Hydrolases TRIZ Cases

Combining pH-responsive peptides with protein kinase C and histone deacetylase modulation achieves up to 200-fold higher transfection efficiency in stem cells.

Modified polypeptide variants cleave Fusarium toxins into non-toxic products without oxygen or cofactors.

Engineering TET variants stalls oxidation at 5-hydroxymethylcytosine, resolving the trade-off between high mutation productivity and precise epigenetic control.

Covalent tethering of donor DNA to Cas9-HUH complexes overcomes NHEJ competition and increases HDR efficiency.

Dual nicking with mutated Cas9 enzymes reduces off-target mutations while maintaining high HDR efficiency.

Segmented needle arrays enable high-sensitivity in vivo cancer diagnosis by extracting minimal blood volumes through spatially distributed sampling.

Tannase replaces bleach and phosphates by catalyzing tannin hydrolysis, removing stains without environmental harm.

Enzymatic assays replace complex HPLC systems to measure yeast assimilable nitrogen levels onsite without laboratory equipment.

Internal loops in engineered guide RNAs enhance on-target specificity while reducing off-target editing errors.

Targeted amino acid modifications in lipolytic enzymes resolve surfactant inhibition, improving detergent stability and stain removal performance.

CRISPR/Cas9 targets HBB or BCL11A genes to restore functional beta-globin production and reduce sickle cell symptoms.

Alphavirus-derived self-replicating RNA vectors express CRISPR proteins without integrating into host DNA, eliminating insertional mutagenesis risks.

Editing the S-RNAse gene eliminates self-incompatibility barriers, allowing efficient production of homozygous inbred lines for hybrid breeding.

CRISPR-Cas editing targets the GL2 gene to eliminate trichomes, resolving texture issues that lower consumer preference.

Nicking enzyme-mediated primer extension enables isothermal nucleic acid amplification without thermal denaturation.

CRISPR/Cas9 induces QPT2 mutations to reduce nicotine by 97% and lower carcinogenic TSNAs.

Engineered E. coli converts p-coumaric acid to 4-vinylphenol using an undecanol overlay for continuous extraction.

CRISPR constructs target brachytic loci to generate compact Solanaceae plants with shortened internodes.

Nanopore Cas9-targeted sequencing detects IDH mutations and MGMT methylation levels simultaneously, resolving variability in biomarker assessment consistency.

Cas1-Cas2 complex integrates synthetic oligo spacers into genomic CRISPR arrays to enable molecular recording.

A truncated twinkle enzyme accelerates toehold mediated strand displacement reactions by facilitating initial binding steps.

Bifunctional compounds recruit target proteins to E3 ubiquitin ligases for degradation.

Substituting asparagine with proline at position 248 in PET hydrolase LCC-ICCG to enhance thermal stability.

Segmenting primary and secondary barcodes resolves the contradiction between high detection sensitivity and excessive sequencing costs.

Lipase and bromelain enzymes modify diesel fuel composition to enhance cetane number, reducing NOx and PM emissions while shortening reaction time.

Novel fern enzyme converts farnesyl diphosphate into albicanyl diphosphate, replacing complex chemical synthesis with efficient biosynthesis.

Engineered E. coli strain expressing periplasmic lysozyme and cytoplasmic nuclease for synchronized protein release and nucleotide breakdown.

Genetic stratification of patients using PNLIPRP3 inhibitors resolves treatment effectiveness gaps by customizing therapy to individual nucleic acid profiles.

In vitro subcloning of gene-edited iPSCs establishes genotype accuracy before nuclear transfer, reducing breeding time.