The increasing interest of industrial enzymes demands for development of new downstream
strategies for maximizing enzyme recovery. The significant efforts have been focused on the …

All‐aqueous phase separation systems play essential roles in bioanalytical and biochemical
applications. Compared to conventional oil and organic solvent‐based systems, these …

Virus colloidal behavior is governed by the interaction of the viral surface and the
surrounding environment. One method to characterize the virus surface charge is the …

Viral vectors are poised to acquire a prominent position in modern medicine and
biotechnology owing to their role as delivery agents for gene therapies, oncolytic agents …

The physical characteristics of viruses needs to be understood in order to manipulate the
interaction of viruses with host cells, as well as to create specific molecular recognition …

Phase diagrams of aqueous two-phase systems (ATPS) composed of polyethylene glycol
(PEG) of different molar mass (400 or 10,000 or 35,000) g mol− 1+ ammonium sulfate+ …

Meeting the increasing demand for vaccines throughout the world is key to decrease the
spread of infectious diseases. The switch to a fully continuous vaccine manufacturing …

In this study, a new strategy for enriching viruses in water was developed to improve the
detection of viruses in environmental samples. The virus was enriched from water by …

BACKGROUND Bacteriophage M13 is an Escherichia coli‐specific non‐lytic filamentous
virus commonly used in applications ranging from antibody screening and nanomaterial …

Viral particle purification is a challenge due to the complexity of the broth, the particle size,
and the need to maintain virus activity. Aqueous two-phase systems (ATPSs) are a viable …