Angiosperms/Flowering Plants TRIZ Cases

Molecular marker selection accelerates development of cultivar 88041740, reducing time while maintaining stability.

Meigremlis rose variety delivers compact bushy growth with dense glossy foliage and abundant red semi-double blossoms.

Cytoplasmic male sterility and segmented breeding lines in maize variety 1PVPL29 reduce development time while maintaining stability.

Baptisia cultivar Cherries Jubilee produces maroon and yellow bi-colored flowers through controlled interspecific hybridization.

PKMP06 Campanula cultivar achieves uniform white flowers and compact form without vernalization or chemical retardation via asexual reproduction.

Vegetative propagation preserves OSTZ0012 phenotypic consistency despite environmental variations.

Hydrangea Doughill plants produce dense double flowers via asexual propagation, ensuring stable traits across varying temperatures.

CRISPDANNA yellow peach tree variety produces fruits with extended shelf life and excellent eating quality.

Cultivar 86240546 integrates yield, disease resistance, and fatty acid profiles via transformation to reduce breeding time.

Merging herbicide resistance, disease resistance, and nutritional quality into a single cultivar reduces development complexity while maintaining adaptability.

CH011029 hybrid corn employs male sterility and segmentation to resolve yield versus genetic uniformity trade-offs.

New Osteospermum cultivar exhibits continuous flowering and good rooting characteristics.

A compact upright strawberry cultivar enables easier harvesting through controlled cross-pollination selection.

Ajuga reptans cultivar ABFG0413A maintains stable purple flowers and bronze-purple leaves across varying environmental conditions.

Dahlonega oak cultivar exhibits early spring leaf-out and vibrant autumn colors through controlled breeding.

A Hypericum cultivar with variegated foliage uses softwood stem cuttings to replicate unique leaf patterns.

Calibrachoa variety KLECA13244 reproduces true to type via vegetative propagation, resolving the contradiction between trait consistency and propagation time.

KW4P1344 resolves the contradiction between yield potential and genetic stability through segmented breeding protocols.

RES 19-56 mandarin cultivar resolves contradictions between early maturity and fruit quality through genetic parameter changes.

Greentorch Prunus cultivar achieves compact columnar shape and vigorous growth through parameter changes in plant habit.

TAKANO 7GO apple variety crosses Shinano Gold and TAKANO 1GO to maintain flesh firmness during one month storage at 20-25°C.

Soybean variety 01057333 uses molecular marker selection to reduce breeding time while ensuring consistent agronomic performance.

Segmented breeding of inbred lines combines disease resistance and drought tolerance while maintaining uniformity across environments.

Hosta Trendsetter hybrid merges Niagara Falls variegation with Empress Wu foliage to create unique leaf margins and pale lavender blooms.

C04-014 blueberry hybrid resolves trade-offs between fruit size and firmness while extending the harvest season via asexual propagation.

F126 blueberry resolves yield-health trade-offs by extracting high productivity while maintaining rust resistance and cool climate adaptability.

Buddleia davidii Stellar Pink achieves compact plant habit and intense flower color by balancing growth vigor with selective breeding parameters.

Heuchera 'Toncka 380' cultivar exhibits large glossy leaves and unique coloration through tissue culture propagation.

Controlled breeding and terminal cutting propagation resolve contradictions between genetic stability and development time for unique flower traits.

Controlled cross-pollination of Viola Tiger Eyes and Lord Primrose yields SMEV5, resolving contradictions between uniform dense habit and diverse flower traits.

Artificial pollination creates PACseventy, resolving contradictions between flower keeping ability and abundance while ensuring compact growth.

Soybean variety 01073335 introduces herbicide and disease resistance via genetic transformation, reducing breeding cycle duration.

Stabilizing a natural mutation via division and tissue culture ensures consistent phenotypic traits for unique flower color.

X18R890 hybrid maize employs marker-assisted selection to maintain uniformity while incorporating multiple disease and insect resistance traits.

JIVE strawberry cultivar exhibits compact growth, glossy red fruit, and mildew resistance through targeted genetic selection.

CH010382 hybrid corn applies segmentation and extraction principles to resolve genetic stability versus hybrid vigor contradictions.

Controlled pollination and vegetative propagation stabilize genetic traits in the interspecific Chamelaucium hybrid WX 87.

Tissue culture propagates Snow Virgin Phalaenopsis clones, resolving contradictions between propagation efficiency and genetic uniformity.

Hosta June Spirit achieves distinctiveness from over 4,900 cultivars by maintaining specific leaf variegation patterns through stable asexual propagation.

TBG 35 celery cultivar delivers enhanced yield by modifying vernalization requirements to prevent premature bolting during winter production.

Controlled cross-pollination creates a compact mounding plant that delays flowering to extend post-production longevity.

A Rhododendron hybrid variety achieves distinct purplish red blooms through controlled cross breeding and tissue culture propagation.

Hybrid maize variety X13M716 integrates disease and insect resistance through locus conversion, accelerating breeding efficiency.

Interspecific Prunus tree produces fruit with darker red skin and flesh through hybridization of Prunus salicina and Prunus armeniaca.

Rotemi strawberry variety resolves yield and disease tolerance trade-offs in Sharon coastal plain climates via parameter changes.

Poulpal084 rose variety produces uniform apricot pink blend flowers with compact growth and disease resistance.

Tissue culture enables rapid, uniform multiplication of Phalaenopsis 'Ava Star' plants while maintaining genetic consistency and desirable floral traits.