Angiosperms/Flowering Plants TRIZ Cases

Targeted transgenes and controlled crossing, selection, and selfing address unpredictable soybean cultivar development while adding resistance traits.

Controlled cross-pollination and in vitro meristem propagation produce Phalaenopsis ‘Soundtrack’ with consistent flowering and distinctive big-lip blooms.

X08V953 addresses slow, imprecise trait integration by combining genetic modification with breeding for disease, insect, heat, and drought resistance.

This case shows how a natural Salvia coccinea mutation combines compact growth, thicker leaves, and larger flowers.

A self-compatible cacao clone enables monoclonal plantations to achieve successful pollination, with yields exceeding 2.5 t/ha.

This case shows how AIRLIE sweet corn combines inbred-line development and controlled F1 crossing for stable yield and stress resistance.

Combining parent traits produced Sedum ‘SETZ0002’ with compact dark foliage, early flowering, and fixed deep-red inflorescences.

Selective breeding produces Innovator shallots with P. destructor resistance, uniform growth, and excellent storability.

Seedling selection and tissue-culture propagation preserve this Campanula’s dark violet-blue flowers, dense branching, and six-week bloom period.

This rose cultivar combines a compact, mounded habit with vigorous continuous flowering, fungal-disease resistance, and USDA Zone 4 hardiness.

Seasonal foliage shifts from mid-green to golden and bronze while a compact spherical habit supports containers and groundcover use.

Controlled cross-breeding addresses limited flowering and sparse growth with an Agastache cultivar offering earlier, longer blooms and dense branching.

Controlled cross-pollination produced a compact, upright Xerochrysum with dense double blooms and a long flowering period.

See how X95V289 uses stabilized inbred parents and crossing to combine disease resistance, yield, and uniform plant characteristics.

Controlled breeding and selection produced ‘NCB193’ with improved Phytophthora root rot resistance and stable horticultural traits.

Controlled crosses, backcrossing, and genetic transformation build X18V377 with stable plant uniformity, disease resistance, and improved maize yield.

Genome editing and breeding produce soybean variety 01094810 with glyphosate, glufosinate, and dicamba resistance alongside stable yield.

Traditional breeding struggles to combine yield and disease resistance; cultivar 15202010 uses genetic modification and selective breeding to alter fatty acid profiles.

Controlled hybridization created SUGRA68, while cuttings and grafting maintain its large, cylindrical, dark red violet berries and early ripening.

Controlled hybridization establishes SUGRA71’s large, dark-red, very late-ripening berries, while asexual propagation keeps these traits stable.

Controlled breeding and vegetative propagation produce ‘Suncath 783’ with freely branching growth, double purplish pink flowers, and long flowering.

Controlled crossing of two Alocasia species produces ‘Dragon Wings’ with broad dark foliage, hybrid vigor, and mite resistance.

Controlled pollination creates Aloe cultivar AMIAL2136, while leaf-cutting propagation preserves its distinctive foliage traits across generations.

Meristematic tissue culture preserves ‘OVWOODS06’ compact growth, upright foliage, and distinctive purple-brown margins.

Natural mutation and stem-cutting propagation preserve ‘Baluptold’ traits, including bright yellow flowers, upright growth, and garden performance.

Controlled breeding addresses the need for dense, freely flowering Lavandula with compact upright growth and short peduncles.

This case shows how Kiyomi and MINEOLA breeding produced juicy, seedless mandarin fruit with late maturity and easy peeling.

A controlled cross of two proprietary Vernonia seedlings produced compact, mildew-resistant growth with a six-week flowering display for landscape use.

Soybean variety 5PNRB01 combines yield stability with resistance to diseases, drought, heat, and other breeding stresses.

Controlled cross-pollination and in vitro meristem propagation produce a stable Anthurium cultivar with durable spathes and dense growth.

Preselected parental lines and marker-assisted selection combine yield potential with resistance to ZYMV, WMV, and PRSV in hybrid squash.

Selective breeding combines resistance to Aerial Web Blight, Anthracnose, Aphid Antibiosis, and Brown Stem Rot for stable soybean yields.

This case shows how R0415C4156 addresses unpredictable, time-consuming alfalfa breeding through stable populations and controlled crossing.

Backcrossing and marker-assisted selection support R0419A3143 propagation while reducing breeding-cycle uncertainty for multi-trait goals.

Disease resistance and drought tolerance are combined in 5PMHB70 to support stable, high-yielding soybean cultivation.

Pre-characterized 5PCNG46 combines disease resistance, stress tolerance, and broad adaptability to shorten soybean breeding cycles.

Phased breeding and selected parent lines help combine disease resistance and stress tolerance in soybean variety 5PUDG46 while addressing long development timelines.

Selective breeding develops PS 1541 lettuce with stable, uniform traits and improved resistance to disease, tip burn, and bolting.

Staged crossing and trait introgression target disease, insect, drought, and heat resistance while reducing the resource burden of soybean breeding.

Pre-characterized parent selection and backcrossing combine aerial web blight, anthracnose, and abiotic-stress resistance in soybean variety 5PYYV54.

Pre-established germplasm and trait introgression support 5PPZM06 soybean development for stable yield under disease and environmental stress.

Autotetraploid complexity and self-incompatibility make alfalfa traits unpredictable; controlled crossing and backcrossing stabilize C0416A3360.

Preselected parent lines and staged crosses help 5PHSB14 combine disease resistance, drought tolerance, and stable yield.

Molecular markers guide backcrossing in FM 6000AXTP cotton to introduce herbicide and insect resistance while preserving genetic conformity.

A pre-characterized C0417A3151 alfalfa variety combines pest and disease resistance with faster, more predictable breeding.

A short-day red onion variety combines open-field adaptability with improved yield and a consistent low-pungency supply across seasons.

Vegetative cuttings create compact, early-flowering double-blooming Mandevilla cultivars.

This Itoh peony case combines herbaceous and tree peony traits for large red flowers, compact growth, and disease-resistant foliage.

This soybean germplasm supports trait introgression and characterization to shorten development of resilient, high-yielding varieties.

This case shows how staged inbred development and controlled crossing combine resistance and yield while preserving uniform maize growth.