Despite my busy schedule as a full-time working parent and tennis team captain, I greatly enjoy when I am in charge of preparing delicious meals in my kitchen, which I tend to run almost like a mini lab. To continuously improve as a cook, I create menus that I repeatedly test and improve again and again. All my ingredients are carefully chosen for the best taste and deliciously nutritious values. The herbs and spices required are always close at hand, and food staples, sourced from trustworthy providers, are planned and stashed away well in advance. Nothing has been left to chance, regardless of whether I am cooking a quick meal or spending time on showstoppers and Asian cuisine blowouts to impress our friends.
In a similar way, you may be a perfectionist about your existing or new charge variant analysis and are keen to find out how thousands of scientists have improved their chromatography?
You need the flexibility to choose between weak and strong ion exchange chemistries for optimal resolution of your variants. You don’t want complicated screening mobile phase conditions, and instead, prefer the simplicity offered by a linear pH gradient.
Take charge of variant analysis and see your protein separations in high resolution
In this case it might be easier to move away from traditional salt gradient separations and discover Thermo Scientific Workflow solutions to take charge of your UHPLC/HPLC separations.
Our workflow solutions enable you to take charge of your therapeutic protein separations, simplify your method development and increase your resolution. Find high-throughput separation in less than 10 minutes.
Experience the ability to combine your charge variant profile to MS/MS. Learn to generate the highest resolution profile and gain robust, reproducible charge variant solutions that fit all your analytical development needs. You have the option to realize consistent, high resolution separations in less than 10 minutes using the high throughput ProPac Elite or MAbPac SCX columns with CX-1 pH Gradient Buffers.