Page 38 - Application Note News Today

In this application compendium, Agilent Technologies introduces the use of its Fragment Analyzer Systems for nucleic acid analysis and sample quality assessment. The Fragment Analyzer Systems offer a wide range of application kits, enabling easy sizing, qualification, and quantification of both DNA and RNA samples. Additionally the compendium also provides a brief overview of capillary electrophoresis technology and the product portfolio of Fragment Analyzer Systems.

In this application note, Opto introduces the Opto Imaging Module profile M, which is a digital inverted microscope designed for microfluidic experiments in the life science and medical fields. The module enables droplet-based microfluidics, a screening method that creates self-contained reaction vessels in the form of droplets. These droplets allow spatially separated biological or chemical reactions to occur, resulting in faster reaction times, reagent savings, and automation capabilities.&amp

In this application note, Sartorius emphasizes the importance of understanding the complex response of tumor cells, particularly glioblastomas, to cytotoxic chemotherapeutic compounds in neuro-oncology research. The Incucyte ®  AI Cell Health Analysis Software Module accurately segments and classifies individual cells as live or dead using pre-trained neural networks. This approach enables ef

Hamilton provides information on their 2023 Innovation Days, taking place in seven locations across Europe

Minimizing non-specific interactions, BioTi hardware improves chromatographic performance and oligonucleotide separation

MRNA oligonucleotide strands enzymatically digested with Rnase H and injected into Biozen Oligo column

In this application note, Sartorius demonstrates a robust in vitro assay using the Incucyte ® Live-Cell Analysis System and AI-driven analytics to assess the cytotoxic effects of chemotherapeutics in glioblastoma multiform (GBM) cells. The study shows concentration-dependent effects across different glial cell types and highlights the systems potential for screening therapeutic candidates. The Incucyte system offers automated analysis, accurate cell segmentation, and live/dea

Novel screening approach for comparing LC-MS reversed-phase and HILIC methods for separations in biological matrices

Halo presents experimental data on Water and fat-soluble vitamin separations using the HALO C18 and AQ-C18 phases

In this application note, ZEISS Research Microscopy Solutions introduces the ZEISS AI Supercharger, which combines ZEISS DeepRecon Pro and ZEISS DeepScout to provide a comprehensive solution for AI-based reconstruction in X-ray microscopy. This advanced system enhances image quality and increases productivity through artificial intelligence algorithms.