Angiosperms/Flowering Plants TRIZ Cases

This Anthurium case uses in vitro meristem propagation to reproduce white spathes, dense growth, and durable flowering true to type.

This rose breeding case merges soft pink rosette blooms and lemon sherbet fragrance with a vigorous, disease-resistant shrub form.

This case shows how 5PWSG47 breeding and trait introgression improve disease resistance, stress tolerance, and yield stability.

This case develops RED CORAL through controlled parental breeding to preserve uniform fruit traits while enabling added disease resistance.

Genome editing and breeding add herbicide tolerance and disease resistance.

Flat Delight Three needs about 350 chilling units and delivers firm, early-season fruit suited to low-chill regions and shipping.

Self-pollination and controlled crossing improve tomato hybrid uniformity while introducing herbicide and insect resistance.

X13V195 combines disease resistance, stress tolerance, yield, and uniformity through stabilized inbred lines and controlled crossing.

This case uses homozygous inbred lines and controlled crossing to combine traits while improving corn population uniformity.

Genetic trait combination improves soybean yield, disease resistance, and herbicide tolerance.

Planned breeding combines dark red-purple flowers, repeat blooming, strong roots, and pest tolerance in Rhododendron ‘ROBLEZG’.

This Philodendron case addresses weak branching and uneven variegation through a stable, asexually propagated compact phenotype.

This case shows how highbush and Vaccinium stamineum genetics combine low chilling needs, vigor, and firm, flavorful berries.

Controlled breeding and asexual propagation create a larger, self-supporting Philodendron Natali with distinctive leaves and long petioles.

Cultivar 94411038 supports stable integration of transgenic and mutant traits.

Transgenes, backcrossing, and marker-assisted selection incorporate resistance traits while preserving soybean characteristics.

This case shows how cuttings preserve Phoenix’s distinctive foliage, long petioles, and self-heading habit across generations.

This case uses targeted locus conversion and backcrossing to introduce stable soybean traits without prolonged breeding cycles.

This case shows how planned breeding and genetic modification combine yield, resistance, and fatty acid objectives in one soybean cultivar.

Cultivar 91080218 uses regenerable cells, transformation, and backcrossing to add traits while preserving genetic uniformity.

Cultivar 00450914 combines herbicide and disease resistance with an altered fatty acid profile for agronomic and oil-quality value.

Regenerable cells and targeted gene introduction support stable soybean breeding with herbicide and disease resistance.

This case shows how homozygous lines and cytoplasmic male sterility produce uniform, pest-resistant CV565473 corn hybrids.

This case combines inbred-line breeding, controlled pollination, and targeted loci to balance uniformity, yield, and resistance.

This Hydrangea case pairs compact growth and sturdy stems with dense flower heads and bright white sepals from June to September.

Crossing and asexual propagation combine cold hardiness, seedlessness, tropical flavor, and loose clusters in MN 1369.

This case uses homozygous inbreds and controlled crossing to balance genetic uniformity, diversity, and stress resistance.

This case shows how controlled breeding and softwood cuttings establish a stable Dasiphora cultivar with compact form and golden flowers.

Bailvibone combines fragrant flowers, semi-evergreen foliage, and easy rooting.

This case examines LDC6009 breeding and transgene methods for combining hybrid vigor with regional Corn Belt adaptability.

This case shows how variety 19R311B3TXF supports stable trait introduction through crossing, backcrossing, and controlled selection.

CH010399 uses homozygous parental lines and controlled cross-pollination to improve corn yield while preserving uniform progeny.

Controlled breeding delivers bright red autumn foliage, upright growth, silvery-white panicles, and low-maintenance winter hardiness.

This case uses 1PANV20, backcross conversion, and hybrid crossing to combine yield, resistance, and drought tolerance.

This case shows how terminal vegetative cuttings maintain GRAND ADI’s distinctive large purple flowers and winter blooming.

This case shows how breeding and locus conversion combine yield, disease resistance, herbicide tolerance, and nutrition.

This lettuce variety uses inherited resistance to protect yield and quality against downy mildew, aphids, and corky root.

Selective breeding and stem-cutting propagation produce large color-changing flowers, prolonged blooming, and stable garden traits.

CV558775 uses homozygous lines and male sterility to deliver predictable traits and efficient hybrid seed production.

Staged breeding and selection support Paonia lettuce stability, disease resistance, and adaptable agronomic performance.

Limited Phlox flower color and timing are addressed with white, late-spring blooms and stable vegetative propagation.

This Geranium cultivar uses stable asexual propagation to deliver early, repeated blooms and healthy growth in warmer, drier gardens.

This apple cultivar uses targeted breeding and asexual propagation to retain red skin, low russeting, firmness, and storage quality.

This case shows how selective breeding produced Hydrangea ‘LC NO24’ with compact growth, dense panicles, and lasting apple green sepals.

This case shows how self-pollination and controlled crossing preserve uniformity while introducing corn hybrid diversity.

Selective breeding integrates yield, quality, disease resistance, and environmental tolerance into R411M104 alfalfa.

Explore dark marginal bands and cream variegation in Sansevieria ‘Hansoti55’.

This case uses self-pollination and controlled crossing to fix traits and produce uniform, high-yielding corn hybrids.

This case shows how division preserves G22087’s large dark pink flowers, broad foliage, stiff habit, and constant summer flowering.

This case shows how 1PHBS84 supports stable, high-yielding maize and faster hybrid development through trait-focused breeding.