Latest App Notes & Case Studies

This app note highlights an optimized system for assessing mitochondrial respiration and glycolysis in brain tissue slices. It introduces a workflow that enables real-time, high-sensitivity metabolic profiling with consistent, reproducible results.

This technical note explores a novel poly(A) tail modification that enhances total protein expression and extends expression duration across multiple constructs and cap structures, without increasing immune response.

This application note explores how an advanced 5 L single-use bioreactor enhances productivity, reduces costs and enables seamless scalability from bench to production.

This case study shows how a next-generation pTau 217 assay achieves higher accuracy than existing platforms using only 1 µL of diluted plasma, while maintaining robust performance across freeze-thawed samples and diverse cohorts.

This app note highlights a LC-MS/MS workflow that enhances NPS detection, enabling confident screening of over 900 compounds in complex biological matrices with a single injection.

This application note highlights how a novel RNA polymerase provides a seamless solution that reduces dsRNA formation, minimizing the need for additional purification steps while maintaining superior mRNA quality and yield.

This application note demonstrates how an automated parallel CE-SDS system can provide reliable measurements from 1 µL of protein crude lysate in just 30 minutes.

This application note demonstrates how advanced spectral flow cytometry technology overcomes these limitations through sophisticated spectral unmixing algorithms, enabling researchers to distinguish fluorochromes with similar indices.

This application note explores how these cutting-edge capping strategies enhance mRNA potency, stability and expression, providing valuable insights for researchers and manufacturers.

This application note explores how electrophoretic methods surpass the capabilities of traditional methods to accurately distinguish between cfDNA and contaminating high molecular weight (HMW) DNA, making them ideal for cfDNA quality control.