Hydrolases TRIZ Cases

Keratin hydrolysate binds lignin during lignocellulosic fermentation, protecting enzymes, raising sugar yield, and cutting purification energy.

CRISPR/Cas9 knockout of SmABCG2 creates stable male-sterile eggplant lines, reducing manual emasculation and improving hybrid seed purity.

Isothermal SDA and CRISPR-based detection enable reliable ambient-temperature amplification of low-abundance nucleic acids for point-of-care use.

Stable DNA reporter probes replace degradable RNA and remove in vitro transcription, enabling rapid multi-target CRISPR detection.

Targeted Cas12 amino acid mutations improve guide-directed DNA cleavage specificity while preserving editing activity and PAM versatility.

A modified GH3.6 enzyme enables one-step N-acyl amino acid synthesis with higher yield, lower waste, and improved L-glutamic acid specificity.

Anionic detergent replaces Proteinase K to inactivate DNase, lyse microbes, and improve qPCR quantification in Cannabis samples.

Hybridized tracrRNA and crRNA extensions stabilize Cas12a complexes and improve sequence-specific genome editing in eukaryotic cells.

A recombinant Factor G heterodimer enables sensitive β-glucan measurement while avoiding culture-medium BG contamination and lot variability.

Selective saponin lysis and DNase digestion remove host DNA from clinical samples, enriching pathogen nucleic acid for faster sequencing.

Egg, embryo, and meiotic promoters focus CRISPR nuclease activity in reproductive tissues to improve plant editing specificity and integration.

CRISPR FOXP3 correction in hematopoietic cells restores physiologic Treg function while avoiding overexpression and transplant complications.

Modular NRPKS, HRPKS, and thioesterase pathways raise olivetolic acid titers while expanding cannabinoid analogue production from microbes.

Chemically synthesized aptamers inhibit RNase A and RNase I, preserving RNA samples under high-temperature and storage constraints.

CRISPR IGF-1 knockout in mini-pigs avoids neonatal death and reproduces key Laron syndrome traits for drug testing.

Chemically modified AONs recruit endogenous ADAR to target adenosines, improving RNA editing specificity while limiting promiscuous editing.

Targeted amino acid substitutions at MHC-binding epitopes reduce Type II Cas immunogenicity while preserving RNA binding and nuclease efficiency.

A Tris-Ac or phosphate buffer enables one-pot mRNA linearization and transcription with lower dsRNA, easier purification, and higher translation efficiency.

A 3D suspension culture with BMP, FGF, VEGF, agitation, and serum-free media enables scalable NK cell differentiation without xenogenic materials.

Two ribonucleoprotein complexes and blocked nucleic acids enable sub-minute target detection without amplification, reducing artifacts and false positives.

Buffer injection and extraction through stomata recovers apoplast proteins without grinding, reducing plant impurities and purification load.

Combining ssDNA oligonucleotide assembly, DNA extension, and RNA transcription in one vessel speeds RNA synthesis and avoids multi-step complexity.

RNA-guided double-strand breaks enable precise dominant allele generation, overcoming low mutation frequency and poor gene targeting.

Using LTA4H levels in blood simplifies PCOS diagnosis and monitoring by replacing inconsistent multi-criteria assessment.

Targeted exon replacement uses CRISPR/Cas9 and HDR to correct endogenous genes while preserving regulatory elements and reducing insertional risk.

Mineral oil solubilization, enzymatic digestion, and ddPCR enable molecular subtyping of old degraded FFPE tumor samples for retrospective analysis.

Targeted Cpf1 RNP editing of the HBG promoter CCAAT box boosts fetal hemoglobin in CD34+ cells while avoiding vector-related risks.

Cas12k-guided ShCAST enables precise, stable insertion of large DNA cargo in E. coli strains with low repair-dependent editing efficiency.

Genetic tuning of circadian and light-sensing pathways reduces plant plasticity, stabilizing flowering and harvest timing across light and temperature changes.

A native BnIND-A deletion improves Brassica pod shatter tolerance while avoiding background mutations that complicate breeding.

Tailored TALE RVD combinations tolerate sequence variation, enabling one editor to modify multiple similar genes with controlled specificity.

Physically separated CRISPR assay spots enable rapid amplification-free nucleic acid detection with simple fluorescence readout for on-site use.

Sequential gate-controlled gene expression converts stem cells to hematopoietic lineage cells without TPO, FLT3L, or IL.

A 3D scaffold culture boosts stem cell gene editing while reducing DNA damage and preserving engraftment and long-term function.

Moderate-affinity TfR-binding protein conjugates improve blood-brain barrier transport while avoiding intracellular degradation and poor recycling.

Engineered enzymes rebalance RuMP and lower glycolysis to sustain C3/C5 intermediates, boost NADPH, and support bioproduct synthesis from C1 feedstocks.

CRISPR-Cas mutation of canola SHP genes reduces pod shatter and lignification, enabling direct combine harvesting with less seed loss.

Cas12b detection with tuned guide RNAs improves nucleic acid sensitivity and single-nucleotide discrimination for rapid DNA testing.

Engineered polypeptide mutations tune T cell signaling to limit exhaustion and improve tumor persistence in adoptive cell therapy.

Specific amino acid substitutions help a mutant protease keep breaking down protein stains in high-concentration detergent liquids.