Page 35 - Application Note News Today

Picodroplet microfluidics is rapidly becoming the technology of choice for single-cell analysis, providing an easy-to-use tool to encapsulate single cells in picolitre-volume aqueous droplets (picodroplets) at high throughput rates of thousands of droplets per second. This powerful and sensitive technique offers significant cost and efficiency advantages. An additional advantage of this approach is that picodroplets provide a cell friendly culturing environment. Depending on the assay and app

In this application note, BRANDTECH ®  Scientific describes how Jackson lmmunoResearch Laboratories recognized the need to monitor antibody performance throughout the production process. Previously, antibody characterization was conducted using a time-consuming, complex, and physically demanding method, which limited testing to the final step. This resulted in missed opportunities for improving product quality and manufacturing efficiencies. To address this is

Waters describes the workflow of its sample-to-result approach for PFAS analysis that can be incorporated into any lab.

06/12/23 Photonics Online Newsletter

In this application note, Waters discusses per- and polyfluoroalkyl substances (PFAS), which are synthetic chemicals known for their stability and diverse structures. PFAS are used in various industries and consumer products, such as non-stick coatings and cosmetics. These chemicals are persistent, toxic, and accumulate in humans, animals, and the environment. PFAS can be found in contaminated drinking water, leading to negative impacts on human health. Detection of PFAS is becoming more challen

Explore a method for the quantitative analysis of a number of different N-nitrosamines from aqueous samples

Application of µSPE for the clean-up of the raw extracts using ethyl acetate as extraction solvent for pesticides

06/08/23 RF Globalnet Newsletter

In this application note, Aralab introduces the FITOCLIMA 600 and 1200 Bio chambers designed for plant growth research in controlled environments. These chambers provide researchers with control and flexibility to meet evolving research requirements. The chambers are ready to use with no assembly required and have a minimal footprint for efficient use of laboratory space. 

Reversed-phase liquid chromatography (RPLC) is often associated with quantitative or analytical-scale analysis, but it is also a useful preparative-scale tool for purification. For any purification project, there are three possible objectives: purity, yield, and throughput. These objectives are related and are commonly represented as a triangle. Two of these targets can be achieved at the expense of the third. Prioritizing the objectives of the purification project before developing the met