Angiosperms/Flowering Plants TRIZ Cases

By combining high yield, disease resistance, and a high-oleic fatty acid profile, this soybean case improves crop value without complex processing.

Preselected parental lines and staged crossing help combine yield, disease resistance, and fatty acid traits in soybean cultivar 21130721.

This case shows how soybean cultivar 3616793 combines stable yield with soybean cyst nematode resistance and ultra-low oligosaccharides.

Trait stacking in soybean cultivar 24310512 combines higher seed yield, stronger disease resistance, and altered fatty acid composition.

Asexually propagated Ulmus crassifolia maintains red emerging foliage, greyed-purple new growth, and a narrow upright canopy.

Multiple resistance traits are merged into one hybrid tomato cultivar to withstand nematodes, fungi, and viruses while supporting stable growth and ripening.

A maize inbred line is used as a stable parent to build hybrids with broader Corn Belt adaptation, stronger stress resistance, and better yield.

A graft-propagated live oak cultivar fixes cold hardiness, a tight upright canopy, and large glossy dark green leaves with stable traits.

A compact dwarf Ilex cultivar maintains a rounded 3-4 foot form while delivering abundant fall-to-winter berry set with stable propagation.

A staged breeding approach uses maize inbred line BDAX4707 to balance homozygosity with vigor for uniform hybrid seed and stronger agronomic traits.

Preselected parent lines and staged selection combine yield, disease resistance, and fatty acid targets while reducing breeding delay.

Developed for West Central Florida, this strawberry variety combines early flowering, large berries, high marketable yield, and stable fruit quality.

A staged breeding program for maize ADAA3605 balances homozygosity with vigor to deliver uniform hybrid seed, yield, and stress resistance.

Male sterility and controlled cross-pollination help CV911158 produce uniform corn hybrids with more predictable yield and stress resistance.

Open cross pollination and stem cuttings create a Dianthus variety with stable pink maculated flowers and an upright, round plant form.

Marker-guided soybean breeding combines yield, disease resistance, and altered fatty acid profiles while reducing breeding time.

Early locus conversion and breeding combine herbicide tolerance, Phytophthora tolerance, and nutritional quality in soybean 01098245.

A hybrid breeding approach combines crossing, selection, and CRISPR tools to improve tomatillo yield, fruit quality, and trait stability.

Built from modified pedigree breeding, this case shows how soybean 5096833 combines stable yield, protein content, and pest resistance.

Targeted breeding and CRISPR editing shorten soybean development while preserving cultivar stability, yield, protein content, and nematode resistance.

Triploid and tetraploid breeding balances seedless fruit uniformity with Fusarium Race 1 resistance and stable open-field performance.

Backcrossing and marker-assisted selection combine yield, disease tolerance, and herbicide resistance in soybean variety 01106154.

Marker-assisted selection and preselected parent lines shorten soybean breeding while preserving genetic stability and combining yield and resistance traits.

Asexually propagated Murdannia preserves white and dark green variegation with compact growth, improving ornamental consistency.

Backcrossing and marker-assisted selection combine herbicide tolerance, Phytophthora resistance, and stable yield traits in soybean breeding.

A sorghum inbred line combines disease and insect resistance, drought tolerance, and higher yield through backcrossing and transformation.

Preselected parental traits and transgenic introgression help this soybean line combine higher yield, disease resistance, and altered fatty acids.

Marker-guided soybean breeding combines yield, disease resistance, and fatty acid traits while shortening cultivar development time.

A new sorghum inbred line combines disease and insect resistance with drought tolerance to improve yield stability across environments.

Combines herbicide resistance, Phytophthora tolerance, and improved nutritional quality to support stable soybean yield across varied conditions.

A new Chionanthus retusus cultivar combines fast growth, prolific white flowering, and softwood propagation with stable trait reproduction.

A new sorghum inbred line combines drought tolerance, pest and disease resistance, yield, and harvest uniformity through targeted breeding.

Repeated asexual propagation by stem cuttings stabilizes LUUK's variegated foliage and vigor while limiting reversion to the parent type.

Marker-assisted crossing stacks herbicide resistance, Phytophthora tolerance, yield, and nutritional quality in soybean variety 01106525.

Staged crossing and preselected parental lines help combine yield, disease resistance, and fatty acid traits with stable soybean breeding.

A selected Cornus florida cultivar combines red-pink bracts, rapid growth, strong branching, and powdery mildew resistance for landscaping.

A primocane raspberry variety delivers two crops per season, large sweet fruit, high yield, and disease and pest resistance for fresh market use.

A mutation-derived Dianthus variety combines dark red and white bicolored flowers with upright growth and shorter flower stems for distinct horticultural use.

Asexually propagated xAristeria 'OVROCKS13' preserves compact rosette foliage, transverse protuberance rows, and stable ornamental traits.

Genome editing and marker-guided breeding combine yield, herbicide resistance, disease tolerance, and nutritional quality in one soybean variety.

A mutant Calycanthus cultivar combines dark purple leaves on both surfaces with improved cutting propagation through stable asexual reproduction.

A chip-budded Cornus cultivar maintains red-bronze fall foliage, red flower bracts, and a sturdy trunk with stable disease resistance.

Preselected inbred lines and trait integration improve hybrid corn uniformity while supporting yield, disease resistance, and drought tolerance.

Controlled crossing, backcrossing, and transformation stack resistance and yield traits while preserving uniform, stable maize for mechanical harvesting.

A compact Rudbeckia cultivar combines bi-colored ray florets with fast flowering, while tissue culture keeps these traits stable in propagation.

A spontaneous Philodendron mutation maintains compact growth and distinct white-green foliage patterns through repeated asexual propagation.

By combining multiple resistance traits in one soybean line, 5PNUA05 improves disease tolerance and supports stable, high-yield performance.

Controlled breeding stabilizes compact rosette foliage, color gradients, and prominent protuberances across environments.

Backcrossing and transformation help this sorghum inbred combine resistance, heat and drought tolerance, and stable hybrid yield.

Selective breeding produced an interspecific tree with red flesh, balanced flavor, regular bearing, and fruit suited for storage and shipping.