Parallel microfluidic screening platform
OmniEnzyme
Screen enzyme variants, bioink formulations and encapsulated payloads using microscale reactors and parallel analytical readouts.
| Parallel measurements | 64 parallel readings |
|---|---|
| Plate compatibility | 384-well-compatible format |
| Fluid handling | No pumps or valves required, according to the catalogue |
| Inlet | Channel guides microparticles and active reagents into the reaction area |
| Reaction / detection architecture | Physical obstruction separates the primary reaction region from the downstream detection area |
| Detection | Observation window for analytical readouts |
| Outlet | Channel releases displaced air to support fluid flow |
| Enzyme retention | Microscale packed-bed reactors with metal-affinity-functionalized microparticles retaining polyhistidine (His)-tagged enzymes |
| Screening variables | Enzyme variants, substrates, inhibitors, temperature and pH; bioink polymers, cells, crosslinkers, additives and processing conditions |
| Operating parameters | Exact working volumes, flow conditions, detection configuration and temperature/pH ranges are not specified in the catalogue; confirm for the selected experiment |
Catalogue characterization & reported results
- Catalogue reports 64 parallel measurements in a 384-well-compatible format
- Metal-affinity microparticles retain His-tagged enzymes for reuse
- Reuse over increasing reaction volumes and several months is reported for AldOTf, an alditol oxidase from Thermopolyspora flexuosa. Review the applicable conditions with MAKBY.
Technical catalogue
Specifications summarized from the October 2026 tissue engineering catalogue, printed page 20. Confirm the selected configuration, compatibility and experimental conditions with MAKBY.