Fermentation TRIZ Cases

Targeted amino acid substitutions in GH Family 11 xylanase variants enhance thermostability and thermal activity, resolving industrial hydrolysis bottlenecks.

A composite acid and metal salt solvent system dissolves cellulose at low temperatures to enable rapid hydrolysis into sugar products.

CV000902 corn breeding applies segmentation and feedback principles to resolve the contradiction between genetic diversity and uniform stability.

UDP-glucosyl transferase and sucrose synthetase catalyze Rebaudioside A conversion to Rebaudioside M using dimethyl sulfoxide for substrate solubilization.

A polyhydroxyalkanoate cake retains moisture through alternating solvent washes and filtration to eliminate heated drying steps.

BK000600 soybean variety combines high yield potential with lodging resistance through specific genetic modifications.

Chromosomal integration of transgenes produces fertile pink ornamental tetra fish with stable coloration.

Genetically modified ALDC enzymes maintain activity in low malt worts by eliminating host proteases that degrade the catalyst.

A recombinant vector with a LysR-reactive promoter maintains continuous enzyme synthesis to resolve instability and toxicity bottlenecks in 3-HP fermentation.

Lipase enzyme hydrolyzes one ester function in a diester compound to produce a monoester monoacid intermediate.

Ggr3A beta-glucosidase hydrolyzes cellobiose while resisting glucose inhibition that limits Trichoderma reesei Bgl1 activity.

RfaH overexpression in E. coli K4 boosts chondroitin yields above 8 g/L, resolving low production limits.

Multi-enzyme modification of rice starch below gelatinization temperature produces short linear chains that recrystallize into resistant starch.

PH24VK maize inbred uses molecular markers to combine disease resistance, drought tolerance, and uniformity while reducing breeding complexity.

Hybrid corn variety X12505 accelerates development time by applying preliminary action to characterize parent inbred lines before crossing.

Native and mutant promoters from Corynebacterium glutamicum form a ladder of incrementally increasing activity levels to regulate target gene expression.

Engineered microorganisms produce trans-2-unsaturated aldehydes using aldolase enzymes.

CV346421 corn variety applies male sterility and segmentation to resolve genetic uniformity trade-offs during hybrid breeding.