Enzymes TRIZ Cases

Recombinant AAV vectors deliver IRF2BPL cDNA with optimized promoters to restore functional protein expression in IRF2BPL disorders.

A biomimetic weathering enzyme thins glass uniformly to 20 microns while avoiding fluoride toxicity, roughness, and complex cleaning.

An ultra-miniaturized TnpB and reRNA system enables target gene regulation within AAV cargo limits while avoiding DNA cleavage damage.

Cell wall polysaccharide-degrading enzymes smooth plant-based milk texture and improve taste without complex micronization or homogenization.

AAV delivery of truncated ATP7B removes liver copper and limits reaccumulation while improving manufacturing yield over wild-type constructs.

Enzymatic steeping and Gibberellic acid treatment shorten malting stages while preserving malt quality and reducing DON contamination.

This case uses Abyssicoccus albus Cas9 and guide RNA to reach eukaryotic genome sites unavailable to conventional PAM recognition.

Targeted amino acid changes produce alpha-amylase variants with stronger stain removal and stability in detergent formulations.

This case targets Leaf Quality Genes to reduce nicotine in tobacco while maintaining yield, ripening, and USDA-grade leaf quality.

Cellulase, hemicellulase, and pectinase treat plant-based raw materials for smoother texture without specialized homogenization equipment.

This case uses 5′ and 3′ replication elements to produce cargo RNA for plant resistance to pests, pathogens, and stress.

Alpha-amylase and pullulanase treatment produces high-solids maltodextrin with reduced viscosity and lower water activity.

Maize ubiquitin 3' untranslated regions stabilize mRNA to resolve variability in transgene expression levels across different plant transformation events.

Retroviral vectors bypass reverse transcription to prevent insertional mutagenesis while enabling safe transient gene expression.

Mutated GH7 endoglucanases maintain substrate conversion activity at 60°C through targeted amino acid sequence modifications.

Targeting PtrEPSP-TF transcription factors lowers lignin in rice cell walls, resolving pathway complexity while boosting biofuel yield.

Plant defense-response elicitors trigger Cannabis sativa immunity to boost biomass yield and cannabinoid production.

CRISPR-edited tomatoes achieve compact architecture and early flowering, enabling high-density planting in restricted urban spaces.

Combining a thermostable PS4 variant with pullulanase hydrolyzes starch into maltotetraose, reducing higher oligosaccharide content.

Microcarrier suspension culture maintains enzyme productivity while reducing energy consumption and operating costs in stirred fermenters.

Hormone treatment elevates beta-carotene in Gypsophila flowers to produce yellow, cream, or green petals.

Targeted mutations in the nicotine demethylase gene reduce nornicotine levels and lower reversion rates in tobacco progeny.

PHA synthase converts lactyl-CoA into high molecular weight biodegradable copolymers.

TALEN-mediated mutagenesis reduces isoflavone content by up to 99% without introducing transgenic DNA sequences.

IRE1 and CSLF6 expression boosts plant glucan content while overcoming growth penalties.

Analysis system corrects urinary material ingredient quantities using creatinine measurement data from diverse sources.

Reducing homoserine kinase activity accumulates protective metabolites, delivering durable oomycete resistance without stunted growth.

The PTS514 promoter induces specific gene expression during drought or salinity stress, boosting yield by 40% without impairing normal development.

Insulator DNA sequences buffer fungal gene cassettes against random integration sites, reducing histone binding and screening time.

Engineered imine reductase enzymes replace multistep chemical synthesis with a single-step biocatalytic route, improving productivity and stereoselectivity.

A viral shuttle vector enables stable chromosomal integration and expression in hyperthermophilic archaea.

Amino acid substitutions in the linker peptide decrease lignin binding, enabling higher cellulose hydrolysis efficiency during biomass conversion.

Chemically modified oligonucleotides hybridize to microRNA-379 transcripts to inhibit expression.

Target-selected mutagenesis alters endogenous EPSPS genes to confer glyphosate resistance without foreign DNA, resolving consumer acceptance issues.

A non-maltogenic exoamylase polypeptide modifies starch structure to enhance bread freshness.

The AUSbernard rose hybrid merges deep crimson blooms with strong fragrance, resolving the contradiction between flower quality and broad bushy growth habit.

Introducing mutator genes into CHO cells increases genetic diversity, resolving the trade-off between adaptability and genome stability.

Mutated PHA synthase enzymes resolve low synthesis efficiency by utilizing lactyl-CoA substrates to produce high molecular weight polylactate.

Modifying phosphotransacetylase gene expression resolves the contradiction between productivity and process complexity, increasing L-amino acid yields.

QTL3.1 and QTL5.1 introgressions boost 2OGD enzyme expression to reduce Didymella bryoniae infection rates.