Bioprocess Development
Bioprocess development requires scalable screening tools, monitoring technologies, and analytical methods that support faster optimization from early-stage experiments to process refinement. This page introduces the major workflows and product areas used in upstream development.
Overview
Successful bioprocess development depends on finding the right balance between throughput, process insight, and data quality. Researchers need practical tools for screening conditions, monitoring culture performance, and comparing process variables efficiently.
Key Applications
- Media and feed optimization
- Clone screening
- High-throughput culture comparison
- Scale-down process development
- Bioprocess monitoring and data collection
Core Technologies
- Deepwell screening systems
- Mini bioreactor workflows
- pH and DO monitoring tools
- Metabolite and cell growth analysis
- Process development support assays
Example Product Areas
- Deepwell Plates & Screening Tools
- Bioprocess Monitoring Tools
- Cell Analysis Kits
- Host Cell Protein ELISA
- Residual DNA Detection Kits
Typical Workflow
- Design screening conditions
- Run small-scale or high-throughput cultures
- Measure cell growth and viability
- Monitor pH, DO, or metabolites
- Evaluate productivity and quality attributes
- Select optimal process conditions
Why It Matters
Efficient process development reduces development time and improves decision quality. Better screening and monitoring tools help teams move from trial-and-error to data-driven optimization.