Bioreactor/Fermenter Combinations TRIZ Cases

A resilient membrane in the pressurization unit absorbs pump pulsations, suppressing gas bubble formation and ensuring stable flow rates.

Segmented filtration stages manage flow timing to balance purity against preparation efficiency in minute substance processing.

A culture container coated with a temperature-sensitive glycol chitosan derivative enables rapid formation of three-dimensional cell spheroids.

A microfluidic filter concentrates sample constituents and amplifies nucleic acids directly on the separation membrane.

Conductive loop impedance encodes biosensor features to eliminate manual code entry and resolve batch variation errors.

A gene detection field-effect device measures electrical charge density changes from nucleic acid hybridization.

A pyrolysis unit recycles ethanol from fermentation to boost aromatic output.

Plant-based cyanobacteria substitute for animal hemoglobin, eliminating ethical sourcing barriers while maintaining optimal bacterial growth rates.

Sealing the tissue in a resin bag prevents direct liquid nitrogen contact, avoiding container deterioration and tissue scattering during cryopreservation.

A bio memory disc integrates lab-on-a-chip microfluidics with semiconductor storage for portable diagnostic data handling.

Embeds contact electrodes inside bottom or cover plates to prevent damage from protruding points while maintaining reliable electrical connectivity.

A ventilator blows air on the light receiving face of a luminescence detector to cool the sensor and reduce dark current values.

Segmenting digestion stages into temperature-controlled chambers suppresses pathogenic activity and odors while maximizing methane conversion efficiency.

A microchip-based ELISA system uses radiation-permeable tubing to detect chemiluminescence from a localized reaction cell.

Flow cytometric analysis of peripheral blood leukocytes detects myelodysplastic syndrome using specific cell surface markers.

Temperature adjustors integrated into heat blocks maintain optimal reaction conditions, increasing compound yield and purity during synthesis.

Elastic skirt assembly mounts on flanges by stretching and contracting, eliminating the high cost and slow installation of reusable tri-clamps.

Shifting from high-energy electrolysis to ambient anaerobic fermentation reduces energetic intensity while maintaining hydrogen yield.

A microfluidic cartridge integrates extraction, amplification, and separation modules to process biological samples in micro-liter volumes.

A thermally conductive metal block absorbs latent heat from multiple vials to suppress temperature fluctuations during gas-cooling freezing.

Cannulated needles deliver remodelable angiogenic collagenous biomaterial to prevent migration and inflammation during lip augmentation.

Segmented photomasks shield specific cellular areas from light damage while photosensitive materials define access wells for selective isolation.

Focused acoustical energy treats larger material volumes by applying segmented pulses and dynamic beam positioning to resolve non-uniform energy distribution.

Merging multiple transducers into one platform resolves the trade-off between automated throughput and detection accuracy for atypical cells.

Independent Venturi pumps maintain distinct aerobic and anaerobic conditions within a single vessel, eliminating the need for multiple reactors.

A light source module uses an LED array to emit specific emission peaks matching the underwater sunlight spectrum.

Incorporating fluorescent nucleobase analogs into G-quadruplex structures enables direct detection of compound binding events through fluorescence changes.

Continuous ATR-FTIR spectroscopy measures sugar and protein levels during mashing to enable precise process adjustments.

Lignite-based activated carbon removes siloxanes and VOCs via 20-500 Å pores, replacing complex multi-stage filtration systems.

A modular monitoring assembly uses a pump to push fluid through filter cartridges containing extraction material.

Segmented members seal electrical connections and store culture solution, preventing leakage while maintaining measurement stability.

Pivot arm deposits bulk material on an aerated pad to reduce operator time, minimize odor production, and reuse leachate water.

Continuous dialysis overcomes low batch yields in eukaryotic systems by removing waste and replenishing substrates to stabilize complex proteins.

A bioreactor system recycles culture medium through a dialyzer with a semi-permeable membrane to separate waste products from the liquid.

Active ultrafiltration moves coating fluid across hollow fiber membranes, reducing coating duration from hours to minutes while maintaining uniformity.

A cell culture system uses a semipermeable membrane to control fluid composition and volume through continuous perfusion.

A movable cellulose carrier adapts to cultivation conditions to ensure consistent nutrient supply and prevent gas bubble accumulation.

Segmenting the sensor into a reusable body and disposable tip eliminates bulky sealed packaging while protecting the reagent system from moisture.

A geothermal heat exchanger transfers thermal energy to wet algae biomass inside a hydrothermal liquefaction converter.

Ultrasonic welding bonds membrane and mesh to light guides, eliminating time-consuming manual cutting and bonding steps.

Chaotropic salt buffers enable selective nucleic acid binding to magnetic beads for precise fragment size recovery.

A microcosmic culture device uses a dialysis tube to control carbon diffusion into soil layers for microbial utilization studies.

Encoded microcarriers with capture probes hybridize nucleic acids, resolving short read length limits by anchoring sequences to reference genomes.

Vertical agitator shaft with removable bearing allows servicing without emptying the fermenter, reducing downtime and mechanical stress.

A humanized antibody targets structurally changed transthyretin to inhibit amyloid fibril formation.

Segmented flask design isolates air bubbles from cell growth zones via buoyancy, ensuring uninterrupted nutrient exchange.