Angiosperms/Flowering Plants TRIZ Cases

Marker-assisted selection identifies desired traits early in the breeding cycle, reducing development time while maintaining genetic stability.

Cultivar CBRZ0020 resolves soil pH sensitivity by converting environmental stress into a selection criterion via parameter changes.

Soybean variety 5PVYF83 reduces development time by serving as a pre-characterized base for trait introgression.

Vegetative propagation maintains genetic stability for CIDZ0016, resolving the contradiction between distinct flower color and breeding time loss.

Balcebredep New Guinea Impatiens cultivar combines dark red flowers and variegated foliage through asexual propagation.

Strawberry Taffy Penstemon cultivar delivers dense flower clusters, extended bloom periods, and enhanced visual appeal through compact upright growth.

Strawberry variety BG-11.3209 addresses central coast climate needs by stabilizing large conical fruit traits while maintaining medium plant vigor.

Breeding selects pigmentation parameters to maintain deep velvet red coloration under intense sunlight, resolving fading issues in garden decoration.

LA04-175 sweetpotato variety resolves yield versus disease resistance trade-offs through open-pollinated crossing.

A Petunia cultivar with red and white bi-colored flowers exhibits vigorous growth and mounding habit.

Buralmfour almond trees eliminate pollinator needs and enable commercial harvesting seven days earlier than Monterey varieties.

UF22-284-1 Coleus cultivar exhibits consistent yellow-green foliage with greyish-red veins and vigorous upright growth habit.

Soybean cultivar 12210857 combines high seed yield with disease resistance through structured parental selection.

Asexual tissue culture propagation stabilizes Gentiana Hakuryu traits across generations.

Asexual propagation of the Gostmazam Cornus cultivar yields variegated foliage and bright coral red winter stems.

BLUECSOL5 blueberry variety eliminates chill requirements through phenotypic recurrent selection and tissue culture propagation.

Soybean variety 01072327 merges transgenic traits via backcrossing to reduce breeding time while maintaining agronomic stability.

Self-pollinated Duelanhavsunse Lantana resolves the contradiction between plant habit and garden performance by delivering early continuous flowering.

Controlled hybridization of parent lines N0047-4 and Petlibluve fixes early flowering and upright growth traits in cultivar PEHY0018.

Breeding Cannabis sativa V3 via preliminary action and feedback resolves low THCV levels, enabling medicinal applications for metabolic syndrome treatment.

Breeding Doimwirored resolves contradictions between flowering frequency and flower size, delivering stable large blooms across wide temperature ranges.

X-ray mutation breeding creates stable pink-bracted poinsettias while resolving genetic consistency trade-offs.

Sunberg lettuce variety uses parameter changes and preliminary action to resolve contradictions between yield stability and disease resistance.

Hybrid Phlox cultivar combines dense spreading habit with bright-green shiny foliage and soft baby-pink flowers.

Selective breeding creates a Rudbeckia cultivar with strong stems and short height, resolving the trade-off between floriferous blooming and structural support.

Cultivar 96310052 accelerates development by merging disease resistance and stress tolerance traits into a single stable line.

Segmenting the breeding process for maize inbred PH4DPW accelerates hybrid development while maintaining agronomic stability across diverse environments.

Sangria Red-2 cross merges vigor and quality traits to resolve lack of reliable handling cultivars.

Sterile shoot-tip tissue culture maintains stable leaf traits while resolving trade-offs between genetic consistency and propagation complexity.

Selective breeding merges leaf color parameters with floral display traits to resolve contradictions between vigor and environmental consistency.

Red Fountain dicentra extends flowering duration from late April to September while maintaining compact upright growth via controlled cross-breeding.

Natural branch mutation yields stable bi-colored bracts and compact habit, resolving trade-offs between flowering time and post-production longevity.

A new Osteospermum cultivar developed through hybridization to exhibit deep greyed-orange inflorescences.

Tip Top cherry trees produce sweet, crisp fruit with reduced bruising through stable asexual propagation.

Diamond Edge Sedum cultivar exhibits stable greenish-yellow variegated foliage through asexual reproduction.

Homozygous lettuce line SVLD9010 resolves performance unpredictability by ensuring stable hybrid progeny.

A Pelargonium interspecific cultivar merges hortorum and peltatum genetics to produce large semi-double flowers with distinct red markings.

DD-21 Ilex plant distributes berries along lateral branches, eliminating pruning needs.

Rosa RUIBG0025A cultivar achieves stable trait expression across environments through asexual propagation of selected parent lines.

Rosa hybrida variety CHEwesic combines vigorous growth with stable salmon orange flowers through controlled crossbreeding.

Selective breeding creates a Tradescantia plant with distinct greyed green leaves that maintains genetic stability through asexual reproduction.

CH011219 hybrid corn uses male sterility and segmentation to combine desirable traits while maintaining genetic stability.

Soybean cultivar 2529392 utilizes molecular markers to accelerate breeding cycles and improve genetic predictability.

Marker-assisted selection accelerates soybean variety 5PQVC29 development, reducing breeding cycle time while maintaining trait stability.

Letitia Time Improved chrysanthemum cultivar uses controlled breeding to establish cream white flowers and upright habit.

Ashley Jay strawberry variety achieves Fusarium tolerance and extended season production through controlled crosses while maintaining consistent fruit quality.

Balspunburg Petunia delivers unique burgundy blooms and compact form through controlled cross-pollination, addressing the need for distinct flower coloration.

Breeding selects for genetic parameters to achieve 25 cm plant height while maintaining high flower productivity.