for West Central Florida, this strawberry cultivar combines early flowering, vigorous growth, high early yield, and stable fall-winter fruit quality.

Preselected crossing and transformation methods help combine yield, disease resistance, and fatty acid traits with less breeding time.

Preselected resistance traits and structured crossing help soybean 5PSNR14 combine broad disease resistance with stable, high-yield performance.

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

A new Lavandula cultivar combines free flowering without vernalization, extended bloom, winter hardiness, and deer and rabbit resistance.

Combining breeding and genetic transformation, this wheat case improves yield, disease resistance, and tolerance to drought and heat.

Marker-assisted breeding with BGID3809 improves regional hybrid adaptation across Corn Belt stresses while maintaining genetic uniformity.

Combining disease, insect, and stress-tolerance traits in canola breeding improves yield while preserving uniformity and maturity for hybrid production.

A new Scaevola cultivar combines dense branching, continuous large white flowering, and stable vegetative propagation for strong garden performance.

Triploid hybrid breeding combines HLB tolerance, near-seedlessness, consistent aroma, and steady fruit production in a lime cultivar.

Phased crossing and parental preselection combine yield, disease resistance, and fatty acid traits while shortening soybean breeding time.

Marker-guided breeding and genome editing help combine stable yield, disease resistance, and fatty acid traits in soybean cultivar 21030432.

Combining disease resistance, drought tolerance, and altered fatty acid traits helps this soybean cultivar raise yield and agronomic quality.

Controlled crossing and stolon propagation deliver a stable strawberry variety with high yield potential, true-to-type traits, and disease resistance.

Embryo culture enables a seedless grapevine with violet flesh, large crunchy berries, balanced flavor, and stable disease resistance.

Preloaded transgenic traits in soybean cultivar 24010055 reduce breeding cycles while improving yield, disease resistance, and fatty acid profiles.

Natural multi-generation breeding combines high vitamin C, larger fruit, firmness, and juice yield in a more productive acerola variety.

Removing stamens from African violet flowers reduces thrips and Botrytis damage while preserving appearance and lowering chemical use.

A Fusarium-wilt-resistant lettuce variety maintains stable growth and productivity under continuous cropping and unusual weather conditions.

A Prunus rootstock case showing how RVL-4 combines earlier bearing, later flowering, mildew resistance, and stable traits across environments.

Breeding celery TBG 52 balances early-season yield with bolting resistance and Fusarium tolerance for stable production and market quality.

Selective breeding combined yellow flowers, citrus fragrance, compact growth, and strong disease resistance in a freely reblooming shrub rose.

A new blueberry cultivar resolves chilling-hour limits by combining early ripening with large, consistent fruit for warmer growing regions.

Marker-based breeding combines yield, disease resistance, stress tolerance, and fatty acid traits while shortening soybean cultivar development.

Targeted locus conversion in BRQ010 helps breeders build disease-resistant, high-yield hybrids with more uniform performance.

Pre-characterized germplasm and phased crossing shorten soybean breeding while preserving yield, stress tolerance, and genetic stability.

Preselected trait stacking in soybean 5PCDA62 improves yield stability, disease resistance, and drought and heat adaptability.

Combining multiple disease-resistance and stress-tolerance traits, soybean 5PUSA68 improves yield stability across varied growing conditions.

Preselected germplasm and genetic engineering shorten soybean breeding while improving seed yield, disease resistance, and fatty acid traits.

Targeted breeding and transgene integration combine higher seed yield, stronger disease resistance, and altered fatty acid profiles in soybean cultivar 20250821.

Marker-guided breeding and genetic modification combine disease resistance, higher yield, and altered soybean fatty acid composition.

Controlled Muscadinia-Euvitis hybridization delivers large seedless berries with thin skin, juicy flesh, high yield, and rot resistance.

Preselected parental lines and phased crosses shorten soybean breeding while preserving stable yield, disease resistance, and fatty acid traits.

Controlled cross-breeding created a Clematis with larger purple flowers, two bloom seasons, and durable fluffy seed heads.

Breeding combines fresh-market fruit quality with mechanical harvest suitability while maintaining stable traits and broad disease resistance.

