Plant Genotype Modification TRIZ Cases

Soybean variety 01045751 applies DNA transformation to replace conventional breeding, reducing development time and increasing predictability.

Machine learning GWAS pipelines detect molecular markers to identify soybean genotypes with dicamba tolerance.

CH668645 hybrid corn employs cytoplasmic male sterility to prevent self-pollination, ensuring genetic stability and uniform seed production.

Molecular markers identify genotypic values in hybrid pepper XHP16841, resolving measurement precision issues masked by environmental factors.

Segmenting breeding into self-pollination and crossing phases resolves genetic non-uniformity while maintaining trait diversity.

SLA21 inbred corn line increases grain yield and insect resistance, reducing protective chemical usage while maintaining commercial competitiveness.

Inbred maize line PHC55 combines disease resistance and drought tolerance to resolve breeding time constraints while maintaining crop uniformity.

Hybrid corn variety CH784094 utilizes tissue culture and backcrossing to establish stable genetic lines with consistent morphological traits.

Structured generation segmentation in canola 15GG1763G breeding maintains uniformity while combining disease resistance traits.

Hybrid corn variety CH011007 uses segmentation and extraction to combine desirable traits while maintaining genetic stability.

Molecular marker feedback accelerates soybean variety XBP52006SR development, reducing breeding cycle duration and resource consumption.

Tissue culture regenerates hybrid corn variety CH011223 to maintain genetic uniformity while introducing new disease resistance traits.

Segmenting inbred line development from crossing resolves genetic uniformity trade-offs, delivering stable hybrid corn CH669468 with improved yield.

Asexual reproduction stabilizes distinct floral traits in Lantana LANZ0019, resolving breeding time trade-offs.

PHEDV maize variety combines disease resistance and drought tolerance via preliminary inbred line screening to reduce breeding time.

Ben Chaska black currant cultivar achieves consistent high yields through controlled genetic selection.

Genetic transformation introduces precise traits into soybean variety 01064169, overcoming the unpredictability and time loss of conventional breeding methods.

Hybrid maize variety X03K062 utilizes cytoplasmic male sterility to combine disease resistance and drought tolerance traits.

Hybrid corn variety CH698617 uses controlled pollination to ensure uniform physiological and morphological characteristics.

Crossing inbred lines 100614392 and 100614254 creates Guzmania RETRO hybrids with superior red bracts and reliable seed propagation.

Helleborus COSEH 5700 cultivar delivers stable red-purple flowers and compact growth through controlled hybridization.

Cultivar 54113122 merges multiple traits via preliminary action and segmentation to reduce the six-to-twelve-year development cycle.