Compared to traditional chromatography using resins in packed-bed columns, membrane
chromatography is a relatively new and immature bioseparation technology based on the …

Membrane adsorbers (MA) are emerging as alternative unit operations in high-value protein
separation due to their many benefits, including short residence times, low pressure drop …

Membrane chromatography is recognised as a potential solution to streamline downstream
processing for protein purification, where ion exchange membrane chromatography (IEMC) …

Liquid chromatography is considered to be the bottleneck for purification of therapeutic
proteins. Development and optimization of chromatography process is a cumbersome …

In preparative chromatography, a uniform flow distribution through the chromatography
device is essential to get an effective ligand utilization and a breakthrough curve that is as …

Background: Whey is a valuable by-product obtained from cheese manufacture and
employed as a source of proteins that present remarkable potential in food or …

In the rush to produce mRNA vaccines and ensure integrity and purity, capital-intensive
purification steps were used, typically involving slow diffusion-driven, inefficient, and costly …

We examine the use of az 2 flow distribution and collection feature for enhancing the
separation efficiency of a laterally-fed membrane chromatography (or LFMC) device. The …

Stainless steel is widely used in a number of industries, ranging from food and dairy to
pharmaceuticals. However, fouling associated with protein adsorption constitutes a main …

Ultrafiltration coupled with a thin polymer-based activated carbon (PBSAC) layer promises to
tackle the challenge of estrogenic micropollutants in water. The proposed drinking water …