Sequential/Parallel Process Reactions TRIZ Cases
- Sol-Gel Composition for Probe Immobilization Without Surface Treatment
See how a screened sol-gel composition immobilizes proteins on untreated substrates, maintainin
- Polar Solvent Extraction for Complete Dye Removal from Waste Textiles
See how DMF or DMAC solvent extraction removes disperse and indigo dyes from polyester and cott
- Polar Solvent Extraction for Dye Removal from Waste Textiles
See how DMF or DMAC solvents remove disperse and indigo dyes from polyester and cotton waste te
- Sol-Gel Biochip Composition for Probe Immobilization on Untreated Substrates
A screened silane sol composition immobilizes probes on untreated PMMA, gold, and silicon surfaces while preserving protein activity and assay specificity.
- Sequencing Chip Surface Layout for Stable DNB Binding
Alternating metal oxide and silicon oxide regions improve DNB adsorption stability, cut non-specific binding, and boost sequencing output.
- Integrated Compound Synthesis and Bioassay Automation for Drug Screening
Automated synthesis, analysis, incubation, and bioassay modules cut fragmented drug discovery time while improving compound screening throughput.
- Hexagonal Fiducial Layout for Sequencing Image Registration
Hexagonal fluorescent fiducials improve registration of successive sequencing images, helping dense arrays maintain accurate site alignment.
- Sequentially Coupled Pixel Charge Storage for Faster Readout
Multiple pixel charge storage regions enable more frequent charge collection and faster readout in integrated circuits for point-of-care analysis.
- Sequential Charge Storage Pixels for Faster Charge Readout
Multiple pixel charge storage regions enable simultaneous collection and readout, increasing charge transfer speed with manageable power use.
- Biological Chip Integration with Hydrophobic Filler for Higher Yield
Multiple known-good biological chips are bonded on a substrate with a hydrophobic co-planar filler to improve microfluidic yield and reliability.
- Sequentially Coupled Charge Storage Pixels for Continuous Readout
Overlapping charge collection and readout across sequential storage regions raises transfer frequency while limiting readout noise in integrated pixels.
- Wafer-Level Sequencing Flow Cell Arrays With Differential Surfaces
Wafer-level bonded flow cell arrays use hydrophilic and hydrophobic surface patterning to cut fabrication cost and improve sequencing surface use.
- Sequencing Chip Oxide Patterning to Limit Non-Specific Adsorption
Alternating transition metal oxide and silicon oxide regions improve DNB binding stability, suppress background adsorption, and raise sequencing output.
- Automated Biochip Synthesis With Spin-Cell Reagent Control
Precise spin-cell dispensing and automated wafer handling cut reagent use and contamination in custom oligonucleotide biochip synthesis.
- Sequencing Chip Surface Layout for Stable Specific DNA Adsorption
Alternating metal oxide and silicon oxide regions improve sequencing chip stability, specific adsorption, and resistance to heat and humidity.
- Offset Fiducial Layouts for Sequencing Array Image Registration
Offset fluorescent fiducials improve image registration on dense sequencing arrays, reducing alignment errors and image-processing burden.
- Interleaved Vacuum Extraction in Multi-Plate Chemical Synthesis
Separating vacuum sections into a parallel queue lets reagent extraction and delivery run across different plates, cutting multi-plate synthesis time.
- Flow Path Selection Valve for Integrated Sequencing Fluid Control
A rotating multi-position valve simplifies sequencing fluid routing, cutting valve count, reagent use, size, and system complexity.
- Plug-Based Microfluidics for Membrane Protein Crystallization
Fluorinated carrier fluids and spacers keep aqueous plugs separate, enabling low-reagent membrane protein crystallization and screening.