Moreover, low glass transition temperature of maltodextrins resulting in crystals formation under increasing temperature may induce disruption of the structural integrity of wall matrix, and produce agglomeration or caking of microparticulate powders.
Moreover, low glass transitiontemperature of maltodextrins resulting in crystals formation underincreasing temperature may induce disruption of the structuralintegrity of wall matrix, and produce agglomeration or caking ofmicroparticulate powders.