Sequential/Parallel Process Reactions TRIZ Cases
- Nucleic Acid Arrays via Bead Hybridization for Pixel Density
Bead hybridization deposits nucleic acid templates onto surfaces with controlled spacing.
- Thermochemical Regenerator Soot Formation Heat Recovery
A thermochemical regenerator generates soot to enhance flame emissive power and heat transfer rates in industrial furnaces.
- 3D Lattice Microarray for Multiplex Pathogen Detection
A 3-dimensional lattice microarray system immobilizes nucleic acid probes on a plastic substrate to enable rapid multiplex pathogen detection.
- Sensor Substrate Bead Loading via Evaporation and Hydration
Evaporating liquid from the flow cell after bead deposition eliminates noise interference while maintaining signal quality.
- Digital Microfluidics Enzymatic DNA Synthesis for Nanopore Sequencing
Digital microfluidics automates enzymatic DNA synthesis to overcome phosphoramidite strand length limits and enable PCR-free nanopore library preparation.
- Absorption-Encoded Microbeads Multiplexed Detection
Multiplexed flow assay resolves overlapping spectra using distinguishable dye ratios to enable precise analyte identification.
- Nucleic Acid Droplet Tagging for High-Throughput Microfluidics
Encoding droplet history via ligated nucleic acids resolves tracking accuracy loss at high production rates.
- Capillary Restrictor Thermal Control for Catalyst Testing
A capillary restrictor with independent heating adjusts fluid viscosity to control flow rates across parallel reactors.
- iPSC Array Fabrication via Micro Embossing and Acoustic Dispensing
Micro embossing defines iPSC patterns and acoustic dispensing delivers nano-liter compounds, eliminating viral cancer risks during high-throughput screening.
- Sealed Microwell Assay Bead Geometry
Bead geometry seals microwells to prevent cross-contamination and increase biomolecule concentration.
- Manganate Recycling in Aromatic Oxidation
Regenerating manganese dioxide via alkaline treatment eliminates corrosive media and solid waste disposal costs.
- Parallel Reactor Flow Control via Adjustable Capillary Resistance
Adjustable capillary resistance overcomes manufacturing precision limits to maintain flow uniformity at high temperatures.
- Vesicular Adaptor for Cyclic Single-Stranded Library Construction
Segmented vesicular adaptor resolves low ligating efficiency and by-product formation in nucleic acid library construction.
- Wafer Scribe Line Reference for Ligand Deposition Monitoring
Chromogenic dyes and scribe line references enable real-time visual detection of spot positions, resolving quality control throughput trade-offs.
- Automated Biomolecule Processing via Robotic Substrate Handling
Robotic substrate handling directs biomolecules through automated processing stations, resolving manual inconsistency and boosting reaction yields.
- Biochemical Reaction System Thermal Control
Rotationally symmetrical thermal mount reduces mechanical stress from asymmetric expansion while ensuring uniform temperature control across reaction vessels.