Plant Genotype Modification TRIZ Cases

Maize variety PH2CRV integrates multiple agronomic traits through backcross conversion to resolve breeding time versus stability trade-offs.

Soybean cultivar 02220303 combines transgenic traits through controlled crossing and tissue culture regeneration.

Cotton variety 13R315B2R2 combines transgenic traits with controlled crossing to deliver stable high fiber yield.

Pea line 08560899 delivers stable uniform populations with enhanced disease resistance through pedigree selection.

Hybrid corn variety CH011109 utilizes cytoplasmic male sterility to prevent self-pollination and improve seed production efficiency.

PHRDC maize variety resolves contradictions between disease resistance and uniformity using segmentation and preliminary action principles.

Soybean cultivar S130075 applies segmentation and feedback to reduce breeding development time while maintaining agronomic quality.

Soybean variety 01064142 incorporates transgenic genes for herbicide resistance, reducing breeding time while maintaining agronomic quality.

LATESWEET XX plum tree generates heavy blooms with abundant pollen to attract bees, resolving self-unfruitfulness and ensuring consistent fruit quality.

Segmenting parent lines and using intermediary nets prevents self-pollination while maintaining genetic stability in hybrid corn CH101657.

Soybean variety 01052098 incorporates transgenic traits via single locus conversion, resolving breeding complexity while maintaining genetic uniformity.

Aloe KRAKATOA cultivar combines serrated leaves with red protuberances through controlled hybridization.

Segmenting breeding into distinct parental lines maintains yield uniformity while combining disease resistance and drought tolerance.

Soybean cultivar 55021012 applies tissue culture regeneration and preliminary action to accelerate breeding timelines while maintaining trait stability.

Molecular marker selection replaces manual pollination to reduce breeding complexity while maintaining genetic diversity in soybean lines.

CRISPR editing in wheat variety XW14B stacks disease resistance and yield traits, avoiding generational instability from traditional breeding.

White-fruited grapevines utilize non-VvMybA1 mutations to produce novel color and flavor combinations.

Single locus conversion introduces specific genes into soybean variety 01050742.

Soybean cultivar 05120629 accelerates breeding by integrating transgenes through tissue culture, reducing development time.

Introducing herbicide tolerance genes in female lines enables chemical purification, eliminating manual rogueing labor.

Segmenting the breeding program into distinct phases reduces cycle time while maintaining genetic stability of disease resistance traits.

Sorghum inbred PHB494 combines targeted crossing with genetic transformation to deliver robust disease resistance and high crop yield.

Soybean cultivar S170028 accelerates breeding by segmenting multi-trait selection into distinct generational stages, reducing development time.

Segmenting inbred line development from hybridization resolves genetic uniformity versus diversity trade-offs.

Maize variety 36H43 combines drought tolerance and disease resistance through proprietary inbred crossing.

Demethylating agents amplify retrotransposable elements in banana meristems to generate disease-tolerant plants.

Soybean variety GC16389984 merges yield stability with disease resistance by extracting specific transgenes for herbicide tolerance into elite parents.

Cytoplasmic male sterility prevents self-pollination in hybrid corn variety CH011185, ensuring genetic stability and efficient seed production.

PH1MD0 inbred line achieves consistent crop yields by integrating drought tolerance and insect resistance while maintaining mechanical harvesting uniformity.

Soybean variety 01045782 uses molecular markers to reduce breeding time while maintaining morphological stability.

X08P366 resolves breeding complexity by segmenting parent lines and merging their distinct disease resistance loci into a single stable hybrid.

Soybean variety 5PTAN97 reduces development time by applying preliminary action and segmentation to combine desirable traits efficiently.

Aneu-tetraploid Argyranthemum pollen bypasses self-incompatibility barriers in Glebionis crosses, enabling embryo rescue and viable hybrid production.

Soybean variety 01057115 utilizes molecular marker-assisted selection to incorporate specific genetic traits.

Segmented breeding of hybrid maize variety X13H891 resolves the contradiction between combining desirable traits and maintaining agronomic uniformity.

CV758647 corn variety uses male sterility factors to produce uniform inbred plants, resolving genetic non-uniformity from cross-pollination.

Hybrid maize variety X08H716 combines inbred parent lines to deliver enhanced disease and insect resistance while maintaining agronomic quality.

Megachile bees transfer pollen between antherless and normal lettuce plants to produce hybrid seeds.

Soybean variety 5PGWG93 accelerates breeding programs by applying preliminary action to verify trait stability across environments before commercial release.

CH243452 resolves genetic non-uniformity by applying homogeneity to create reliable, uniform hybrid offspring.

Marker-assisted selection accelerates breeding by tracking desired loci while retaining original morphological characteristics.

Standardized inbred lines ensure genetic uniformity in hybrid corn CH591615, resolving unpredictability from cross-pollination.

Rice cultivar M-209 combines traditional breeding with genetic engineering to produce stable, high-yielding grain.

Hybrid maize variety X08A237 combines proprietary inbred lines to deliver uniform agronomic traits.