Transferases TRIZ Cases

Hydroxylated peptide immunogens generate antibodies that differentiate tumor cells from normal tissue by detecting unique BAZ1B_K426hy expression levels.

Enzymatic conversion of 3-hydroxy acids to alkenes replaces petroleum cracking, lowering production costs.

Site-directed mutagenesis of dihydroxy-acid dehydratase increases isobutanol titers by up to 300% while maintaining pathway reliability.

Targeted mutations in CDC123, SUI3, and FPK1 proteins resolve the contradiction between xylose utilization capability and insufficient ethanol productivity.

An I401T mutation in cytosine permease increases L-tryptophan producing ability while minimizing strain modification complexity.

Genetically modified Methylobacillus bacteria with disrupted EPS gene clusters reduce exopolysaccharide synthesis.

CRISPR-edited Pichia pastoris expressing GPPS2, IDI, IPK, and ThiM enzymes produces cannabinoids with improved scalability and purity.

Specific amino acid substitutions in TdT reduce deletion and insertion errors during template-free enzymatic DNA synthesis.

Engineering yeast with MET14, MDJ1, and ERG26 overexpression converts hydrolysate toxins into acceptable fermentation conditions.

Co-expressing CPT and NgBR genes in transgenic plants stabilizes enzyme activity to increase polyisoprenoid yield without tree maturation delays.

NDT enzymes replace chemical methods to synthesize nucleoside analogues with high purity and yield.

Eukaryotic cell lysates containing exogenous orthogonal aminoacyl-tRNA synthetases enable cell-free protein synthesis.

QTL6 molecular markers enable marker-assisted selection of high oil maize, resolving breeding efficiency bottlenecks.

Barley with mutated MMT genes eliminates SMM precursors, removing DMS without energy-intensive brewing steps.

Thermophilic PGDH and PSAT enzymes synthesize O-phosphoserine from 3-phosphoglyceric acid, avoiding microbial feedback inhibition.

Engineered DPO4 polymerase variants incorporate bulky nucleotide analogs with high fidelity.

A rice EPSPS mutant confers glyphosate resistance through specific amino acid mutations.

Mutated archaeal primase enables template-independent nucleic acid synthesis at elevated temperatures.

A 3-MST enzymatic method converts sulfite into thiosulfate within compositions.

Deleting tyrR1 and pyk in Amycolatopsis boosts vanillin yield to 4.72 g/L, overcoming low production limits.

Modifying coryneform bacteria to increase alpha-ketoglutaric acid uptake carrier activity.

Targeted mutations enlarge the catalytic pocket, enabling efficient synthesis of nucleic acids using sterically hindered modified nucleotides.

Engineered Escherichia sp. overexpresses acetyl-CoA synthase and mutated pantothenate kinase to boost O-acetyl homoserine yield.

Xylosyltransferase catalyzes gentisic acid glycosylation to enhance perceived saltiness, resolving the trade-off between flavor intensity and sodium content.

A propionate-inducible promoter system regulates ilvBN gene expression to enhance L-valine production in Corynebacterium.

RNAi compositions degrade GSK3α mRNA through RISC-mediated cleavage, offering selective inhibition without lithium side effects.

Caldilinea sp. enzyme converts fructose to tagatose, overcoming lactose supply instability.

Engineered microorganisms convert gaseous carbon into 2-phenylethanol via heterologous enzymes, displacing fossil carbon dependence.

Introducing TERT and proliferation modulators into bovine cells extends replicative capacity, reducing starting cell requirements for mass production.

Segmented gene clusters with fusion proteins resolve missing regulatory elements, enabling high-yield chelocardin production in heterologous hosts.

Cysteine synthase enzymes convert toxic hydrogen sulfide into L-cysteine, eliminating the corrosion and toxicity hazards of conventional chemical sweeteners.

Targeted amino acid substitutions in the EPSPS protein confer glyphosate resistance while maintaining wild-type catalytic activity.

Codon optimization of sucrose isomerase genes increases enzyme production by 14 to 19 percent, lowering rare disaccharide manufacturing costs.

Segmenting the pathway manages complexity while enabling derivative synthesis through modular expression.

Composite binder stabilizes enzyme granules against moisture, eliminating hazardous crosslinking agents and reducing contamination risks.

Engineered variants replicate eukaryotic specificity while simplifying purification, resolving the trade-off between linkage reliability and manufacturing ease.

Mechanical wounding of seed explants creates physical entry sites that increase transformation efficiency and reduce genotype dependency.

A biocatalytic system converts crotyl alcohol into butadiene using specific kinase and terpene synthase enzymes.

Recombinant nucleic acids silence fungal SMT1 genes, reducing infection without chemical fungicides.

Self-assembled nanoplatelet clusters enable substrate channeling, resolving diminished enzymatic activity from large-surface immobilization.

Concomitant transaminase and reductase enzymes bias reaction equilibrium toward product formation, improving yield without expensive coenzymes.