Decontamination of surfaces by lysozyme encapsulated in reverse micelles

Aggregation and denaturation of antibodies: a capillary electrophoresis, dynamic light scattering, and aqueous two-phase partitioning study

“…Although there is a myriad of polymers and salts that can be used to generate aqueous two-phase systems, the most widely used ones are poly(ethylene)glycol (PEG)-dextran (Dx) and PEG-sodium phosphate. For a complete understanding of aqueous two-phase partitioning the reader is referred to Bermudez and Forciniti [16], Forciniti [17], and Forciniti et al [18]. The simplicity of the method and its low cost (compared to the other analytical techniques) provide a nice alternative to study protein denaturation.…”

An electrochemical immunosensing method based on silver nanoparticles

“…It can be calculated [24] that the ratio of GAH-IgG (67 nM) to AgNPs (1.6 nM) was 40 to 1 when 1 mg/mL (67 nM) antibody was introduced. Based on the sizes of IgG (10 nm) antibody [25] and AgNPs (20 nm), the higher antibody concentration may result in an entirely coverage of antibody molecules on the surface of AgNPs. In this case, the AgNPs modified with antibody could not be oxidized directly on the electrodes.…”