Minimize Solvent Consumption
Monitor residual piperidine concentrations in real time to determine wash endpoints based on actual process conditions rather than predetermined wash volumes or times.
Optimize Coupling Reactions
Track reaction progress continuously and identify steady-state conditions, enabling faster and more efficient coupling cycles.
Improve Process Understanding
Differentiate coupling, deprotection, and wash phases through real-time spectral analysis, providing greater visibility into every stage of the SPPS workflow.
Enable PAT-Driven Manufacturing
Leverage quantitative models and continuous monitoring to support process optimization, automation, and Quality by Design (QbD) initiatives.
In this application note, you'll discover how researchers integrated ReactRaman™ technology into industrial SPPS processes to:
- Quantify residual piperidine during post-deprotection washes
- Monitor Fmoc-related signals to assess coupling progress
- Identify reaction completion in real time
- Reduce unnecessary solvent use
- Maintain peptide quality and yield while improving process efficiency
