Bioreactor/Fermenter Combinations TRIZ Cases

Millimeter wave radiation heats target cells through a waveguide, eliminating free radicals and eye safety risks from laser methods.

Independent magnet positioning creates stable field profiles that lift magnetized cells without artificial substrates, enabling scalable sterile manipulation.

A composite culture material with specific seaweed and bran proportions enhances Ganoderiol F yield in Ganoderma amboinense extracts.

A pressure-driven body-on-a-chip system circulates liquid culture media through pneumatic pipes to evaluate multiple compounds simultaneously.

Radial manifold segments fluid paths to ensure uniform distribution, reducing hold-up volume and sterility risks.

A continuous thermal cycle system with multiple temperature zones enables rapid DNA amplification.

A syringe device uses a filtering membrane to capture microorganisms for gas sensor detection.

Vertical stacking of photobioreactor modules reduces NOx emissions in space-limited plants while eliminating secondary pollutants.

Fluid circulation through semi-permeable hollow fibers prevents cell aggregation and maintains high viability.

A trapezoidal microchamber generates a stable hydrodynamic vortex to rotate live cells around an axis perpendicular to the optical detection path.

A hexagonal flexible bioprocessing vessel fits standard cleanroom doors without interior modifications.

Segmented cuboid containers with bottom gas injection circulate nutrient medium for uniform light exposure.

Segmented nasal airway-lung chip replicates combined respiratory systems for airborne particulate studies without excessive device complexity.

Mechanical centrifugation isolates multipotent cells from adipose tissue in minutes, eliminating lengthy enzymatic digestion and preserving cellular viability.

Porous membranes with adjustable coating layers resolve the trade-off between mechanical strength and adaptability to improve cell survival rates.

A microchip PCR device uses a passivating layer on an aluminum substrate to enable rapid thermocycling.

A biological sample analyzer detects refrigerated consumables to adjust heating energy for rapid temperature equilibration.

Integrating vertical photobioreactor columns into raceway systems increases surface area for light absorption, resolving low CO2 absorption in open cultivation.

Quantifying FAM20A gene expression levels replaces subjective patient self-evaluation with reproducible molecular data to assess rheumatoid arthritis activity.

Universal detection elements enable simultaneous nucleic acid quantification via hybridization and signal amplification.

Irradiating reaction, reference, and base cells with light to obtain precise optical characteristics data.

Agglomerated calcined diatomaceous earth mixed with inorganic salt water reduces dust release during biopharmaceutical precoat filtration.

Integrating fluid feed containers and a syringe pump into one consumable unit eliminates manual connection complexity while ensuring accurate fluid delivery.

A temperature-responsive polymer coating enables controlled cell adhesion and detachment through phase transitions.

Porous carrier immobilizes enzymes in a columnar reactor to enable high fluid flow rates while reducing pressure differences across the system.

Opposing protrusions increase capture efficiency and reduce damage risk for fragile biological molecules.

Agitated microtiter plates enable rapid 2D fluorescence spectral recording, resolving measurement time bottlenecks for non-fluorescent substances.

A depth filter extrudes cell culture solution to harvest and resuspend cells, replacing expensive centrifuges with a simplified continuous process.

Dual-chamber mixing adjusts acidic Botulinum toxin pH to 6.5–7.4, reducing injection pain while maintaining protein stability and shelf-life.

Modular reader device mounts on a smartphone camera to capture well images for antimicrobial susceptibility testing.

Microwave resonance detects dielectric constant shifts from metabolic byproducts, eliminating sample contamination risks inherent in invasive optical sensors.

Continuous inline medium dilution reduces container size requirements and logistical complexity while maintaining precise control over pH and osmolality.

A modular organ-on-a-chip cartridge simplifies assembly through integrated fluid pathways and permeable membranes.

Spring elements keep a gap between the lid and reaction vessel, preventing negative pressure adhesion that causes sample contamination.

A bioreactor system cultivates bone-forming cells with demineralized bone matrix to produce transplantable tissue constructs.

A transparent sapphire substrate enables real-time optical detection during thermal cycling.

Autonomous carriers with integrated drive mechanisms navigate processing stations to handle diverse cell cultures efficiently.

Dual filters remove residue and trap bacteria in a single workflow, preserving large-fragment DNA integrity while eliminating centrifugation steps.

An anchor confines cells within a tray well to prevent edge flow and uneven settling, achieving uniform distribution across the membrane.

A multilayer film uses a tie layer to bond an ethylene vinyl alcohol core and a polyolefin outer layer.

Fluorescent substance-encapsulated nanoparticles detect biological substances while blocking particles suppress background noise for accurate diagnosis.

A detection apparatus measures electrical properties of single biological cells using an insulating component resistant to alkaline solutions.

A biological sample analyzer uses a heating block to warm consumable holders via direct contact.