Plant Genotype Modification TRIZ Cases
- Tomato Hybrid SVTJ7513 Uniformity via Segmented Breeding
Segmented breeding phases resolve genetic non-uniformity to ensure consistent performance.
- Maize Hybrid X85P992 Breeding Segmentation
Segmenting breeding phases and applying cytoplasmic male sterility ensures consistent trait expression across varying environmental conditions.
- Maize Hybrid 10139630 Segmentation for Yield and Stability
Segmenting breeding into distinct stages maintains phenotypic stability while improving yield and disease resistance.
- Corn Variety I282610 Breeding for Uniform Hybrids
Corn variety I282610 utilizes cytoplasmic-male sterility and genetic transformation to produce uniform hybrids with enhanced yield and disease resistance.
- Philodendron SHANGRI-LA Compact Growth and Trait Stability
Segmentation and asexual propagation fix compact traits, resolving genetic diversity versus trait stability contradictions.
- Maize PH25Y2 Breeding via Molecular Marker Segmentation
Molecular marker segmentation accelerates trait stability in maize PH25Y2 by replacing lengthy field testing with early genotypic selection.
- Soybean XBP38014R Trait Integration Breeding
XBP38014R integrates disease resistance and yield traits via preliminary action and feedback, reducing breeding time.
- LLM12BM Inbred Corn Line Yield and Disease Resistance
LLM12BM inbred corn line delivers uniform plants with enhanced yield potential while reducing chemical inputs through inherent disease resistance.
- Soybean XBP37012 Marker-Assisted Breeding
Soybean variety XBP37012 utilizes molecular marker-assisted breeding to combine disease resistance and improved fatty acid profiles.
- Soybean Cultivar 60111034 Breeding via Tissue Culture
Cultivar 60111034 applies tissue culture and transgenic methods to resolve breeding cycle duration while maintaining trait stability.
- Hybrid Corn CH702044 Male Sterility Breeding
CH702044 hybrid corn employs cytoplasmic male sterility and restorer genes to resolve the contradiction between genetic stability and efficient seed production.
- Soybean Variety 01058744 Breeding for Predictable Trait Stability
Soybean variety 01058744 achieves predictable trait stability by applying TRIZ segmentation to resolve breeding complexity.
- Maize Hybrid X03H020 Breeding for Uniformity and Yield
Hybrid maize variety X03H020 combines inbred lines to produce stable crops with improved kernel quality.
- Melon Hybrid SVMF8179 Uniformity via Segmented Inbred Lines
Segmented inbred lines resolve performance unpredictability by ensuring genetic uniformity for melon hybrid SVMF8179.
- Maize Inbred PH1D1R Marker-Assisted Trait Introgression
Maize inbred PH1D1R utilizes molecular marker technology to introgress multiple agronomic traits into a single genetic line.
- Soybean Variety 01063906 Genetic Transformation Breeding
Genetic transformation vectors introduce herbicide resistance into soybean variety 01063906, resolving unpredictability in traditional breeding processes.
- Hydrangea Cultivar SCHROLL122-11-01a Compact Habit and Stem Strength
Breeding resolves the trade-off between plant shape and stem strength, delivering a vigorous cultivar with extended flowering duration.
- Canola Inbred CL134904R Breeding Predictability
CL134904R canola inbred establishes certified seed sources to resolve breeding unpredictability and reduce development time.
- Maize Inbred PH2SVG Breeding Process
A novel maize inbred variety PH2SVG enables stable high-yield production through targeted genetic crossing and backconversion methods.
- Soybean XB08L14 Breeding via Segmentation and Preliminary Action
Segmenting the breeding program into distinct phases reduces development time while combining multiple agronomic traits.
- Soybean Variety 01046442 Marker-Assisted Breeding
Soybean variety 01046442 uses molecular markers to introduce glyphosate tolerance and disease resistance traits.