Is using Microflow LC in an Industrial Setting Really that Cumbersome?

Is using Microflow LC in an Industrial Setting Really that Cumbersome?

Microflow or nanoflow chromatography has been used mostly in the academic and fundamental research environment in the past for its various advantages over analytical liquid chromatography, but rarely in the industrial settings. This is most likely because many of us believe it is a pain-in-the-neck technique to perform! But is this a reality or just…

What Bioanalysis Zone’s New Investigator Award Says About the Future of Science: An Interview with Erin Chambers, PhD

What Bioanalysis Zone’s New Investigator Award Says About the Future of Science: An Interview with Erin Chambers, PhD

Dr. Erin Chambers is a Director in the Scientific Operations group at Waters Corporation. She recently served as a judge for the Bioanalysis Zone New Investigator Award. I sat down with Erin to gauge her impressions of that experience and the award’s importance to the bioanalysis industry. What was it like to be part of…

In Beverly, the Shoe Fits for Bioanalysis!

In Beverly, the Shoe Fits for Bioanalysis!

This past May, many of the nation’s leading bioanalysts gathered in New England to share ideas and explore the latest advances in mass spectrometry, liquid chromatography, and sample preparation for large molecule quantification. At Waters’ semi-annual bioanalysis workshop, scientists from across the U.S. trained on the latest mass spectrometry instrumentation at our demonstration center in…

Oligonucleotide Therapeutics on the Rise… Again

Oligonucleotide Therapeutics on the Rise… Again

Oligonucleotide drug development has seen its share of ups and downs over the past 20 years – but why? The promise of antisense oligonucleotides (ASOs) and later small interfering oligonucleotides (siRNAs) as therapeutics that can “dial down” or even “turn off” the expression of specific genes/proteins (“gene silencing”) remains high, yet companies dedicated to their…

Phenome Research Footprint Continues to Expand

Phenome Research Footprint Continues to Expand

Congratulations are in order as the University of Birmingham is the most recent university to expand the footprint of metabolic phenotyping research centres around the world. As state-of-the-art metabolic phenotyping facilities able to conduct small-scale and large-scale studies in medical research and stratified medicine, the Phenome Centre Birmingham joins the MRC-NIHR National Phenome Centre at…

An Inflection Point for Biopharmaceutical Host Cell Protein Analysis

An Inflection Point for Biopharmaceutical Host Cell Protein Analysis

Has LC-MS Become a Generally Accepted Tool for Complementing Immunoassay-based HCP Analysis? My colleague Catalin Doneanu and I just returned from Lisbon, Portugal, where we attended the BEBPA Conference on Host Cell Protein (HCP) analysis. Along with the other 120 attendees, we participated in open and thoughtful discussions on the best practices for HCP analysis…

High-throughput Microscale Bioanalysis is not a Paradox

High-throughput Microscale Bioanalysis is not a Paradox

  Question: When someone says microscale chromatography, what comes to mind? Increased sensitivity? Reduced sample volume? Enhanced MS sampling efficiency? Yes, yes, and yes! You might also say, “finicky,” “slow,” or “only one person in our group knows how to use it!” Maybe even, “there’s no way I can successfully transfer that method, so why…

WRIB 2016: Diversity of Platforms and Approaches Needed for Bioanalysts

WRIB 2016: Diversity of Platforms and Approaches Needed for Bioanalysts

Held April 18–22 in Lake Buena Vista, Florida, WRIB 2016 was well attended this year, with about 700 attendees. This 10th Workshop on Recent Issues in Bioanalysis, where regulators and professionals representing pharma/biopharma, biotech, CRO organizations gather to discuss challenges in method development and emerging approaches, proved as fruitful as years past. Here are a…

Simon Fraser University Opens Suite of Mass Spectrometers for Natural Products Discovery Research

Simon Fraser University Opens Suite of Mass Spectrometers for Natural Products Discovery Research

As a graduate student at the University of British Columbia, Dr. Roger Linington discovered his future life’s work serendipitously. While studying sponges, it became clear to him that one of the challenges in studying macroorganisms is their limited or slowly replenishing supply. To perform mechanism and mode-of-action studies, he needed a larger, more accessible source…

Mass detection and mAb QC: How a cost-effective and robust peptide mapping method confirms CDR peptides – and can be validated

Mass detection and mAb QC: How a cost-effective and robust peptide mapping method confirms CDR peptides – and can be validated

The quality issues of biopharmaceutical therapeutics are definitely different from chemical drugs because of the increased complexity of manufacturing processes and complexity of the biologic molecules themselves. There is an increasing need for detailed product characterization and control of the manufacturing process. Sheng Hou et.al. have developed and validated a practical, cost efficient, robust adalimumab…

A View of the Biopharmaceutical Industry in Asia — an Interview with Ken Fountain

A View of the Biopharmaceutical Industry in Asia — an Interview with Ken Fountain

Ken Fountain, Director of Biopharmaceutical Business Development at Waters, recently returned from an insightful trip to Asia where he visited Waters customers in South Korea and attended the China Biopharma Executive Summit in Shanghai, in which Waters was a sponsor. We caught up with him and asked him to share his thoughts about the biopharmaceutical…

Metabolic Blurred Lines: Is Biotransformation the next Met ID?

Metabolic Blurred Lines: Is Biotransformation the next Met ID?

  You are the hunter in a landscape of scientific gatherers, the stealthy SEAL of DMPK, the nimble ninja of ADME. You are a Metabolite ID scientist. Traditionally, Met ID labs have been a fixture of any pharmaceutical company worth its salt. Now, imagine that your proud band of comrades has been phased out, split…