Bioreactor/Fermenter Combinations TRIZ Cases

Dispersed gas compartments eliminate the gas-liquid interface, enabling scalable static culture while reducing media evaporation.

A biomimetic energy synthesis system cultivates aquatic biomass and converts extracted triglycerides into biodiesel through integrated transesterification.

Integrated filter column binds and stabilizes nucleic acids, enabling reliable detection of low-concentration samples during ambient shipping.

A biometric sensor system identifies infected individuals in passenger zones using thermal and audio data.

Enclosed automation eliminates manual handling to resolve the contradiction between manufacturing precision and cost in CAR T cell production.

Free-flow electrophoresis separates dipeptidyl peptidase isoforms to diagnose type 2 diabetes without invasive fasting procedures.

A reaction tube uses a thermal conductor embracing an annular heating groove to drive thermal convection for isothermal polymerase chain reaction.

A platform base moves relative to a frame via a bearing device to create a physical seal against an object support.

A microfluidic array uses branching entry channels to fill analysis chambers in parallel, creating uniform thin fluid layers.

A biomass processing system reintroduces hot water discharge liquid into a slurrying vessel to mix with solid content for enzymatic saccharification.

A sealed chromatographic column system captures viable cells through selective binding medium.

Near-infrared spectroscopy predicts biochemical methane potential and degradation kinetics, replacing lengthy laboratory tests with rapid optical analysis.

Partial drying followed by cryogenic freezing preserves lactic acid bacteria, overcoming survival rate losses from high-temperature spray drying.

A modular tubular bioreactor system uses interchangeable culture modules to transition between phototrophic and mixotrophic conditions.

Magnetic capture particles concentrate SERS-bound complexes in culture vessels, eliminating lengthy incubation delays and reducing pathogen exposure risks.

Progressive mesh filtration separates oil and debris from viable adipocytes without centrifugal breakage, enabling quick sterile preparation.

A perfused bioreactor system replicates capillary beds to support 3D cell cultures in multiwell plates.

Variable channel depth reduces energy loss from high fluid velocity at pump entry by maintaining constant cross-sectional area.

A composite film joins fluoropolymer and silicone layers to enable gas permeability without adhesives.

A sample transport pod uses a cam-actuated latch mechanism to secure an aseptic seal during automated robotic transfer operations.

Segmented concave portions in a cryopreservation tool restrain living cells, preventing separation and ensuring high survival rates.

A sterile plastic plate uses pre-filled indentations to hold agar and antimicrobial drugs for rapid microorganism testing.

Sulfinyl polymers prevent cell adhesion without cytotoxicity, eliminating contamination risks in microchannel devices.

A microtube sidewall acts as an excitation light waveguide to distribute illumination laterally into the sample volume.

A bioreactor system recycles captured CO2 into organic feedstock for microbial cultivation.

Continuous silver salt circulation prevents oxidation deterioration while maintaining high production efficiency and reducing facility scale requirements.

Segmented upper part and removable lid enable further treatment of the medium without detaching it from the adhesive bond.

A totally enclosed detection unit uses a sealed reaction tube and test strip to transfer amplification products for visual read-out.

Tangential flow filtration replaces centrifugation to resolve the contradiction between processing volume and purification precision.

Transient pressure drops permeabilize cell membranes, enabling efficient exogenous material uptake while minimizing cell mortality.

A nucleic acid capture probe forms a partially double-stranded hairpin structure to isolate target sequences.

Stacked pitted reservoirs coupled via a membrane cultivate cells in three dimensions, reducing labor intensity while improving in-vivo mimicry accuracy.

A capillary cell sorting apparatus draws particulate targets into a treatment liquid-filled cavity for immediate processing.

A PCR ratio diagnostic system determines Avellino corneal dystrophy genetic status using TGFBI amplification values.

A self-administering infection culture test apparatus includes a housing with a hydrophilic filter and window cover to hermetically seal the compartment.

A dual-chamber device manages solid and liquid cultures while maintaining a controlled atmosphere for microorganism development.

A microfluidic device creates a three-dimensional vascularized breast tumor model using hydrogel scaffolds and controlled cellular zones.

A culturing system uses loading control means to restrict device access, ensuring secure handling of microscopic objects.

A compact bioreactor system integrates perfusion and sampling units to support scalable cell culture operations.

A microfluidic device amplifies nucleic acids in cycles and transfers defined volumes to a second chamber for concentration determination.

Resonant acoustic vibration creates uniform shear fields, improving processing speed and tissue uniformity without harsh chemical conditions.

A tissue disaggregation system uses a motive applicator to move a pod holder plate and a rotating weight for mechanical cell release.

A layered sparger assembly uses hydrophobic pores and larger holes to manage gas flow in bioprocessing systems.

Segmenting the delivery system into independent chambers reduces device complexity while enabling easy protocol modification.

Hollow fiber filters concentrate multipotent stromal cells within a sealed pouch architecture.

Weight detection stabilizes flexible vessel shape and measures liquid amount to ensure accurate supply.

Vibrating the chip expands the laser irradiation area, resolving bulky equipment constraints while improving DNA yield consistency.