Algae Products TRIZ Cases

Controlled temperature and light trigger carpospore release and germination, enabling cleaner large-scale Asparagopsis production.

Introducing a fused thioredoxin-reductase gene resolves the disconnect between Calvin-Benson-Bassham cycle activity and fatty acid production.

Mutating algal methyltransferase genes reduces CHG and CHH methylation, resolving epigenetic silencing of exogenous DNA.

Sesaco 32 sesame prevents seed loss during mechanized harvesting by retaining seeds in non-dehiscent capsules.

Adapted Cyanidioschyzon merolae strain absorbs heavy metals and produces lipids despite extreme pH and temperature constraints.

KAS1601-WG7 cultivar accumulates astaxanthin in non-encysted motile cells, eliminating encystment complexity and reducing pigment production time to 72 hours.

Specific native seaweed species reduce methane production while improving meat quality and growth rates.

Molecular markers accelerate XBP29002 breeding cycles by replacing phenotypic screening with genetic profiling for stable trait inheritance.

Backcross conversion establishes disease resistance in PH11SP while maintaining uniformity and yield potential.

Vertical substrate arrays boost algae productivity while reducing mechanical strain on growth media.

Icarus Asparagopsis taxiformis strain sustains 280% higher aerial yield at 32°C, resolving heat stress damage that limits wild-type cultivation.

Selective breeding of female gametophytes eliminates non-productive male biomass, resolving production inefficiencies while reducing odor and iodine levels.

Replacing synthetic NPK fertilizers with algal by-products increases crop yield while preventing salt buildup that reduces water permeability.

Genetic transformation introduces disease resistance and yield traits into soybean variety A1016273, bypassing time-consuming conventional breeding cycles.

Centrifugation induces triacylglycerol accumulation in microalgae for direct bioplastic bead molding, eliminating costly purification steps.

High nutrient salt concentrations enable Botryococcus sp. to thrive and produce hydrocarbons in a controlled environment.

XB43U10 soybean variety combines aerial blight resistance with improved fatty acid composition through systematic parental selection.

A flue gas reclamation system directs exhaust to an algae farm for carbon dioxide absorption and biomass generation.

A multidimensional textile carrier provides high surface area and porosity for algae fixation.

Recombinant E. coli cells express Stevia enzymes to synthesize steviol glycosides, resolving yield and taste variability issues inherent in plant cultivation.

Pre-introgressing 22 resistance genes into PH12TJ eliminates sequential backcrossing, reducing breeding time while maintaining reliability.

Photo-oxidation removes color and odor from algal biomass, enabling consumer acceptance of protein sources.

Lettuce line PS06519080 uses self-pollination to create uniform hybrids, solving low seed production from manual crossing.

A vacuum hollow fiber membrane extracts dissolved gases from aqueous effluent by establishing an upflow liquid column with a gas phase.

Genetically modified photoautotrophic bacteria accumulate lipids and carbohydrates to increase biofuel production.

Sesaco 55 sesame maintains seed retention through non-dehiscence, preventing loss during mechanized harvesting.

Apertured macroalgae carrier sheets enable automated open ocean farming without mammal entanglement.

Selecting female gametophytes increases bromoform synthesis while lowering iodine content, resolving the trade-off between methane inhibition and animal safety.

PH13GJ maize variety uses molecular marker technology to pre-select desired resistance genes, reducing development time while maintaining uniformity.