Article Link : https://rdcu.be/e011L Abstract: Wastewater-based surveillance offers a cost-effective, population-level complement to clinical testing for early detection of infectious disease outbreaks; however, its adoption in low- and middle-income countries remains limited. We conducted a study in Kampala, Uganda, to quantify SARS-CoV-2 RNA in wastewater and evaluate its association with reported clinical cases, thereby strengthening community-level surveillance strategies

Quantitative and discovery plasma proteomics requires workflows that maximize protein identifications while minimizing variability and cost. The Nanotrap® Protein Enrichment Affinity Discovery Kit (Nanotrap® Discovery Kit) delivers highly reproducible, deep proteome coverage while reducing per-sample cost compared to other enrichment kits. In This Experiment We evaluated whether the manual Nanotrap Discovery Kit enhances proteome coverage and depth while improving workflow re

Nanotrap® Microbiome Particles are an affinity-bait-based capture system with afinite binding capacity. In complex matrices such as wastewater, the binding is also dependent on the sample matrix, and recovery does not scale uniformly with increasing affinity baits on Nanotrap Particle surfaces. 1  Binding analyses with protein analytes have shown complex changes in recovery based on target accessibility and interaction dynamics with hydrogel particles, rather than simple satu