Biopharma

Dive into the realm of separation science tailored for biopharmaceuticals. Delve into cutting-edge methodologies shaping the isolation, purification, and analysis of biomolecules crucial for drug development and bioprocessing. Uncover transformative techniques driving precision and efficacy in biopharma separation science, revolutionizing healthcare innovations.

Lab technician holding a flask in DMTA cycle context
Articles

The Challenges of DMTA in a Modern Lab

Purple and blue cells and molecules
eBooks

Complete Workflow Solutions for Therapeutic Peptides and GLP-1 Agonists

Close-up of a pipette and container indicating sterility assurance in labs.
Articles

Sterility Assurance Between Process And Lab: Bridging Manufacturing And Analytical Quality

A digital illustration of oligonucleotides flowing through a futuristic chromatography column, where a glowing blue energy field representing controlled retention factor actively organizes chaotic, tangled strands into distinct, resolved bands, symbolizing the separation of impurities.
Articles

Executive Summary: Controlling Retention Factor in Oligonucleotide Chromatography

A conceptual illustration showing a stream of raw, chaotic mass spectrometry data being processed through a glowing, funnel-like filter. This filter represents a chemometric model for mass spectrometry.
Articles

Interpreting Complex Mass Spectrometry Data with Chemometric Models

3D rendering illustrating mass transfer kinetics in a core-shell column. GLP-1 peptide ribbons (blue/green) interact with the porous shell stationary phase but are blocked by the solid silica core, minimizing the Van Deemter C-term contribution.
Articles

Core-Shell Particle Technology for Peptide Work: Mechanisms for Improving Resolution in GLP-1 Analysis

Analytical chemists in a laboratory troubleshoot a GLP-1 peptide method, analyzing chromatogram data for retention drift or peak distortion next to a UHPLC instrument.
Articles

Troubleshooting GLP-1 Agonist Methods: Real Failures, Root Causes, and Fixes in UHPLC/HPLC

Conceptual illustration of size exclusion chromatography applications, showing large blue antibody molecules separating from smaller orange fragments as they flow through porous beads in a column.
Articles

Applications of Size Exclusion Chromatography in Biopharma, Food, and Polymer Analysis

DNA and RNA concept on purple background
Webinars

A Masterclass in Advanced Analytical Assays for Bioanalysis of Oligonucleotides

Available on Demand
RNA strand on blue background
Webinars

Supporting mRNA Development With Quantitative Expression Analysis

Available on Demand