Plant Peptides TRIZ Cases
- Protein polyurethane alloys comprising a succinylated protein and methods of making the same
See how succinylated plant proteins dissolved in polyurethane replicate natural leather's mecha
- Slmyc2-Modified Tomato Plants for Predatory Mite Establishment
Reducing Slmyc2 activity alters tomato glandular hairs and terpene emission so predatory mites can establish and control whiteflies and thrips.
- Parthenocarpic Watermelon Plants Without Pollinator Interplanting
A WOP1 mutant enables seedless watermelon fruit set without pollination, removing pollenizer plants to raise yield and simplify harvest.
- Rice GMS2 Gene Editing for Stable Male Sterility Control
CRISPR-Cas9 mutation of the rice GMS2 gene creates stable male sterility without cytoplasmic or photo-thermo-sensitive breeding limits.
- RKD2 and RKD4 Delivery for Efficient Transient Plant Genome Editing
Chemically inducible RKD2 or RKD4 delivery boosts transient plant genome editing and regeneration without stable foreign DNA integration.
- Sterile Gene Constructs for Male and Female Fertility Control
Recombinant DNA constructs and sterile genes enable targeted male and female sterility control for hybrid seed production in crops.
- PagPB Gene Silencing for Nitrogen Uptake in Poplar Roots
Silencing the PagPB gene improves nitrogen uptake and utilization in poplar roots, boosting biomass and nitrate reductase activity.
- GSL5 Gene Engineering for Durable Clubroot Resistance in Crucifers
By reducing or altering GSL5 activity, crucifer breeding gains broad-spectrum clubroot resistance with shorter breeding cycles.
- Flowering Gene Promoter Editing for Precise Bioenergy Crop Timing
Targeted cis-regulatory promoter editing shifts crop flowering time without broad transcription factor side effects on yield and hormones.
- Maize Root Cortical Aerenchyma Modification for Abiotic Stress Tolerance
Targeting the GRMZM2G083504 gene increases maize root cortical aerenchyma to improve abiotic stress tolerance with lower carbon costs.
- TaCaM-3A Gene Editing for Wheat Sprouting Resistance and Yield
Targeting the TaCaM-3A negative regulator with CRISPR or RNA interference improves wheat sprouting resistance while supporting grain size and yield.
- AAP and LHT Expression in Potato Tubers for Amino Acid Enrichment
Overexpressing AAP and LHT transporters boosts amino acid flow into potato tubers, raising essential amino acid and protein content.
- MdPHY7 Gene Regulation of Apple Anthocyanin Biosynthesis
ALA-induced MdPHY7 expression reveals a control point for apple anthocyanin buildup, improving fruit coloring through gene regulation.
- De-Epitoped Alpha Gliadin for Reduced Celiac T-Cell Activation
Targeted alpha gliadin amino acid substitutions reduce DQ2/DQ8 binding and celiac T-cell activation while preserving gluten function.
- Sugarcane Transformation Using Morphogenes for Recalcitrant Genotypes
Morphogenic sequences boost sugarcane transformation and genome editing while reducing genotype-dependent recalcitrance in elite varieties.
- Mutant Cullin1 Gene for Compact Watermelon Cultivation Density
A mutant Cullin1 gene creates shorter internodes and smaller leaves in watermelon, enabling denser planting with less pruning and better cultivation efficiency.
- Sporophyte Male Sterile Line Breeding With Herbicide and Pigment Screening
Linked herbicide resistance, gene silencing, and anthocyanin markers enable 100% sterile sporophyte lines with faster, lower-cost purity screening.
- Zm00001d029550 Gene Markers for Faster High-Oil Maize Breeding
Marker-assisted selection around Zm00001d029550 and SNP_75791466 helps raise maize kernel oil content with faster, more precise breeding.