Scientific Information
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
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...
From Coop to Cave: Inside the High-tech Hunt for H5N1 and Disease X
Their mission? To detect zoonotic pathogens, those that jump from animals to humans—such as coronaviruses, H5N1 bird flu, and other emerging, unidentified viruses that could potentially spark “Disease X,”
From Coop to Cave: Inside the High-tech Hunt for H5N1 and Disease X
Their mission? To detect zoonotic pathogens, those that jump from animals to humans—such as coronaviruses, H5N1 bird flu, and other emerging, unidentified viruses that could potentially spark “Disease X,”
Airborne H5N1 Detected in Dairy Cow Study Using AirPrep™ Cub Samplers
The Vaccine and Infectious Disease Organization (VIDO), a global leader in infectious disease and vaccine development for humans and animals, conducted a controlled infectivity study in dairy cows to assess...
Airborne H5N1 Detected in Dairy Cow Study Using AirPrep™ Cub Samplers
The Vaccine and Infectious Disease Organization (VIDO), a global leader in infectious disease and vaccine development for humans and animals, conducted a controlled infectivity study in dairy cows to assess...
Airborne Plant Pathogen & Pollen Monitoring Guide
Guidance Document: Strategies for Monitoring Airborne Plant Disease Pathogens & Pollens
Airborne Plant Pathogen & Pollen Monitoring Guide
Guidance Document: Strategies for Monitoring Airborne Plant Disease Pathogens & Pollens
Airborne Disease Monitoring in Livestock Facilities
Air Sampling Strategies for Monitoring Airborne Pathogens in Livestock Operations Guidance Document: Strategies for Monitoring AirBorne Disease Pathogens in Livestock Settings
Airborne Disease Monitoring in Livestock Facilities
Air Sampling Strategies for Monitoring Airborne Pathogens in Livestock Operations Guidance Document: Strategies for Monitoring AirBorne Disease Pathogens in Livestock Settings
Determining Critical Air Sampling Parameters
Selecting Critical Air Sampling Parameters for Successful Bioaerosol Studies Application Note: Determining Critical Air Sampling Parameters to Achieve Your Study Objective See how our Air Sampling Calculator can help you...
Determining Critical Air Sampling Parameters
Selecting Critical Air Sampling Parameters for Successful Bioaerosol Studies Application Note: Determining Critical Air Sampling Parameters to Achieve Your Study Objective See how our Air Sampling Calculator can help you...