Combining fruit sweetness, firmness, plant vigor, and Fusarium wilt resistance, this strawberry variety is adapted to central California.

Backcross conversion and selection combine disease resistance, drought tolerance, and yield in PH3261MR sorghum.

Repeated self-pollination fixes homozygous parental lines, enabling uniform hybrids with controlled pollination and consistent resistance traits.

This case combines preselected resistance traits and molecular markers to shorten soybean variety development and stabilize yield.

Controlled crosses and in vitro meristem propagation support stable flowering, distinctive coloration, and long postproduction life in ‘Landmark’ Phalaenopsis.

Controlled cross-pollination produces a compact, freely branching Petunia with early flowering, near-black blooms, and Tobacco Mosaic Virus resistance.

This cultivar combines resistance to TBSV and LMV Ls-1 with Fusarium resistance and tolerance to tip burn, heat, and drought.

Separate stabilized inbred parent lines combine disease resistance, herbicide tolerance, and yield traits while preserving uniform maize plant characteristics.

Controlled cross-pollination and in vitro meristem propagation produce a compact Phalaenopsis with stable traits, strong stems, and lasting flowers.

Early orange-red foliage and dark red-purple flowers distinguish this compact Weigela cultivar for containers and landscapes.

Controlled breeding addresses short flowering seasons by producing ‘LAAZ0014’ with abundant flowering and cold tolerance.

Breeding this lettuce variety targets downy mildew and currant lettuce aphid resistance while maintaining agronomic performance.

Rhododendron cultivars can vary across environments; controlled breeding and propagation stabilize ‘NCB195’ while adding Phytophthora root rot resistance.

Combining crossing, staged selection, and genome editing, 6PZJN13B breeding targets higher yield, disease resistance, and stable wheat traits.

A controlled cross creates ‘Silver Wings’ with purplish leaf surfaces and hybrid vigor, while rhizome divisions preserve stable traits.

Pre-selected parental lines and phased breeding help 5PKYP02 combine disease resistance, stress tolerance, and stable soybean yields.

Molecular marker-assisted backcrossing preserves FM 868AXTP traits while introducing herbicide, insect, and disease resistance.

Recurrent backcrossing introduces bacterial leaf blight and root knot nematode resistance while preserving fiber quality and genetic conformity.

This case shows how soybean variety 5PVQE85 combines disease and environmental-stress resistance with stable, high yields.

The variety combines resistance to aerial web blight, anthracnose, aphid antibiosis, and abiotic stress for stable soybean yields.

Meristem tip cuttings preserve G4Y0001’s greyed-green and greyed-purple foliage while supporting stable growth in trellised pots.

This case uses stabilized parental lines and backcrossing to combine traits while preserving uniformity across generations.

This cotton breeding case uses recurrent backcrossing and an intermediary parent to add resistance while preserving genetic conformity.

SALUTE squash breeding combines tissue culture and trait engineering for stable yield.

Marker profiling and elite germplasm help shorten complex alfalfa breeding cycles.

This case shows how pre-selected resistance traits are integrated into soybean 5PYSG46 to improve disease resilience and yield stability.

This soybean breeding case uses preselected parental lines to combine broad disease resistance with drought and heat tolerance.

Explore 5PUEL09 breeding methods that combine disease resistance, drought tolerance, and yield while reducing development time.

Marker-guided selection and controlled crosses help combine yield, stress resistance, and oil traits in cultivar 18071201.

A chrysanthemum cultivar combines uniform mounding with dark red ray florets.

This case shows how vegetative cuttings preserve ALTodired’s flower color, compact growth, and phenotypic stability.

X00V047 combines disease and insect resistance with yield and uniform plant traits.

21R4127B3TXF supports predictable cotton trait improvement with stable yield and fiber quality.

This case shows how breeding and marker-assisted selection combine yield, disease resistance, herbicide resistance, and nutrition.

Cultivar 21372731 uses molecular markers and tissue culture to combine yield, disease resistance, and fatty acid traits.

Marker-assisted breeding makes soybean trait selection more predictable and efficient.

