Webinar Library

Oligonucleotide analysis, new practical advances and tips to a mature technique

Learn how to achieve superior reversed phase oligonucleotide separations using the unique chemistry designed for analysis of oligonucleotides and double-stranded (ds) DNA/RNA fragments using LC-UV or LC-MS. Here we will focus on Specifically designed...

How to Improve Speed and Throughput for Bioanalysis

Bioanalytical laboratories are tasked with providing high quality analytical results from complex biological samples in a high throughput environment while complying with strict legislation. These demands are compounded by the continued drive to high...

Robust and sensitive separation of mAbs and intact proteins using capillary chromatography by LC-MS

Learn how to utilize superior resolving power to achieve in depth characterization of therapeutic antibodies at protein, subunit and peptide level using the novel capillary Thermo Scientific™ MabPac™ RP column in in either stand-alone or integrated E...

Optimizing LC-MS Methods for Oligonucleotide Analysis

Liquid Chromatography-Mass Spectrometry (LC-MS) assays have been one of the main choices for oligonucleotide analysis because it is possible to quantify and identify the oligonucleotide and its impurities in a single analysis. Each stage of the analy...

Beyond the boundaries of LC-MS proteomics with next- generation all-in-one low-flow LC

Beyond the boundaries of LC-MS proteomics with next- generation all-in-one nano-, capillary- and micro-flow LC Available On Demand Nano-, capillary- and micro-flow liquid chromatography (LC) with high-performing low-flow columns and High-Resolution A...

Mixed-Mode Liquid Chromatography – An Exciting Development for the Pharmaceutical Industry

Separate polar, non-polar, ionic, and ionizable compounds in a single analysis. Do you want to separate ionic and non-ionic compounds in a single run? Mixed-mode columns support multiple retention mechanisms and thus eliminate the need for column swi...

Developing Analytics to support the Next Generation of Gene Therapies

Gene therapy using adeno-associated virus (AAV) vectors is a rapidly emerging field, with many treatments in development and two recent FDA approvals. In this webinar, we will discuss the development of fast anion exchange chromatography methods for ...

Webinar Library

Knowledge Base Articles

Oligonucleotide analysis, new practical advances and tips to a mature technique

How to Improve Speed and Throughput for Bioanalysis

Robust and sensitive separation of mAbs and intact proteins using capillary chromatography by LC-MS

Optimizing LC-MS Methods for Oligonucleotide Analysis

Beyond the boundaries of LC-MS proteomics with next- generation all-in-one low-flow LC

Mixed-Mode Liquid Chromatography – An Exciting Development for the Pharmaceutical Industry

Developing Analytics to support the Next Generation of Gene Therapies

Brands

Shopping Tools

eSolutions

Support

Thermo Fisher Scientific