Scientific Information

InnovaPrep Presents Rapid Urinary Extracellular Vesicle Workflow at Pacifichem 2025

Rapid Sample Preparation for Urinary Extracellular Vesicles Efficient sample preparation is a critical first step in extracellular vesicle research, enabling high-quality downstream analyses for biomarker discovery, molecular characterization, and translational...

InnovaPrep Presents Rapid Urinary Extracellular Vesicle Workflow at Pacifichem 2025

Rapid Sample Preparation for Urinary Extracellular Vesicles Efficient sample preparation is a critical first step in extracellular vesicle research, enabling high-quality downstream analyses for biomarker discovery, molecular characterization, and translational...

Air DNA Forensics Research Advances with AirPrep™ Technology

New peer-reviewed study demonstrates human DNA recovery from air using the AirPrep™ Cub Sampler The field of forensic DNA analysis continues to evolve as researchers investigate new sources of biological...

Air DNA Forensics Research Advances with AirPrep™ Technology

New peer-reviewed study demonstrates human DNA recovery from air using the AirPrep™ Cub Sampler The field of forensic DNA analysis continues to evolve as researchers investigate new sources of biological...

Recovering Low-Abundance Biological Evidence: Integrated Air, Surface, and Liquid Workflows for Modern Forensic Investigations

Emerging forensic workflows increasingly recognize that biological evidence extends beyond visible samples. Integrating air, surface, and liquid recovery strategies helps investigators maximize the recovery of low-abundance biological material for downstream...

Recovering Low-Abundance Biological Evidence: Integrated Air, Surface, and Liquid Workflows for Modern Forensic Investigations

Emerging forensic workflows increasingly recognize that biological evidence extends beyond visible samples. Integrating air, surface, and liquid recovery strategies helps investigators maximize the recovery of low-abundance biological material for downstream...

Post-Collection Sample Storage Guide

Post-Collection Sample Storage for Molecular, Culture, and Environmental Testing Proper handling and storage of samples after collection are essential to preserving integrity for molecular analyses (e.g., PCR, sequencing), culture-based methods...

Post-Collection Sample Storage Guide

Post-Collection Sample Storage for Molecular, Culture, and Environmental Testing Proper handling and storage of samples after collection are essential to preserving integrity for molecular analyses (e.g., PCR, sequencing), culture-based methods...

Background Characterization for Particulates, Nucleic Acids, and Other Analytes

Understanding Background Characterization for Low-Level Biological Detection Background Characterization for Particulates, Nucleic Acids, and Other Analytes

Background Characterization for Particulates, Nucleic Acids, and Other Analytes

Understanding Background Characterization for Low-Level Biological Detection Background Characterization for Particulates, Nucleic Acids, and Other Analytes

Access the Air Sampling Strategy Checklist & Guide

A practical air sampling guide and strategy checklist that focus on the core design decisions shaping sampling performance and help translate objectives and constraints into an actionable sampling plan.

Access the Air Sampling Strategy Checklist & Guide

A practical air sampling guide and strategy checklist that focus on the core design decisions shaping sampling performance and help translate objectives and constraints into an actionable sampling plan.

Strategies for Monitoring Airborne Plant Pathogens and Pollens- Guidance Document

Strategies for Monitoring Airborne Plant Pathogens and Pollens- Guidance Document

Strategies for Monitoring Airborne Plant Pathogens and Pollens- Guidance Document

Strategies for Monitoring Airborne Plant Pathogens and Pollens- Guidance Document

Improving Target Recovery and Processable Sample Volume

Strategies for Improving Target Recovery While Increasing Processable Sample Volume Improving Target Recovery and Sample Processing Volume Using the Concentrating Pipette

Improving Target Recovery and Processable Sample Volume

Strategies for Improving Target Recovery While Increasing Processable Sample Volume Improving Target Recovery and Sample Processing Volume Using the Concentrating Pipette

Wastewater Processing Using CP Select

Wastewater Sample Preparation and Concentration Using CP Select Guidance Document: Wastewater Processing Using the InnovaPrep CP Select

Wastewater Processing Using CP Select

Wastewater Sample Preparation and Concentration Using CP Select Guidance Document: Wastewater Processing Using the InnovaPrep CP Select

Air Sampling Calculator

Calculate Air Sampling Volume, Duration, and Recovery Parameters This calculator tool will help you determine the sampling duration and flowrate needed to meet the limit of detection for your analysis...

Air Sampling Calculator

Calculate Air Sampling Volume, Duration, and Recovery Parameters This calculator tool will help you determine the sampling duration and flowrate needed to meet the limit of detection for your analysis...

Why Ultra-Low-Level Microbes Still Matter in High-Control Environments

Why Ultra-Low-Level Microbes Still Matter in High-Control Environments

 In pharmaceutical manufacturing, clinical environments, and precision electronics, the presence of unknown or extremophile microbes—even at minuscule levels—can trigger product recalls or batch failures, compromise patient safety, disrupt sterilization validations,...

Why Ultra-Low-Level Microbes Still Matter in High-Control Environments

 In pharmaceutical manufacturing, clinical environments, and precision electronics, the presence of unknown or extremophile microbes—even at minuscule levels—can trigger product recalls or batch failures, compromise patient safety, disrupt sterilization validations,...

Advancing Microbial Detection in Bottled Water: Chinese Study Highlights the Power of the CP Select

Advancing Microbial Detection in Bottled Water: Chinese Study Highlights the Power of the CP Select

Improved compliance with safety standards and reduced operational bottlenecks while delivering speed, sensitivity, and ease-of-use will shape the next generation of bottled water quality monitoring.

Advancing Microbial Detection in Bottled Water: Chinese Study Highlights the Power of the CP Select

Improved compliance with safety standards and reduced operational bottlenecks while delivering speed, sensitivity, and ease-of-use will shape the next generation of bottled water quality monitoring.