Breeding yields stable pink-white blooms, repeat flowering, and pest-tolerant growth.

This case shows how staged inbred-line crossing integrates disease resistance and yield while preserving uniform, stable plant traits.

Separate inbred lines and controlled crossing combine diverse traits while preserving uniform, stable X13V197 plant characteristics.

This Aronia cultivar addresses limited compactness and late seasonal traits through early fruiting and bright red fall foliage.

Staged crossing and marker selection help combine stress, disease, starch, and fertility traits in stable maize hybrid parents.

This case shows how staged inbred-line crossing and backcrossing combine maize traits while maintaining stable, uniform plants.

This case shows how inbred crossing, backcrossing, and cytoplasmic male sterility combine traits while preserving maize uniformity.

This case shows how soybean variety 01098301 combines yield, disease resistance, herbicide tolerance, and nutritional quality.

This case shows how male-sterile parent lines and controlled cross-pollination support uniform, diverse CH010361 hybrid corn breeding.

Crossing and backcrossing produce ARoma 22, balancing high yield, jasmine-type grain quality, straw strength, and disease resistance.

This case shows how tissue culture reproduces QUEENIE true to type despite environmental variation and seed-propagation inconsistency.

Prepared inbred lines and crossing combine yield, disease resistance, and genetic stability in CH010389 corn.

Molecular markers, prepared inbred lines, and targeted crossing help CH010435 combine corn yield, resistance, and uniformity faster.

Distinct dark green, grey-green, and creamy bands give HANSOTI57 stronger variegation and robust growth in a compact Sansevieria cultivar.

This case shows how tissue culture propagates KERBELROSA uniformly, preserving abundant double flowers, silver rims, and compact growth.

Maize variety PH4C87 reduces breeding time by applying preliminary action to pre-select parental lines and segmentation to manage complex trait combinations.

INSPIRE strawberry plant exhibits orange-red fruit, firm flesh, and smooth surface through controlled breeding.

Novel soybean variety 5PEWM42 combines disease resistance, drought tolerance, and high yield through specific trait introgression methods.

WEKtebodoko rose cultivar resolves the contradiction between large flower size and compact plant height while maintaining disease resistance.

Tecoma Mnstabe hybrid delivers novel yellow orange flower color diversity via controlled interspecific cross and asexual propagation.

Veronica cultivar VVQRA06-0 achieves compact growth and continuous flowering without vernalization requirements.

VAR006 Heliopsis cultivar achieves short plant height with numerous shoots through stable tissue culture propagation.

Tochigi iW1 Go strawberry variety achieves higher yield and larger fruit size through selective crossbreeding of parent cultivars.

Developing compact Clematis Evipo107 resolves the contradiction between small volume and commercial adaptability while enhancing disease resistance.

KLEP04131 Zonal Geranium combines upright uniform habit with distinct leaf zonation, resolving the bottleneck of limited visual appeal in existing varieties.

Crossing JACmag with a red hybrid tea rose resolves the trade-off between flower diameter and stem length while maintaining genetic stability.

Segmented backcrossing restores uniformity while cytoplasmic male sterility enables controlled pollination.

Abelia Wevo1 cultivar retains stable variegation through asexual propagation, resolving uniqueness versus consistency trade-offs.

Breeding Pink Tango Aechmea resolves limited post-production longevity and basic coloration by applying parameter changes and composite materials.

Controlled breeding of Colocasia esculenta hybrids yields a cold-hardy cultivar with large leaves, while in vitro propagation stabilizes traits.

Hybridizing parent lines establishes disease resistance while asexual reproduction maintains trait consistency across propagations.

Gamma irradiation creates poinsettia NPCW19287 with reddish-pink bracts and a triangular upright habit.

Meristem tissue culture propagates Phalaenopsis cultivar PHALDOQAH, resolving contradictions between propagation efficiency and genetic stability.

Terminal cutting propagation stabilizes genetic inheritance of compact growth and purple inflorescences across generations.

Breeding Malus Jefwall merges columnar shape with disease resistance to apple scab, resolving the trade-off between plant form and reliability.

UF20-103-3 Coleus cultivar maintains consistent foliage coloration across varying light conditions.

