Vector-Based Foreign Material Introduction TRIZ Cases

Replacing conventional breeding with genetic engineering, soybean variety 01051528 ensures predictable trait expression while cutting development time.

PH1M7Z maize inbred hybrid overcomes breeding time delays by combining disease resistance and drought tolerance via backcross conversion.

Segmented deaminase halves reassemble at target sites to edit adenine bases, bypassing guide RNA delivery barriers in plant organelles.

Segmented chain expression with inducible promoters eliminates refolding steps, cutting production time and cost.

A genetically controlled parthenocarpic pepper plant produces seedless fruits independently of pollination.

T7 DNA polymerase drives rolling circle replication to produce gRNA libraries, eliminating cloning artifacts and sequence bias inherent in mechanical methods.

Reducing POLQ expression minimizes random DNA integration events, ensuring predictable and stable RNA or polypeptide expression.

Segmenting trait development into pure inbred lines restores yield uniformity while maintaining genetic stability during hybrid creation.

Transgenic expression of the EF-Tu receptor enables plants to detect eubacterial elongation factor-Tu and trigger innate immune responses.

A method prepares candidate NLR gene libraries from highly expressed plant transcripts to identify disease resistance genes.

Segmented plasmids with asymmetric elements reduce replication risk and insertional mutagenesis in gene therapy without lowering viral titers.

Fused gene links lipid biosynthesis sequence to phosphorus deficiency promoter for enhanced vegetable oil production in transgenic plants.

Direct particle bombardment of shoot apices introduces genes without tissue culture, eliminating somaclonal mutations and improving transformation efficiency.

Segmenting inbred development from cross-pollination resolves genetic non-uniformity while maintaining high yield and disease resistance.

Over-expressing chaperones Ssa2 and Hsc82 in Aspergillus resolves the bottleneck between high synthesis rates and limited secretion capacity.

Merging guide RNA and repair templates into one molecule ensures local availability at DNA break sites, reducing off-target effects.

WCC153 inbred corn line reduces breeding time by providing a stable, adaptable foundation for hybrid development.

A bacteria-free method assembles linear nucleic acids into nanocircles via exonuclease and ligase activity.

Interfering nucleic acids target elongase genes to suppress Argentine ant activity, avoiding environmental hazards from conventional pesticides.

Soybean variety 01051705 uses Agrobacterium-mediated transformation to introduce specific genetic traits directly into the plant genome.

Soybean variety 01051039 uses molecular marker-assisted selection to resolve breeding time and replication contradictions.

CRISPR-based gene silencing reduces specific protease activity in stationary phase, resolving the trade-off between protein stability and cellular growth.