Angiosperms/Flowering Plants TRIZ Cases

Bonpri 9172 Euphorbia cultivar exhibits stable upright growth and red bracts through asexual propagation of natural mutations.

Breeding combines parent traits to yield semi-double yellow inflorescences while maintaining compact plant habit for container production.

DUNAGA02 Agapanthus cultivar features variegated foliage, compact growth, and reliable late-season flowering.

Clematis cultivar EviGsy152 produces large deep blue-purple flowers with contrasting red-purple anthers through asexual propagation.

Echeveria hybrid cultivar AMIECH2107 exhibits a compact basal rosette structure with glaucescent foliage and greyed-red coloration.

Bidens 'Bidpopsta' cultivar exhibits a compact habit and large yellow flowers through controlled genetic crossing.

Lachenalia Rainbow Bells cultivar features bell-shaped flowers transitioning from red to yellow with an orange base and maroon tip.

A new nectarine tree variety produces large, firm fruits with mild sweet flavor through controlled breeding on Nemaguard rootstock.

NSRED15262 red blood nectarine variety maintains high eating quality and bright skin appearance through natural open pollination propagation.

Suziblue southern highbush blueberry plant achieves early May ripening while maintaining firm fruit quality and vigor across environments.

Maize inbred PH4CFZ uses preliminary action and segmentation to combine disease resistance with high yield, reducing breeding time from six to twelve years.

XB11L13 soybean variety combines disease resistance and yield through preliminary action and segmentation, reducing breeding time while maintaining stability.

Breeding Lavandula cultivar LAMPU31-0 resolves lodging resistance trade-offs by selecting for upright form and enhanced stem integrity.

Molecular marker profiling guides cotton variety 19R316B3TXF selection, resolving unpredictability in traditional breeding methods.

DUP-CRW hibiscus cultivar roots easily on its own roots while producing large velvet-red flowers.

Geranium TUITSKI cultivar produces deep blue, large, fully double flowers via tissue culture propagation.

Everalan elm cultivar propagates from unrooted cuttings while resisting Dutch elm disease and drought.

Preliminary parent selection and parameter changes yield a self-fertible tree that maintains fruit quality during long-distance shipping.

Breeding resolves contradictions between disease resistance and container suitability by developing a compact Clematis with abundant violet-purple blooms.

Interspecific hybridization of Helleborus argutifolius and lividus stabilizes uniform mounding habit and speckled foliage traits.

Segmented breeding stabilizes inbred parents for SVSB6384, resolving performance unpredictability from genetic non-uniformity.

Haworthia CAPETOWN cultivar features dotted leaves and strong roots.

CH011190 hybrid corn resolves genetic uniformity versus diversity trade-offs by segmenting breeding phases with male sterility for stable trait introduction.

Canola variety 4006562-02 uses male sterility to combine disease resistance with genetic uniformity.

Neoregelia 'Amazonas' cultivar exhibits glossy green and dark red-purple leaf colors that persist under low light conditions.

Controlled hybridization creates a new rose variety with uniform pink blend flowers, resolving the trade-off between disease resistance and flower quality.

Hydrangea cultivar H212905 uses selective breeding to strengthen stems and ensure uniform flowering, resolving post-production longevity issues.

ViruTherm-2 pear rootstock applies in-vitro cloning to resolve pathogen resistance and environmental stability contradictions.

Cross-pollination of Helleborus niger and hybridus yields a stable cultivar with uniform traits and low temperature tolerance.

I 73 olive tree variety combines Arbequina and Picual genetics to deliver higher oil production and improved growth habits.

MDS3501 inbred corn line overcomes genetic complexity via segmented pedigree selection to boost yield and regional adaptability.

CV523419 corn employs cytoplasmic male sterility to eliminate genetic non-uniformity and ensure predictable performance in hybrid crops.

Controlled cross-pollination creates the WALDIGONE Digitalis cultivar, resolving the contradiction between plant height and flowering speed.

Verbena KLEVP20042 exhibits red and pink bi-colored flowers with white eyes and an upright, compact growth habit.

DrisStrawSeven addresses powdery mildew resistance and limited fruit size by combining traits from '77G1' and 'Driscoll Camarillo' parents.

Helleborus HL 1036 cultivar exhibits upright growth, dark green leaves, and purplish-red flowers through targeted genetic selection.

Soybean variety A1035330 utilizes marker-assisted selection to introduce specific traits while maintaining parental characteristics.

Cross-pollination and tissue culture stabilize the unique white star pattern while maintaining semi-trailing growth habit.

Breeding selects for uniform plant habit and attractive inflorescence coloration to resolve container performance limitations in Curcuma alismatifolia.

Maize inbred PH47MY accelerates hybrid development by combining disease resistance and drought tolerance through pre-selected trait introgression.

Cultivar 06310200 accelerates breeding by integrating disease resistance genes, reducing development time from years to months.

A new Hosta cultivar combines large rounded mounds with broadly lanceolate leaves featuring matte upper surfaces and glaucous undersides.

C99-42 blueberry cultivar achieves early fruit ripening and firm berry texture, resolving the trade-off between market timing and harvest durability.

Soybean variety 01078115 combines herbicide and disease resistance using segmentation to reduce breeding duration.

Cross-pollination of proprietary hybrids creates the PHALFAMZOL cultivar, while meristem tissue culture ensures stable true-to-type reproduction.

Hybrid tomato plant 58841 combines specific parental lines to produce superior fruit characteristics.

Soybean cultivar S170109 integrates transgenic traits through tissue culture, reducing breeding duration from six to twelve years.