A Chongyang Chinese redbud variety exhibits rose-red flowers and prolonged autumn blooming through stable asexual propagation.

Natural mutation of Coreopsis Mercury Rising creates unique red-orange coloration while maintaining disease resistance and perennial reliability.

Soybean cultivar 99122620 applies preliminary action and parameter changes to shorten the breeding cycle while maintaining disease resistance.

Crossing specialized inbred lines integrates disease and insect resistance into hybrid maize variety X18V354 while maintaining uniform agronomic quality.

Asexual propagation of the Sambucus HYFJOLAIS cultivar stabilizes unique dark foliage and distinct flower coloration traits.

Hybridizing Baptisia species creates upright plants with clearer flower colors, solving limited garden variety.

Breeding Leucophyllum MSWNHelei via parameter changes resolves upright height trade-offs while establishing overhead irrigation tolerance.

Georgia-SP/RKN peanut cultivar combines high oleic acid content with genetic resistance traits, reducing yield loss from nematodes and viruses.

A new Dueflame Poinsettia cultivar exhibits an upright spreading habit with bright red flower bracts.

Ozothamnus cultivar 13-15 exhibits upright growth, dense bushy structure, and white involucral bracts.

Breeding program selects specific quantitative traits to improve vegetable soybean quality while maintaining commodity yield potential.

Molecular marker selection accelerates soybean variety 01057255 breeding, resolving the trade-off between development time and trait accuracy.

Ambulo Blanc grapevine combines high Pierce's disease resistance with premium wine quality through marker-assisted breeding.

Cross-pollination creates Deksavanna chrysanthemum achieving early flowering and 24-day post-production longevity.

Mutation breeding creates unique morphology while asexual propagation ensures trait stability across generations.

Monmouth hazelnut cultivar applies composite genetic resistance via S1 and S12 alleles to overcome eastern filbert blight pressure.

UC Eclipse cultivar crosses Portola with UCD Mojo to deliver Fusarium wilt resistance and consistent yield across varying day lengths.

Clematis cultivar UNAI 001 resolves disease resistance and limited flowering contradictions by stabilizing genetic traits via parameter changes.

Outlaw garden bean cultivar delivers stable pod traits through multi-generational selection and marker-assisted breeding.

Cultivar 84201034 uses mutagenesis and transformation to deliver stable, uniform soybean plants with improved agronomic traits.

CV773381 corn variety uses homozygous inbred lines to resolve genetic non-uniformity and ensure predictable hybrid performance.

Breeding selects for heat tolerance and unique foliage coloration while suppressing prominent venation and silvery overlays found in existing varieties.

Suapritwelve apricot achieves 17 brix sugar levels with smooth skin, reducing packline marking compared to bumpy-skinned varieties.

Soybean variety 01094715 achieves stable yield and disease resistance by segmenting breeding phases to reduce complexity.

Caryopteris Janice cultivar maintains yellow-green foliage without sun burn while delivering dense lateral branching and vigorous growth.

Clonal propagation of the Picnic apple tree maintains consistent small conical red fruit characteristics through stable grafting techniques.

Soybean variety 5PZUE24 reduces development time by applying preliminary action and segmentation to combine desirable traits efficiently.

Emerald Splash Ipomoea cultivar delivers compact mounding growth with light yellow-green and green variegated foliage.

PremA021 apple tree yields bicolored flesh via controlled crossing, addressing limited commercial appeal from existing uniform fruit coloration.

Oglger11075 zonal geranium cultivar achieves stable true-to-type reproduction while maintaining large flower size and early blooming.

Natural branch mutation on Hydrangea paniculata creates compact growth and abundant blooms distinct from Grandiflora parent.

KLEVP15618 Verbena resolves powdery mildew resistance trade-offs by combining violet-blue flower color with semi-upright growth via selective breeding.

Zodiac blackberry cultivar combines thornlessness and vigor with firm fruit to resolve the contradiction between machine harvestability and quality.

V12-2-1 Vitex resolves drought tolerance and blooming trade-offs via selective breeding.

