Virus Counter® Plus Platform

The Virus Counter^® Plus platform delivers precise virus quantification directly at your process line, enabling informed decision-making throughout viral vector development and manufacturing. This analytical system supports critical process milestones from harvest optimization to final formulation validation.

The platform employs two distinct detection methodologies to accommodate diverse analytical requirements. Direct dye labeling provides rapid total particle counts, while high-affinity monoclonal antibody assays deliver enhanced specificity for targeted virus populations. Both methods utilize precise laser illumination and advanced signal detection to generate accurate quantitative data within minutes.

Automated sample processing capabilities allow unattended operation, integrating seamlessly into existing workflows without disrupting critical manufacturing timelines. The system processes samples automatically from introduction through data generation, minimizing hands-on time and reducing potential contamination risks.

Real-time data acquisition supports immediate process decisions, particularly for determining optimal harvest windows and validating purification step efficiency. This capability proves valuable across multiple viral vector platforms, including adenovirus, lentivirus, and adeno-associated virus applications.

The platform's robust design accommodates demanding production environments while maintaining measurement precision. Advanced signal detection algorithms ensure consistent performance across varying sample conditions, delivering reliable quantitative results that support regulatory documentation requirements.

Integration flexibility allows implementation at multiple process points, from upstream cell culture monitoring through downstream purification validation. This versatility enables comprehensive process characterization and supports data-driven optimization of viral vector manufacturing protocols.

The Virus Counter^® Plus system addresses the growing demand for rapid, precise analytical tools in viral vector development, supporting both research applications and commercial manufacturing scale operations with consistent, reliable virus quantification capabilities.