Bioreactor/Fermenter Combinations TRIZ Cases

Multi-wavelength optical measurement calculates pH by correcting serum absorbance interference, ensuring accurate readings without electrode contamination.

A cytological flask employs a basket-forming filtering web connected to an extraction tube for sample suspension preparation.

Selective extraction with hydrophobic solvents separates alcohol phases to reduce energy consumption and capital costs.

Fluorescent probes measure individual cell telomere lengths without mechanical blotting, overcoming time consumption and auto fluorescence bias.

A schedule management section calculates non-overlapping time zones for automated sample observation in temperature-controlled incubators.

A self-sealing microreactor uses a meltable wax layer to prevent evaporation and contamination while managing pressure increases.

Omnidirectional robots enable parallel biodevice handling, eliminating workflow choke points in drug discovery.

Integrated vents prevent air-induced pressurization and leakage, ensuring accurate sample retention in sealed microfluidic devices.

A disposable cartridge integrates optical and enzyme sensors with a control platform to simplify fluid monitoring.

Segmented top sheeting and dynamic sealing mechanisms prevent biogas escape and oxygen ingress during agitator maintenance, reducing energy consumption.

Nested tubular electrodes boost reaction kinetics and energy efficiency under high pressure.

A cell survival rate determining device calculates viability using autofluorescence peak wavelength shifts.

Wire electrodes generate plasma to propel charged particles into a voltage potential well, capturing agents directly onto assay devices without sample dilution.

Rotor-stator high shear devices disintegrate algal cell walls to release intracellular oil and by-products.

A microfluidic device applies controlled fluid shear forces to lipoaspirate samples through serial expansion and constriction channels.

A bioprocess sampling membrane creates a separate channel for analyte permeation while maintaining fluidic isolation from the main separation system.

A microfluidic device uses an optical detector to monitor light transmission through a detection channel section.

Compressing the feed gas mixture to high pressure before the PSA vessel prevents adsorbent saturation, enabling product gas recycle and increasing fuel yield.

Polyester-based adhesive layer with controlled glass transition temperature bonds cell culture chip laminate components.

Segmenting standard microtiter plates into smaller formats boosts throughput and reduces reagent volume without sacrificing individual sample manipulation.

A lateral filter array microfluidic device integrates size-based separation with immunoaffinity capture to isolate circulating tumor cells.

A flow chamber uses a permeable membrane to shield analyte sensors from convective transport forces.

Segmented control reactions detect contamination and inhibition to ensure accurate gene expression measurements across samples.

Atomic force microscopy measures embryo stiffness and elasticity to determine viability, replacing subjective morphological assessment with quantitative data.