Immunoassays TRIZ Cases

Segmented MTJ cells with optimized anisotropy detect individual beads through signature analysis, resolving reliability issues in single-particle assays.

A dispensing syringe adjusts its operation using correction data to maintain consistent discharge quantities across varying probe heights.

Microplate segmentation processes millions of samples rapidly, reducing assay time and cost during pandemic response.

Automated system extracts tissue samples from individual seeds without damaging germination viability, reducing labor-intensive hand-emasculation costs.

A biolayer interferometry sensor detects SARS-CoV-2 antibodies via wavelength shift.

A chromatographic device with a porous carrier moves liquid samples to bind target cells.

Segmented track routing handles STAT samples without flushing queues, reducing latency and maintaining normal sample throughput.

An automatic analyzer selects preparation operations to execute during initial power-on or parallel with sample analysis.

ELISA kit uses VP6 fusion recombinant protein as coating antigen to detect IgA antibodies in serum and colostrum samples.

A sample processing system uses a buffer unit to hold racks for random accessibility.

A specimen analyzer updates reagent data in local memory and writes to the RFID tag only after continuous aspiration completes.

A dispensing tube retracts automatically during reagent container replacement.

Vibrating the analyzer storage hopper prevents cuvette tangling, ensuring stable sample supply despite dense packing.