Scientific Information

Detect Viruses Faster with Building-Level Wastewater Testing Using InnovaPrep Tools

Detect Viruses Faster with Building-Level Wastewater Testing Using InnovaPrep Tools

Using advanced tools like the Concentrating Pipette™ and next-generation sequencing, the team fine-tuned their lab techniques and sampling schedule to get the most accurate picture possible. They collected samples frequently...

Detect Viruses Faster with Building-Level Wastewater Testing Using InnovaPrep Tools

Using advanced tools like the Concentrating Pipette™ and next-generation sequencing, the team fine-tuned their lab techniques and sampling schedule to get the most accurate picture possible. They collected samples frequently...

Strategies for Monitoring Airborne Plant Disease Pathogens & Pollens

Guidance document: Strategies for Monitoring Airborne Plant Disease Pathogens & Pollens

Strategies for Monitoring Airborne Plant Disease Pathogens & Pollens

Guidance document: Strategies for Monitoring Airborne Plant Disease Pathogens & Pollens

Concentrating Microbiologically Influenced Corrosion Bacteria from Oil & Gas Production Brine Using the Concentrating Pipette

Application Note: Concentrating Microbiologically Influenced Corrosion Bacteria from Oil & Gas Production Brine Using the Concentrating Pipette

Concentrating Microbiologically Influenced Corrosion Bacteria from Oil & Gas Production Brine Using the Concentrating Pipette

Application Note: Concentrating Microbiologically Influenced Corrosion Bacteria from Oil & Gas Production Brine Using the Concentrating Pipette

Strategies for Monitoring Airborne Disease Pathogens in Livestock Settings

Guidance Document - Strategies for Monitoring AirBorne Disease Pathogens in Livestock Settings  

Strategies for Monitoring Airborne Disease Pathogens in Livestock Settings

Guidance Document - Strategies for Monitoring AirBorne Disease Pathogens in Livestock Settings  

Determining Critical Air Sampling Parameters to Achieve Your Study Objective

Application Note - Determining Critical Air Sampling Parameters to Achieve Your Study Objective

Determining Critical Air Sampling Parameters to Achieve Your Study Objective

Application Note - Determining Critical Air Sampling Parameters to Achieve Your Study Objective

Concentrating Bacteriophage from Environmental and Wastewater Samples Using the InnovaPrep® Concentrating Pipette Select™

Application Note - Concentrating Bacteriophage from Environmental and Wastewater Samples Using the InnovaPrep® Concentrating Pipette Select™

Concentrating Bacteriophage from Environmental and Wastewater Samples Using the InnovaPrep® Concentrating Pipette Select™

Application Note - Concentrating Bacteriophage from Environmental and Wastewater Samples Using the InnovaPrep® Concentrating Pipette Select™

Guidance for Reducing PCR Inhibition in Samples Concentrated with the Concentrating Pipette™

Guidance Document - Guidance for Reducing PCR Inhibition in Samples Concentrated with the InnovaPrep Concentrating Pipette™

Guidance for Reducing PCR Inhibition in Samples Concentrated with the Concentrating Pipette™

Guidance Document - Guidance for Reducing PCR Inhibition in Samples Concentrated with the InnovaPrep Concentrating Pipette™

Concentrating Microbial Targets from Pasteurized Milk Using the InnovaPrep® Concentrating Pipette™

Application Note - Concentrating Microbial Targets from Pasteurized Milk Using the InnovaPrep® Concentrating Pipette™.

Concentrating Microbial Targets from Pasteurized Milk Using the InnovaPrep® Concentrating Pipette™

Application Note - Concentrating Microbial Targets from Pasteurized Milk Using the InnovaPrep® Concentrating Pipette™.

Milk Clarification Pretreatment Approaches for Microbial Concentration Using the Concentrating Pipette™

Guidance Document - Milk Clarification Pretreatment Approaches for Microbial Concentration using the Concentrating Pipette™

Milk Clarification Pretreatment Approaches for Microbial Concentration Using the Concentrating Pipette™

Guidance Document - Milk Clarification Pretreatment Approaches for Microbial Concentration using the Concentrating Pipette™

Pooling Strategies for Air Monitoring for Optimal Efficiency and Maximum Detection Sensitivity

Guidance Document - Pooling Strategies for Air Monitoring for Optimal Efficiency and Maximum Detection Sensitivity

Pooling Strategies for Air Monitoring for Optimal Efficiency and Maximum Detection Sensitivity

Guidance Document - Pooling Strategies for Air Monitoring for Optimal Efficiency and Maximum Detection Sensitivity

Comprehensive Biomonitoring: Exponential Concentration of Microbes from Air, Surfaces, and Liquids

Comprehensive Biomonitoring: Exponential Concentration of Microbes from Air, Surfaces, and Liquids

To achieve a truly comprehensive biomonitoring strategy, it’s essential to sample all three environments: air, surfaces, and liquids.

Comprehensive Biomonitoring: Exponential Concentration of Microbes from Air, Surfaces, and Liquids

To achieve a truly comprehensive biomonitoring strategy, it’s essential to sample all three environments: air, surfaces, and liquids.

Guidance for Successful Indoor Airborne Disease Monitoring Strategies

Guidance Document - Successful Indoor Airborne Disease Monitoring Strategies using AirPrep Samplers.

Guidance for Successful Indoor Airborne Disease Monitoring Strategies

Guidance Document - Successful Indoor Airborne Disease Monitoring Strategies using AirPrep Samplers.