Angiosperms/Flowering Plants TRIZ Cases

EB 8-17 blueberry plant yields early flowering and large fruit while maintaining genetic stability via preliminary action and feedback selection.

Molecular marker-assisted selection in soybean cultivar 94020016 accelerates trait combination, reducing the six-to-twelve-year development timeline.

ZF06-179 blueberry plant exhibits dwarf growth with light green foliage and red tips.

CORSPAVAR2 spathiphyllum cultivar applies local quality to achieve stable grey-green foliage flecking and periodic yellow-green spathe color shift.

Bailmacfive hydrangea resolves cold hardiness and compact habit contradictions through controlled hybridization of Hot Red and PIIHM-II parents.

Nectarreve nectarines extend shelf life while resisting handling damage.

X Mangave 'Bad Hair Day' hybrid exhibits extensive dark-burgundy spotting and flexible terminal spines.

Payday lettuce achieves high yield and disease resistance via preliminary action and feedback principles.

A Petunia hybrida cultivar exhibits distinct yellow and pink bicolored flower characteristics through controlled hybridization of specific parent selections.

Controlled hybridization merges parent traits to produce Peni Ablos09, resolving contradictions between plant compactness and earlier flowering time.

A Sorbaria sorbifolia cultivar named Levgreen exhibits a compact plant habit and bright green foliage with bronze tinge.

NUN 89853 CAC resolves the contradiction between genetic diversity and uniformity by segmenting breeding into self-pollination and hybridization phases.

Soybean variety 01083835 uses locus conversions to introduce herbicide and disease resistance traits while maintaining original morphological characteristics.

Crossing Maru and Briteblue creates Velluto Blue, increasing yield and fruit size while maintaining disease resistance for medium to late harvest seasons.

Planned breeding of Chamelaucium uncinatum MOON creates winter blooming and terminal flowering traits absent in standard cultivars.

Preliminary screening of accessions reduces breeding duration while maintaining disease resistance.

SMVDE Viburnum cultivar delivers compact habit and strong blooming via softwood cutting propagation for container gardening.

Selective breeding of Texas White and Ace of Hearts parents produces a dwarf upright habit with consistent flower color, resolving growth variation trade-offs.

Preliminary parent selection reduces breeding time while vegetative copying maintains genetic stability across varying environmental conditions.

Angelonia Lotrablu cultivar exhibits trailing growth and frequent purple violet blooms, overcoming limited branching in parent selections.

Errante Noir grapevine combines high wine quality with strong Pierce's disease resistance.

RLH-CS Thuja cultivar achieves compact pyramidal form and flexible branches, resolving trade-offs between plant shape and branch strength.

Segmenting the breeding process into distinct stages allows hybrid maize variety X13N205 to maintain genetic uniformity while incorporating disease resistance.

Alocasia AS12-1 hybrid cultivar features large broadly ovate leaves with undulating margins and dark greyish-purple undersides.

Segmented breeding and preliminary selection reduce stabilization time for the new Begonia variety.

HV9W10-1002 wheat cultivar applies marker-assisted selection to stack disease resistance and yield traits, reducing breeding complexity.

Patsnap Eureka TRIZ analysis applies preliminary action and inversion to confirm genotype stability across generations.

Developing Anemone cultivar MACANE007 through selective hybridization to achieve continuous flowering and unique flower coloration.

Strawberry variety FPS-14_552-008 achieves central coast California climate adaptability while maintaining true-to-type stability via parameter changes.

Selective breeding optimizes vigor and flowering timing without reducing plant size.

Hybridizing proprietary star-flowered parents stabilizes the double flower trait while maintaining vigorous branching.

Segmenting breeding into distinct phases resolves the contradiction between genetic diversity and manufacturing precision, ensuring consistent yield.

Molecular marker-assisted selection accelerates development of stable maize varieties with improved disease resistance and yield.

A Petunia cultivar with extra large velvety black flowers and vigorous branching.

Breeding program integrates herbicide tolerance and disease resistance into cultivar 82340103, reducing development time while maintaining uniformity.

Controlled crossing of parent lines establishes the semi-trailing habit and unique color pattern, which asexual propagation reproduces true to type.

GrüNeu 25 New Guinea impatiens cultivar exhibits large salmon-rose flowers with increased quantity through vegetative propagation.

Breeding achieves 15-20 cm inflorescences with 40-60 flowers while maintaining structural integrity for container performance.

CRISPR Cas9 genome editing resolves breeding complexity by stabilizing disease resistance and nutritional traits in hybrid squash Macaria.

X05N268 resolves uniformity trade-offs by segmenting breeding phases and using tissue culture for stable trait expression.

FL03-228 southern highbush blueberry resolves early harvest disease trade-offs via modified susceptibility parameters.

Molecular marker-assisted selection accelerates development of stable soybean cultivar 09020446, resolving time constraints in traditional breeding programs.

A Fuchsia cultivar exhibits compact upright growth and outwardly facing flowers through asexual reproduction.

Mandevilla 'MANZ0001' cultivar exhibits large dark pink flowers and glossy foliage through controlled breeding.

X95R274 hybrid maize maintains uniformity while improving yield through segmentation of parent lines and cytoplasmic male sterility.

Soybean cultivar 89192414 applies segmentation and intermediary markers to accelerate breeding speed while maintaining genetic stability.

Cross breeding '1S112' and 'V842' resolves the contradiction between flower volume and branching quality while stabilizing traits through asexual propagation.