The Importance of Maintaining CO2 Levels During Life Science Experiments and Processes

Discover a more effective way to improve research accuracy and ensure product viability

Cellular-based research and therapies sit on the cutting edge of life science innovation. Without tightly controlled environmental parameters, researchers and developers risk cellular stress, reduced viability, and costly losses. For most processes, a CO2 excursion can mean the difference between success and failure. Download the white paper to learn how a comprehensive CO2 monitoring system can help your team:

  • Maintain proper CO2 levels and precise pH in cellular media 
  • Keep a highly controlled cell culture environment for reproducible results
  • Ensure therapeutic efficacy for next-generation cellular therapies

Download the White Paper

Introducing the Dickson CO2 Triple Sensor

Environmental Monitoring Tailored to Life Science Complexities

Dickson CO2 Triple Sensor
Triple Monitoring Precision

Triple Monitoring Precision

Simultaneously monitor CO2 levels, humidity, and temperature
Real-Time Alarm System

Real-Time Alarm System

Notify the right team members as soon as excursions begin to prevent lasting damage
Cloud-Based Workflow

Cloud-Based Workflow

Maximize efficiency with automated and continuous monitoring capabilities

Discover a Better Way to Protect Critical Assets During

Antibody Production

Antibody Production

Tissue Engineering

Tissue Engineering

Viral Vaccine Research

Viral Vaccine Research

Reproductive Technologies

Reproductive Technologies

Cell and Gene Therapies

Cell & Gene Therapies

Toxicity Studies

Toxicity Studies

Find Out How Real-Time CO2 Monitoring Protects Life Science Innovation