GG GOSUN 05 cultivar maintains phenotypic stability across environmental variations while delivering distinct yellow spoon-shaped ray florets.

Agapanthus cultivar DWAgHyb01 achieves crown rot resistance via preliminary action in a systematic breeding program.

Bokorubs hydrangea cultivar exhibits a medium-sized compact growth form and dense conical flower clusters through controlled breeding.

Breeding selects for high daylily rust tolerance and fast multiplication rates to resolve slow propagation and climate hardiness limitations.

Gamma radiation mutation creates a dwarf Coreopsis cultivar with large crimson red and orange-yellow flowers.

Asexual propagation of BWPBLUE02 blueberry cultivar maintains stable genetic traits through semi-hardwood cuttings.

Preliminary testing resolves yield versus propagation stability contradictions in DrisBlueTwenty.

Hybridizing '37P398' and 'Autumn Bright' creates a self-fertible nectarine tree that delays maturity by ten days to achieve superior sweetness and texture.

Open-pollination breeding creates distinct traits, while asexual division ensures genetic stability for commercial production.

A Pennisetum alopecuroides cultivar with a taller vase-shaped habit and broad foliage displaying early red and orange colors.

Maize variety 1PVES57 applies molecular markers to accelerate breeding cycles and deliver stable, high-yield crops.

Breeding program selects for stable compact growth and distinct flower traits across varying environmental conditions.

A new Floribunda rose variety produces abundant yellow cup-shaped blossoms with strong semi-glossy foliage.

Starshine Phalaenopsis cultivar uses in vitro tissue culture to produce uniform clones with distinctive yellow and purple flower patterns.

Natural branch mutation of Bailhalo provides stable asexual propagation for uniform compact growth and red winter stems without genetic variation.

RutHol3 holly cultivar merges upright shape with spider mite resistance via Ilex crenata and maximowicziana hybridization.

Stem cuttings replicate unique leaf traits across generations, resolving variability against stable commercial production.

Grafting mutant limbs of the 102543s/2 apple tree ensures genetic stability, resolving the trade-off between unique fruit traits and consistent propagation.

Cultivar 2478752 resists SCN Race 3 and Phytophthora Root Rot, reducing breeding cycle duration through preliminary parent line selection.

Interspecific breeding creates a Philodendron hybrid with near-freezing tolerance, resolving cold resistance limits in tropical cultivars.

DrisRaspTwentyThree raspberry plant maintains fruit integrity during IQF processing while improving machine harvestability via parameter changes.

A new wild rocket variety with weakly divided, thick leaves and medium-late flowering time.

Selective breeding resolves contradictions between consistent productivity and average eating quality by modifying soluble solids content and ripening time.

FLATDIVA white flat peach tree extends market availability through late August to September ripening while maintaining long shelf life and climatic resistance.

Breeding program selects for unique cherry red flower patterns and moderate fragrance to resolve distinctiveness trade-offs in garden pink varieties.

Cultivar 11210228 accelerates breeding timelines by applying preliminary action, segmentation, and dynamics to combine desirable traits efficiently.

Dodahhypyel 22 dahlia cultivar exhibits broadly upright habit with strong branching and large double inflorescences.

A Mandevilla cultivar with dark red flowers and vigorous growth.

A Caladium cultivar with tall upright growth, dense bushy appearance, and distinctive leaf coloration.

Cultivar 91420287 accelerates breeding cycles by combining yield and disease resistance through preliminary action and segmentation.

MIYOPEGB60-1 Petunia cultivar achieves vigorous mounding habit and intense yellow flowers via in vitro meristem culture stabilization.

A creamy yellow rose cultivar combines distinct flower color and strong fragrance through targeted parent selection.

White Majesty Caladium stabilizes uniform plant habit and consistent leaf coloration through controlled cross-pollination between WS-02-18 and Victoria parents.

Cleft grafting with callusing stabilizes QVMTFS oak traits while gall resistance maintains foliage retention.

Asexually propagated DrisRaspEighteen raspberry variety delivers improved flavor and higher yields through stable cross-breeding.

Sunbegosu begonia cultivar exhibits upright spreading habit and vigorous growth through controlled cross-pollination.