Microbiological Testing/Measurement TRIZ Cases

A closed detector chamber with immobilized substance enables reversible analyte penetration and electrical property changes for continuous monitoring.

Immunofluorescent staining of circulating tumor cells identifies de novo androgen receptor therapy resistance, enabling timely alternative treatment selection.

Sequencing reads align to allele variants and calculate posterior probabilities to resolve HLA typing ambiguities from whole exome data.

Stem-loop RNA probes hybridize to DNA barcodes, isolating protein binding signals from background noise.

Restriction enzymes exploit differential methylation patterns to partition sequences by strain, resolving assembly complexity in metagenomic datasets.

A flow cell uses orthogonal polymers to attach distinct primer sets simultaneously.

Buffered ascorbic acid and surfactants permeabilize lysosomes to release trapped folate species, preventing under-recovery of polyglutamates.

Artificially mutated nucleotide probes resolve synthesis cost constraints by amplifying thermal stability differences between matched and mismatched duplexes.

N-type polymers enable direct electron transfer from enzymes to electrodes in mediator-free biofuel cells.

Segmenting multiplex RT-qPCR into singleplex reactions eliminates primer interference, preventing false negatives during SARS-CoV-2 detection.

Recessive alleles eliminate vernalization requirements, enabling lupines to flower across diverse conditions and USDA zones 3 to 9.

Microfluidic delivery of Tn5 transposition complexes enables high-resolution spatial mapping of chromatin accessibility and gene expression.

Breeding hybrid tomato variety 72-191 RZ resolves the contradiction between productivity and reliability using marker-assisted selection.

Substituting modified cytosines shifts the transition midpoint, resolving narrow regime trade-offs.

A real-time PCR assay uses specific primers and probes to amplify the 5.8s ribosomal RNA gene for rapid detection.

A cell-based assay uses luciferase reporters to measure mTOR kinase activity and inhibitor sensitivity.

CRISPR/Cas9 generates targeted mutations to identify drug targets, bypassing laborious whole-exome sequencing and accelerating essential gene detection.

Silencing or overexpressing the PpeTAC1 gene controls tree branching angle, resolving precision limits in traditional pruning for high-density orchards.

Detection apparatus segments responsive pads within pixels to achieve super resolution imaging without increasing optical hardware complexity.

A microwave heating method extracts DNA from biological samples for next generation sequencing library construction.

Segmenting genomes into overlapping amplicons enables sequencing degraded RNA where conventional methods fail.