Biotechnology
基于微流控的工艺导向酶筛选缩放平台
Scale-Down Platforms for Process-Oriented Enzyme Screening Using MicrofluidicsA method utilizing microfluidic devices to recreate process-relevant conditions (such as gradients in substrate concentration, oxygen availability, pH, and temperature) found in large-scale bioreactors for the early-stage selection of biocatalysts. / 一种利用微流控装置重现大型生物反应器中工艺相关条件（如底物浓度、氧气可用性、pH和温度梯度）以进行早期生物催化剂筛选的方法。
- Knowledge type
- 实际应用
- First proposed or discovered
- Proposer
- Turkey Farm member
- Creator
- 农场主
- Last updated
- 2026-11-12 20:06:22
Sub-knowledge points
Mimicking gradients in substrate concentration, oxygen availability, pH, and temperaturePrecise control over flow and multiphase contactModular design for sequential screening
Higher-order knowledge points
Bioreactor conditionsBiocatalyst selectionMicrofluidic enzyme screening
Main parameters and performance indicators
Flow rate: Controls residence time and shear stressMultiphase contact: Simulates interfacial exposureResidence time: Mimics process kinetics
Open problems
Integration of modular designs into sequential screening platformsAccurate assessment of current microfluidic tools against process-derived conditions
Related literature
ranked by community starsScale‐Down Platforms for Process‐Oriented Enzyme Screening Using MicrofluidicsOpen source
Related products and links
No item recorded yet
Creation and modification trail
1 recordsRecord title: Scale-Down Platforms for Process-Oriented Enzyme Screening Using Microfluidics.
Node update feedback
review required