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111 results found for "44XXX wastewater"
- Vector-borne Microbe Detection in Wastewater
health risks globally.(1) There is a need for a simple and effective workflow that can be used with wastewater Workflow effectively captures and concentrates low-abundance, vector-borne disease microbes from a single wastewater TECHNICAL NOTE: SKU 44XXX Literature # WW-TN31413
- Preserving Pathogens in Wastewater: Compatibility of Nanotrap Particles with Zymo Research Wastewater Stabilization Buffer
In this application note, we investigate the compatibility of Nanotrap® Particles with wastewater samples treated with Wastewater Stabilization Buffer. Additionally, we studied the claimed seven-day stability at room temperature for wastewater samples treated Demonstrating compatibility of Zymo Research’s Wastewater Stabilization Buffer with Nanotrap Particles APPLICATION NOTE SKU 44XXX, 65XXX
- Wastewater Surveillance Simplified - One Workflow to Detect Viruses and Bacteria
Wastewater surveillance is the detection and tracking of microbes within a community, offering a scalable with the Nanotrap® PRIME Extraction Kit, provide a simple workflow for the capture of microbes from wastewater Extraction Kit were evaluated for the capture, concentration, and extraction of seven relevant microbes from wastewater TECH NOTE SKU 44XXX, 65XXX Literature # WW-TN31508
- Capture and Concentrate Rubella Virus from Wastewater Samples
Nanotrap Microbiome A Particles were evaluated for efficient capture of rubella virus spiked into 10 mL wastewater TECH NOTE SKU 44XXX Literature # WW-TN31509
- A Sample-to-Results Workflow for Influenza A Sequencing from Wastewater
To better understand and characterize the limitations of detection influenza A in wastewater samples, and native barcoding to enable same-day, whole-genome sequencing of influenza A viruses from complex wastewater The goal of this work was to assess genome coverage across several wastewater samples, evaluate the impact APPLICATION NOTE: SKU 44XXX Literature # WW-AN31471
- High-Throughput Mpox Clade Ib Detection in Wastewater
data from Clade Ib strains have enabled the development of a new PCR-based assay for detecting Mpox in wastewater POSTER SKU 44XXX
- Sequencing of Respiratory Viruses from Wastewater Using Nanotrap Microbiome A Particles
Wastewater-based epidemiology (WBE) is a powerful tool for population-level monitoring of respiratory emergence.(1–3) However, sequencing viruses like influenza A and respiratory syncytial virus (RSV) from wastewater This combined approach supports high-throughput, same-day sequencing of respiratory viruses from wastewater POSTER SKU 44XXX
- Study Protocol for SARS-CoV-2 Variant Detection in Wastewater
The study objective is to detect and quantify the proportion of SARS-CoV-2 variants in wastewater utilizing Over eight assays and more than two hundred wastewater samples were evaluated using both Real-Time qPCR Genotyping assays were able to identify variant transition phases in wastewater. Emory University initiated the application of the Thermo Fisher SARS-CoV-2 variant detection assays to wastewater Study Protocol SKU 44XXX SKU 10XXX
- A Scalable Method to Concentrate and Culture Candida auris from Wastewater using Nanotrap Microbiome Particles
The adoption of wastewater-based epidemiology (WBE) for monitoring SARS-CoV-2 has rapidly expanded worldwide and are difficult to lyse using common nucleic acid extraction workflows, and their concentration in wastewater Culture-based methods have proven effective for detecting and characterizing C. auris in wastewater, POSTER SKU 44XXX Literature # WW-PO31450
- Detection of C. auris in Wastewater Using the GT-Digital C. auris Wastewater Surveillance Assay Kit for the QIAGEN QIAcuity Digital PCR System
Surveillance of wastewater at a community level can increase preparedness for the treatment of C. auris In this application note, see how to concentrate and extract C. auris and C. lusitaniae within a wastewater APPLICATION NOTE SKU 10XXX SKU 44XXX
- Nanotrap Particles Concentrate Hepatitis A from Produce Wash Water and Wastewater
The automated Nanotrap Particle method offers equivalent or better hepatitis A viral detection from wastewater Routine food safety testing can be used to effectively identify HAV present on foods, while wastewater Municipal wastewater harbors a variety of pathogenic viruses. Wastewater surveillance is appealing because a single sample can ‘test’ a large population, it can enable APPLICATION NOTE SKU 10XXX SKU 44XXX
- One-Run Automated Wastewater Protocol for up to 24 Samples at a Time
Most Nanotrap Microbiome Particle automated wastewater testing protocols for the KingFisher™ System involve serial runs on the KingFisher System – the first run captures and concentrates the microbes from the wastewater This protocol integrates wastewater capture, concentration, and nucleic acid extraction into one KingFisher sensitivity between the one-run protocol and two-run protocol for bacterial and viral targets across diverse wastewater APPLICATION NOTE SKU 10XXX SKU 44XXX
