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Solubilization of poorly water–soluble bioactive molecules in neutral aqueous media is a challenge in the development of functional foods and pharmaceuticals. Kodama et al. fabricated renatured β‐1,3‐1,6‐glucan (r‐glucan) nanoparticles (NPs) by neutralization of alkali‐denatured β‐1,3‐1,6‐glucan then centrifugation. Inclusion complexes were subsequently prepared by simply mixing host and guest solutions...
The design of scaffolds for solubilizing/dispersing poorly water‐soluble bioactive molecules in neutral aqueous media is a major challenge of functional food, pharmaceuticals, and cosmetics development, as highlighted by the plethora of corresponding solubilization/dispersion strategies. Herein, renatured β‐1,3‐1,6‐glucan (r‐glucan) nanoparticles prepared by neutralization of alkali‐denatured β‐1,3‐1,6‐glucan...
Limitations associated with immunoglobulins have motivated the search for novel binding scaffolds. Repeat proteins have emerged as one promising class of scaffolds, but often are limited to binding protein and peptide targets. An exception is the repeat proteins of the immune system, which have in recent years served as an inspiration for binding scaffolds which can bind glycans and other classes...
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