Featured Articles

  1. Evaluating Real Time Viability Detectors 5/9/2012

    Rapid microbiological methods have been around for years but have yet to make a significant impact on pharma manufacturing despite the advantages they offer in cost savings and process improvement.

  2. Facing New ISO Particle Counting Regulations: How To Best Prepare 9/7/2011

    Change is around the corner for pharmaceutical cleanrooms, as significant revisions to current ISO particle counting standards are forthcoming. With this in mind, Pharmaceutical Online thought it was a good time to speak with Troy Tillman of TSI, a supplier of particle counters and other precision measurement solutions.

  3. Particle Counter Installation Considerations For Continuous Monitoring

    When specifying particle counters for continuous monitoring applications, there are many system design decisions to be made. Read about the advantages of using a remote particle counter.

  4. Monitoring Critical Environments Using Particle Counters With 4-20mA Analog Outputs

    As many of you already know, when a particle counter continuously monitors an aseptic manufacturing process, it is positioned to detect potential harm to the product.

  5. The AI Revolution In Pharma: Moving From Reactive To Predictive

    Discover how AI converts traditional environmental monitoring into predictive intelligence that prevents contamination events before they occur, fundamentally changing cleanroom quality control.

  6. Real-Time Viable Particle Monitoring: How Does It Work? How Can It Help?

    In aseptic manufacturing, laser induced fluorescence shows great potential to replace growth-based methods in certain manufacturing paradigms — highly automated, near-continuous processes.

  7. Real-Time Viable Particle Counter: Discrimination Capability

    The laser induced fluorescence signatures generated from environmental particles are complex. It is a challenging task to discriminate viable from non-viable particles that have fluorescence characteristics.

  8. Improve Root Cause Investigations With Real-Time Facility Monitoring

    This application note will demonstrate how real-time viable particle count data will lead to improved root cause investigations when a BIOTRAK Particle Counter is integrated into an FMS system.

  9. BioTrak™ Real-Time Viable Particle Counter Sample And Collection Efficiency

    The BIOTRAK Real-Time Viable Particle Counter is a full-featured Rapid Microbial Method (RMM) instrument that detects the total number of particles in the air as well as determines which of those particles are viable in nature. 

  10. Importance Of Non-Viable Measurement: Real-Time Viable Particle Counter

    A current airborne particle counting technology such as found in the TSI AEROTRAK™ particle counters, size and count all particles that pass through its viewing volume.