Scientific Information

Rapid Concentration of Spoilage Organisms in Carbonated Beverages - Application Note

Application Note - Rapid Concentration of Spoilage Organisms in Carbonated Beverages, including beer, for same shift detection using the Concentrating Pipette

Rapid Concentration of Spoilage Organisms in Carbonated Beverages - Application Note

Application Note - Rapid Concentration of Spoilage Organisms in Carbonated Beverages, including beer, for same shift detection using the Concentrating Pipette

Monitoring Bioaerosols in Critical Environments

Application Note: Monitoring Bioaerosols in Critical Environments using AirPrep Samplers for same shift results

Monitoring Bioaerosols in Critical Environments

Application Note: Monitoring Bioaerosols in Critical Environments using AirPrep Samplers for same shift results

Rapid Concentration of Foodborne Pathogens from Homogenized Foods

Application Note: Concentrating Foodborne Pathogens from Homogenized Foods using the Concentrating Pipette for same shift detection

Rapid Concentration of Foodborne Pathogens from Homogenized Foods

Application Note: Concentrating Foodborne Pathogens from Homogenized Foods using the Concentrating Pipette for same shift detection

Concentrating Bloodborne Pathogens from Whole Blood

Application Note for Concentrating Bloodborne Pathogens from Whole Blood using the Concentrating Pipette.

Concentrating Bloodborne Pathogens from Whole Blood

Application Note for Concentrating Bloodborne Pathogens from Whole Blood using the Concentrating Pipette.

Concentrating Pathogens from Raw & Primary Wastewater

Protocol: Concentrating Pathogens from Raw & Primary Wastewater Influent using the Concentrating Pipette. 

Concentrating Pathogens from Raw & Primary Wastewater

Protocol: Concentrating Pathogens from Raw & Primary Wastewater Influent using the Concentrating Pipette. 

Large-Area Surface Sampling for Low-Biomass Biological Recovery

Learn how large-area surface sampling combined with CP Select™ concentration improves recovery of low-abundance biological material for molecular and microbiological analysis.

Large-Area Surface Sampling for Low-Biomass Biological Recovery

Learn how large-area surface sampling combined with CP Select™ concentration improves recovery of low-abundance biological material for molecular and microbiological analysis.

Does Collection Time Bias the Ecology of Cleanroom Air Samples?

Does Collection Time Bias the Ecology of Cleanroom Air Samples?

Given the value and sensitivity of the astromaterial samples, agar and liquid-based samplers are avoided to prevent contamination and false positives in life detection tests. Instead, they used the AirPrep Bobcat...

Does Collection Time Bias the Ecology of Cleanroom Air Samples?

Given the value and sensitivity of the astromaterial samples, agar and liquid-based samplers are avoided to prevent contamination and false positives in life detection tests. Instead, they used the AirPrep Bobcat...

Identifying Total and Viable Bacterial and Fungal Communities on Surfaces Reveal New Bacterial Strains

Identifying Total and Viable Bacterial and Fungal Communities on Surfaces Reveal New Bacterial Strains

A novel large area surface sampling method developed by NASA using the Concentrating Pipette has been used for nearly a decade for monitoring the microbiome of the Space Station and...

Identifying Total and Viable Bacterial and Fungal Communities on Surfaces Reveal New Bacterial Strains

A novel large area surface sampling method developed by NASA using the Concentrating Pipette has been used for nearly a decade for monitoring the microbiome of the Space Station and...

Advancements in Livestock Biosurveillance Methods

Advancements in Livestock Biosurveillance Methods

Salmonella was detected in all air filter and boot swab samples. a total of twenty-seven serovars were detected. Differentiation between live and dead/lysed Salmonella bacteria was achieved using the Concentrating Pipette™.

Advancements in Livestock Biosurveillance Methods

Salmonella was detected in all air filter and boot swab samples. a total of twenty-seven serovars were detected. Differentiation between live and dead/lysed Salmonella bacteria was achieved using the Concentrating Pipette™.

Beer & Carbonated Beverage Spoilage Detection

Beer & Carbonated Beverage Spoilage Detection

Rapid Detection of Beer and Carbonated Beverage Spoilage Organisms Spoilage organisms and microbial contamination can create significant challenges for breweries, wineries, and beverage producers. Traditional enrichment-based microbiological testing can take...

Beer & Carbonated Beverage Spoilage Detection

Rapid Detection of Beer and Carbonated Beverage Spoilage Organisms Spoilage organisms and microbial contamination can create significant challenges for breweries, wineries, and beverage producers. Traditional enrichment-based microbiological testing can take...

Improved Method for Assessing Infectious Human Enteric Virus Survival in Produce

Improved Method for Assessing Infectious Human Enteric Virus Survival in Produce

Results showed significantly higher recoveries for FDA and Concentrating Pipette (CP) from leafy greens, with average recoveries for all 3 viruses of 62.5%±18.9 and 77.6%±22.3, respectively. On strawberries, FDA, AlCl3...

Improved Method for Assessing Infectious Human Enteric Virus Survival in Produce

Results showed significantly higher recoveries for FDA and Concentrating Pipette (CP) from leafy greens, with average recoveries for all 3 viruses of 62.5%±18.9 and 77.6%±22.3, respectively. On strawberries, FDA, AlCl3...

Breaking Barriers in Exosome and EV Research with Wet Foam Elution™

Breaking Barriers in Exosome and EV Research with Wet Foam Elution™

Whether advancing biomarker research or enhancing clinical diagnostics, InnovaPrep's Wet Foam Elution™ technology is set to redefine the future of EV isolation.

Breaking Barriers in Exosome and EV Research with Wet Foam Elution™

Whether advancing biomarker research or enhancing clinical diagnostics, InnovaPrep's Wet Foam Elution™ technology is set to redefine the future of EV isolation.